Briskeys Bid Document 6.30.2015

Transcription

Asbestos and Regulated/
Hazardous Materials Abatement
Bid Documents
Briskey Cabinet Company
304 1st Avenue
Coralville, Iowa
June 22, 2015
Terracon Project No. 06157711
Prepared for:
City of Coralville, Iowa
Coralville, Iowa
Prepared by:
Terracon Consultants, Inc.
Cedar Rapids, Iowa
Table of Contents
1.0
PRE-BID WALKTHROUGH AND BID SUBMITTAL DEADLINE ............................................... 1
2.0
BIDDING REQUIREMENTS ....................................................................................................... 1
3.0
SITE INVESTIGATION ................................................................................................................ 3
4.0
SCOPE OF WORK ...................................................................................................................... 4
5.0
ABATEMENT CONTRACTOR SUBMITTALS ........................................................................... 5
6.0
BOND/ASSURANCES .............................................................................................................. 10
ATTACHMENTS
ATTACHMENT 1 – BID FORM
ATTACHMENT 2 – CITY OF CORALVILLE ASBESTOS REMOVAL AGREEMENT
ATTACHMENT 3 – ASBESTOS AND REGULATED/HAZARDOUS MATERIAL
ABATEMENT SPECIFICATION – JUNE 22, 2015
EWH/CAB n:\projects\2015\06157711\project documents (reports-letters-drafts to clients)\specification_bid
docs\06157711.62215..coc.briskeys bid document.docx
Abatement Bid Document
Briskey Cabinet Co ■ Coralville, Iowa
June 22, 2015 ■ Terracon Project No. 06157711
1.0
PRE-BID WALKTHROUGH AND BID SUBMITTAL DEADLINE
All bidders must attend the mandatory pre-bid walkthrough (the pre-bid walkthrough) scheduled
for July 6, 2015. Prospective bidders shall meet at the Briskey Cabinet Company located at 304
1st Avenue, Coralville, Johnson County, Iowa (the Property) at 10:00 a.m. We will be meeting in
the shop area near the parking on the south side of the building.
Bids for this project must be submitted by:
Time:
12:00 Noon CST
Date:
July 10, 2015
Submit one copy of the executed Bid Form (Attachment 1) to each of the following (via email and
regular mail):
City Representative:
c/o Mr. Eric Harris
2640 12th Street SW
Cedar Rapids, Iowa 52402
Eric.Harris@terracon.com
RE:
c/o Mr. Dan Holderness, P.E., City Engineer
1512 7th Street
PO Box 5127
Coralville, IA 52241-5127
dholderness@ci.coralville.ia.us
Briskey Cabinet Company – Abatement Bid
304 1st Avenue, Coralville, Iowa 52241
The City will date and time stamp bids from submitting bidders, this time and date stamp will serve
as the official submittal.
2.0
BIDDING REQUIREMENTS
2.1
The City of Coralville (the City) reserves the right to reject any and all bids. The City
reserves the right to waive any irregularities in the bids or bidding process if it is in the best
interest of the City to do so. The City reserves the right to award this project to the lowest
responsible bidder therefore, this project may not necessarily be awarded to the bidder
with the lowest price.
2.2
The City, reserves the right to review and approve product, equipment, materials, and
procedural submittals. Submit to the City at least five (5) working days prior to the
beginning of the abatement project, two (2) copies of any waivers (in states or local
Responsive ■ Resourceful ■ Reliable
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jurisdictions where applicable) granted to the Contractor by the state or local jurisdictions
for review. The City reserves the right to reject waivers, in whole or part, at their own
discretion.
2.3
The City reserves the right to terminate the contract for any reason, at any time. The City
agrees to pay for any portion of the contract previously performed by the Abatement
Contractor according to the percentage for work completed or established unit prices.
Termination will not relieve the Abatement Contractor of any penalties, damages, fines,
bonding, insurance, fees, etc. already assessed for the work.
2.4
The City agrees to assist the Abatement Contractor in every way feasible so that both may
succeed on the project. Major material changes from the Scope of Work and the
Specification must be approved in advance and in writing by the City.
2.5
The Abatement Contractor, by submitting this bid, is stating that the Abatement Contractor
understands their responsibility under all federal, state, and local laws and regulations with
regard to the work and worker safety, including proper work practices, training, medical
surveillance, etc.
2.6
The Abatement Contractor further understands that it is their responsibility to make any
and all Supervisors and workers assigned to duties on the project for which this bid has
been submitted aware of their duties under the Contract Documents, Project
Specifications, and other documents presented as part of this project and all federal, state,
and local laws and regulations.
2.7
The bidding contractor shall perform all asbestos and regulated/hazardous materials
abatement. Simply, no subcontracting will be allowed for any asbestos-containing or
regulated/hazardous materials work under this solicitation.
2.8
The Abatement Contractor is responsible to call to the City ’s attention, prior to signing a
contract, any omissions or errors noted in the Specifications or Scope of Work that are at
variance with the intent of the bid documents, the project, or any federal, state, or local
laws or regulations.
2.9
The contract will be between the Abatement Contractor and the City. A form of contract
(“City of Coralville Asbestos Removal Agreement) has been provided as Attachment 2.
2.10
Bids will not be accepted from Abatement Contractors who did not attend the pre-bid
walkthrough.
2.11
Bids will not be accepted by fax.
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2.12
Questions shall be submitted to Eric Harris (Eric.Harris@terracon.com) no later
than 12:00 PM on July 8, 2015. Questions will be responded to in the form of written
addenda and will be submitted to contractors in the form of email, uploaded to the City of
Coralville website or via Terracon’s ShareFile site. Such addenda will become part of the
Contract Documents. Addenda shall be acknowledged and dated on the Bid Form
(Attachment 1).
3.0
SITE INVESTIGATION
3.1
By submitting a bid, the Abatement Contractor acknowledges that they have investigated
and satisfied themselves as to:
3.2
3.1.1
The conditions affecting the work, including, but not limited to, physical conditions
of the site which may bear upon site access, handling and storage of tools and
materials, access to water, electric or other utilities or otherwise affect performance
of required activities;
3.1.2
The character and quantity of all surfaces and subsurface materials or obstacles
to be encountered in so far as this information is reasonably ascertainable from an
inspection of the site, exploratory work done by the City, or designated consultants
and information presented in the specification included with this contract;
3.1.3
The environmental condition, including the presence, location, and condition of
asbestos-containing materials (ACM) and other regulated/hazardous materials at
the site. Any failure by the Abatement Contractor to acquaint themselves with
available information will not relieve them from the responsibility for estimating
properly the difficulty or cost of successfully performing the work.
Under no circumstances shall the Abatement Contractor rely on the material quantities
indicated in this document as the total basis for the bid price. All quantities indicated
herein are approximate and intended to alert the Abatement Contractor to the general
scope of the project. Scheduled quantities refer only to materials the Abatement
Contractor may expect to encounter and are used to generate a lump-sum price from the
contractors. The Abatement Contractor is required to perform abatement and/or
stabilization from the areas indicated on the design drawings and in the work directive.
No increase in contract cost will be considered due to the Abatement Contractor's failure
to physically verify all quantities of the ACM or other hazardous/special materials specified
by this document for removal.
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3.3
The Abatement Contractor shall include in their bid price the total fee to abate and dispose
of the items listed in the Bid Form, presented as Attachment 1 of this document.
3.4
The City is not responsible for any conclusions or interpretations made by the Abatement
Contractor on the basis of the information made available by the City.
4.0
SCOPE OF WORK
4.1
Work to be completed per Terracon’s Asbestos and Regulated/Hazardous Material
Abatement Specification (the Specification), presented as Attachment 3 and Terracon’s
Limited Hazardous Building Materials Survey Report (Terracon’s Survey Report) dated
June 11, 2015 (included as part of Attachment 3).
4.2
Work shall be conducted according to applicable federal, state, and local rules/regulations
and the Specification.
4.3
The abatement shall be coordinated with Terracon, the City’s Engineer or Brownfield
Coordinator, and any of the City’s contractors.
4.4
The Abatement Contractor will furnish all labor, supervision, materials, services,
insurance, equipment, lighting, and emergency lighting/power, necessary for the removal
of ACM and the other regulated/hazardous materials listed in the documents herein. The
City will furnish water and electricity.
4.5
It is understood that the bid provided will cover all abatement activities and expenses
necessary to complete this project. Therefore, the bid shall include all charges for
mobilization, labor, materials, material removal/disposal expenses, reimbursables, etc. as
needed to complete this project.
4.6
The Abatement Contractor shall submit an Asbestos Removal Notification to the Iowa
Department of Natural Resources (IDNR) and the Iowa Department of Labor (IDOL)
immediately upon receipt of a Notice-to-Proceed from the City.
4.7
The Abatement Contractor is responsible for demarcating the asbestos abatement areas,
lead demo/stabilization work areas and limiting access to authorized individuals only.
4.8
The Abatement Contractor is responsible for the cost of any required Occupational Health
and Safety Administration (OSHA) personal air sample collection and analysis.
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4.9
The abatement work shall be completed during the dates provided by the Abatement
Contractor in the Schedule Table, provided in Attachment 1. The anticipated start date is
July 27, 2015 and is the date when the Abatement Contractor can begin to set up for ACM
Removal. The Date of Completion is the date when the Abatement Contractor must have
all critical barriers removed, all clean-up completed, and all equipment removed from the
Property. The work shall be completed no later than 30 days after the notice to proceed.
4.10
Work will be required to be completed during first shift hours (7 AM to 5 PM), Monday
through Friday, with no more than 10-hour/day shifts.
5.0
ABATEMENT CONTRACTOR SUBMITTALS
The Abatement Contractor will provide the following documentation to the City and the
City’s Representative, along with the Bid Form:
5.1
Provide copies of current Abatement Contractor required permits and licenses.
5.2
List of personnel anticipated to be dedicated to the job, along with current applicable
license numbers and years of abatement experience.
5.3
A summary of three projects comparable in complexity and dollar value to the project.
Please include references and contact numbers.
5.4
Bid Bond as discussed in Section 6 – Bond/Assurances, listed below.
5.5
Evidence of the following insurance and minimum acceptable limits of liability for the
asbestos abatement work must be submitted with the bid:
5.5.1
Unemployment and Worker’s Compensation Insurance
5.5.1.1 Unemployment Compensation and Worker’s Compensation Insurance
5.5.1.2 Unemployment Compensation (including Occupational
Provisions) covering the obligations of the entity
Disease
5.5.1.3 Worker’s Compensation as required by law and Employer’s Liability with
a loss limit of not less than $100,000 per occurrence
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5.5.2
General Liability Insurance
5.5.2.1 Bodily Injury and Property Damage - $2,000,000 each occurrence,
$2,000,000 aggregate.
5.5.2.2 Personal Injury Damage - $1,000,000 each occurrence, $2,000,000
aggregate.
5.5.2.3 Contractual Liability - $1,000,000 each occurrence
5.5.2.4 Products Liability and Completed Operations - $1,000,000 each
occurrence
5.5.3
Automobile Liability Insurance
5.5.3.1 Bodily Injury and Property Damage - $1,000,000 Combined Single Limit
and $2,000,000 aggregate
5.5.4
Asbestos Liability Insurance.
Claims Made.
Insurance shall be True Occurrence not
5.5.4.1 The Bidder shall take out and maintain coverage for claims arising from
bodily injury, property damage, and the use of owned, hired, or leased
autos. The insurance shall cover all asbestos liability aspects of the
abatement project, including the project site, during transportation from
the project site to the asbestos disposal site, and during unloading
operations at the disposal site. Additionally, coverage shall include all
costs of the cleanup of any releases to the environment of any asbestoscontaining materials during project abatement and transportation for
disposal. Such coverage shall have limits of no less than $3,000,000 per
occurrence and $5,000,000 per project aggregate.
5.5.5
The standard Acord Certificate of Insurance shall be submitted prior to the
commencement of work showing the specific limits of insurance coverage required
by all sections. The Certificate of Insurance must list the City of Coralville,
Johnson County, Iowa, and Terracon Consultants, Inc. as additionally
insured, prior to commencement of work. The Companies affording coverage
and the Additional Insured expressly agree and state that the purchase of this
policy of insurance by the Insured and the listing of the City of Coralville as an
Additional Insured hereunder do not waive any of the defenses of government
immunity available to the Additional Insured under Iowa Code Section 670.4 as it
now exists and as it may be amended from time to time.
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The Companies and the Additional Insured further agree that this policy of
insurance shall cover only those claims not subject to the defense of government
immunity under Iowa Code Section 670.4 as it now exists and as it may be
amended from time to time.
The Additional Insured shall be responsible for asserting any defense of
government immunity, and may do so at any time and shall do so upon the timely
written request of the Companies.
The Companies shall not deny coverage under this policy and the Companies shall
not deny any of the rights and benefits accruing to the Insured or the Additional
Insured under this policy for reasons of government immunity unless and until a
court of competent jurisdiction has ruled in favor of the defense(s) of government
immunity asserted by the Additional Insured.
5.5.6
Insurance policies and certificates must provide at least a thirty (30) day written
notice to the City of Coralville of any change in or cancellation or termination of the
coverage or coverage’s.
5.5.7
Following the award and prior to commencement of the work, the Abatement
Contractor shall present, in writing, to the City and the City’s Representative,
copies of submittal documentation as presented in Section 2.2.2 of the
Specification, which is included as Attachment 3.
6.0
BOND/ASSURANCES
6.1
A Bid Bond from the Abatement Contractor equivalent to five percent (5%) of the
bid amount is required. The bid bond will be assurance that the Abatement Contractor
will, upon acceptance of its bid, execute such contractual documents as may be required
within the time specified.
6.2
The Abatement Contractor awarded this project shall guarantee all work executed under
this contract for a period of twelve (12) months after the date of substantial completion.
(Special guarantee provisions, if any, specified elsewhere in this document shall take
precedence.) Neither final payment nor any provision of the contract documents shall
relieve the Abatement Contractor of any responsibility for faulty materials or workmanship.
The Abatement Contractor shall remedy any defect and pay for all damages to work that
appears within a period of twelve (12) months from the date of final completion.
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ATTACHMENT 1
BID FORM
CLIENT: City of Coralville, Iowa
BIDS DUE: July 10, 2015 12:00 P.M. CST
SUBMIT BIDS TO:
City Representative:
c/o Mr. Eric Harris
2640 12th Street SW
Eric.Harris@terracon.com
c/o Mr. Dan Holderness, P.E., City Engineer
1512 7th Street
PO Box 5127
Coralville, IA 52241-5127
dholderness@ci.coralville.ia.us
BID FROM:
Name of Firm or Company Submitting Bid
Address of Firm or Company Submitting Bid
City
Contact Person
State
Zip
Telephone Number
Mobile
Email Address
I have received and acknowledge the following documents for the project:
Item
Addendum No. 1
Addendum No. 2
Date Issued
Page 1 of 5
Initials of bidder
I have examined the Bidding Documents, Terracon’s Asbestos and Regulated/Hazardous
Material Specification dated June 22, 2015 (the Specification), Addenda (if provided), and submit
the following bid:
In submitting this bid, I agree:
1.
To hold my bid open for sixty (60) days after the receipt of bids.
2.
To enter into and execute the City of Coralville Asbestos Removal Agreement (the
Contract), based upon this bid, if this bid is accepted by the City.
3.
To perform all work required by the Contract Documents and the Specification.
4.
To complete all work no later than as specified, herein.
5.
The City of Coralville, Iowa reserves the right to waive any informality and
irregularity in the best interest of the City.
6.
Bids must be received no later than July 10, 2015 by 12:00 noon CST. Faxed bids
will not be accepted.
BASE BID:
I agree to perform the above in consideration of the amounts hereinafter scheduled. (The bid
amount shall be shown in both figures and words. In case of discrepancy, the amount shown in
words shall govern.)
Not-to-Exceed price of:
____________________________________________________________________DOLLARS
The following bid break down scope of work is required by all submitting firms to be considered
responsive. The information will be used to verify scope and is considered confidential. All
breakouts are to include disposal fees, materials, rentals, subcontractor mark-up, appropriate
disbursement of overhead, management, taxes, and profit.
Page 2 of 5
BID BREAK DOWN SCOPE OF WORK:
The following bid break outs for each item are required of submitting firms to be considered responsive.
Estimated
Item
Quantity1
Unit
Fixed Price/Unit
Extended Price
Asbestos Abatement
$
$
Sink coating
2
sink
basins
$
$
Asbestos cement board 11,500
SF2
(Transite)
$
$
Cement flue pipe
16
LF3
Vinyl floor tile and/or
mastic
Cove base and/or
associated mastic
Pipe wrap
1,290
SF
$
$
51
LF
$
$
6
LF
$
$
Glazing on doors or
windows (various sizes)
Sealant around
windows or doors
(various sizes)
CMU4 block texture
(spray applied stucco or
skim coating/plaster)
Roof flashing
43
Units
$
$
113
LF
$
$
7,915
SF
$
$
75
LF
$
$
Roofing (several layers
under plywood and
newer membrane)
Roof tar
1,400
SF
$
$
375
LF
$
$
Subtotal Asbestos Abatement
Mercury/PCB5/Special/Hazardous Abatement
Lump Sum for the abatement, decommissioning, and disposal of mercury,
PCB-containing equipment, and other regulated/hazardous materials
identified in the documents.
Project Total Not-to-Exceed
$
$
$
Must be confirmed by the bidder. See Table 1 – in the Survey Report for a further breakdown of materials.
SF – indicates square-feet
3 LF – indicates linear feet
4 CMU – indicates concrete masonry unit block
5 PCB – polychlorinated biphenyls
1
2
Page 3 of 5
UNIT PRICING: Provide unit pricing for selected services (all inclusive).
Unit of
Measure
SF
DESCRIPTION
Floor tile and/or mastic removal
Cove base and/or mastic removal
LF
Glue pucks or wall mastic
SF
Transite removal
SF
Glazing or sealant
LF
Roofing materials (membrane, asphaltic, ballasted, etc.) up to 24inches thick
Roof flashing
SF
Thermal system insulation (TSI) pipe jacket removal - glovebag
LF
Unit Cost
SF
TSI mud fitting removal - glovebag
Fitting
Mercury disposal
Pound
PCB ballast disposal
Each
Non-PCB ballast disposal
Each
ACM friable waste disposal
Ton
ACM nonfriable waste disposal
Ton
General debris disposal
Ton
SCHEDULE:
Time is of utmost importance on the project; scheduling will be a factor in the contract award. Per the
Contract, work is required to be complete no later than 30 days after the notice to proceed.
Phase
Scheduled
Start Date
Task
Page 4 of 5
Date of
Completion
DISPOSAL:
Identify location for disposal of materials. Attach additional sheet if needed.
Disposal Agency
Address
Transporter
MATERIAL
ACM nonfriable
or friable
General waste
PCB waste
Mercury waste
Hazardous
waste
Other waste
(specify type
below)
BIDDER IDENTIFICATION/AUTHENTICATION:
The bid amount shall be shown in both figures and words. In case of discrepancy, the amount shown in
words shall govern. The undersigned hereby agrees to hold the bid amounts for sixty (60) days following
the bid date.
The undersigned hereby agrees to commence work within ten (10) days of the date defined by the Notice
to Proceed and to complete within the Contractor’s submitted schedule, unless extended in writing by the
Owner.
SIGNED:
(Name)
(Title)
(Name - Printed)
(DATE)
Page 5 of 5
ATTACHMENT 2
CITY OF CORALVILLE ASBESTOS REMOVAL
AGREEMENT
CITY OF CORALVILLE ASBESTOS REMOVAL AGREEMENT
THIS AGREEMENT, made and entered this
day of __________, 2015, by and
between the City of Coralville, a Municipal Corporation, 1512 7th Street, P.O. Box 5127,
Coralville, IA 52241-0127, hereinafter referred to as the "CITY," and INSERT CONTRACTOR
NAME AND ADDRESS hereinafter referred to as the "CONTRACTOR."
WHEREAS, the CITY is the owner, as of July 1, 2015, of the property generally referred to
as 304 1st Avenue in Coralville (the “Property”); and
WHEREAS, it has been determined that asbestos exists in the structures on the Property
which require mitigation prior to demolition of the structures; and
WHEREAS, the CITY solicited proposals for the mitigation of the asbestos from the
structures prior to demolition (the “Project”); and
WHEREAS, after careful review, the City has chosen to employ the services of
CONTRACTOR; and
WHEREAS, the CONTRACTOR is capable of performing said Project; and
WHEREAS, it is now necessary and appropriate to memorialize the agreement between the
CITY and the CONTRACTOR as follows:
NOW, THEREFORE, THE CITY AND THE CONTRACTOR, FOR CONSIDERATION
HEREINAFTER SET FORTH, DO MUTUALLY AGREE TO THE TERMS AND
CONDITIONS SET FORTH BELOW.
I.
SCOPE OF SERVICES.
The CONTRACTOR shall perform in a timely and satisfactory time frame, asbestos
mitigation services on the Property in strict compliance with the specifications attached hereto as
Exhibit “A.”
II.
TIME OF COMPLETION.
Because of the imminent threat to the public health and safety, the CONTRACTOR
shall complete the Project in an expeditious manner, but in no event later than 30 days after the
notice to proceed has been given to the CONTRACTOR. The CONTRACTOR does hereby
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expressly acknowledge and agree that TIME IS OF THE ESSENCE of this Agreement, and, thus,
failure by the CONTRACTOR to timely render and perform services hereunder shall constitute a
material breach of the agreement.
III.
GENERAL TERMS AND PROVISIONS.
A.
The CONTRACTOR shall not commit any of the following employment
practices in connection with or while rendering services hereunder and does hereby
expressly agree to prohibit the following practices from being committed by any
subcontractors engaged by the CONTRACTOR in connection with the Project. Upon
request, the CONTRACTOR shall provide the CITY with a copy of the relevant provisions
of any agreement entered into by the CONTRACTOR and a subcontractor in connection
with the Project to confirm to the satisfaction of the CITY that the requirements under this
Subparagraph III(B) have been met.
1.
To discharge or refuse to hire any individual because of their race,
color, religion, sex, national origin, disability, age, marital status, sexual
orientation or gender identity.
2.
To discriminate against any individual in terms, conditions or
privileges of employment because of their race, color, religion, sex, national
origin, disability, age, marital status, sexual orientation or gender identity.
B.
The CITY may terminate this Agreement, with or without cause, upon seven
days (7) written notice thereof. In the event that the CITY does so terminate this Agreement,
the CONTRACTOR shall be paid for all work and services performed up to the time of said
termination upon submission to the CITY of a final billing statement and review and
approval thereof by the Coralville City Council at the next regularly scheduled Council
Meeting; provided, however, that any such sum shall not be greater than the total amount to
be paid for services rendered hereunder as set forth in Article IV below; and further
provided that, in the event the CITY terminates this Agreement with cause, the CITY may,
in its sole discretion, elect to withhold payment of an amount sufficient to engage a third
party to properly complete the Project in accordance with the terms of this Agreement.
C.
This Agreement shall not be assigned or in any manner transferred by the
CONTRACTOR, without the express written consent of the Coralville City Council.
D.
It is hereby expressly acknowledged and agreed by both parties hereto that
the engagement of the CONTRACTOR by the CITY in connection with the Project shall be
2
as an independent contractor and shall be exclusive; provided, however, that the Contractor
may retain the services of subcontractors for the purpose of performing its obligations and
responsibilities under this Agreement so long as the CONTRACTOR has first obtained the
written approval of same from the CITY; and further provided that, should the
CONTRACTOR so engage subcontractors under the terms of this Subparagraph III(D), the
CONTRACTOR shall be solely responsible for compensating any such subcontractors.
E.
The CITY shall make all asbestos testing reports for the Project available to
the CONTRACTOR upon reasonable request by the CONTRACTOR therefor. The CITY
shall furnish reasonable assistance to the CONTRACTOR in the use of said information
and documentation at the request of CONTRACTOR.
F.
It is further agreed that neither party to this Agreement shall perform
contrary to any federal or state law, rule or regulation, or the Coralville City Code of
Ordinances. Without negating the generality of the foregoing, this expressly includes all
federal, state and local laws pertaining to demolition and removal of hazardous materials, if
any. CONTRACTOR acknowledges that any penalties levied in connection with the
Project shall be the sole responsibility of the CONTRACTOR.
G.
CONTRACTOR shall provide and maintain insurance throughout said
Project in the following minimum amounts:
See Section 5.5 of Terracon’s Abatement Bid Document dated June 22, 2015.
CITY shall have the right at any time to require public liability insurance and/or
property damage liability insurance greater than that specified in the above paragraphs. If
required, the additional premiums shall be added to the bid price.
The CONTRACTOR shall furnish Certificates of Insurance to the CITY made in
favor of the CITY prior to commencing work showing compliance with the foregoing
requirements. Insurance shall provide notice of cancellation or revocation.
IV.
COMPENSATION FOR SERVICES.
The CITY shall compensate the CONTRACTOR for asbestos mitigation services
for the amount listed in the bid form for each structure on the Property that is indicated by the
asbestos testing reports. CONTRACTOR expressly acknowledges and confirms that this
Agreement is a COMPLETION DATE CONTRACT, and that the CONTRACTOR does hereby
acknowledge and confirm the CONTRACTOR’s understanding that TIME IS OF THE ESSENCE
and that the timely completion of demolition in its entirety constitute material terms of this
Agreement without which the CITY would not have engaged CONTRACTOR. Accordingly, the
CONTRACTOR acknowledges that:
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A.
No payment shall be made to the CONTRACTOR hereunder if the Project is not
completed in a timely manner.
B.
Under no circumstances shall the CITY compensate CONTRACTOR for work that
has not yet been completed. Accordingly, the CONTRACTOR shall not be entitled
to compensation hereunder for any portion of the Project until that portion is
completed as determined by the Monitor.
C.
In any event, no payment hereunder shall become due and payable until submission
to the CITY by the CONTRACTOR of a billing statement therefor and review and
approval of the billing statement by the Coralville City Council at its next regularly
scheduled meeting.
V.
WARRANTY, INDEMNIFICATION AND GUARANTEE.
A.
The CONTRACTOR agrees to fully indemnify, defend, save and hold the
CITY, its officers, representatives, agents, contractors, subcontractors and employees,
harmless from any and all liability (including reimbursement of reasonable legal fees and
costs) arising directly or indirectly from the acts, errors or omissions of the
CONTRACTOR, its officers, representatives, agents, contractors, subcontractors or
employees in connection with the PROJECT.
VI.
HAZARDOUS MATERIALS.
A.
The CONTRACTOR hereby warrants and represents that the
CONTRACTOR (i) has not created nor contributed to the creation or existence, (ii) nor will
it create or contribute to the creation or existence of any type of hazardous or toxic wastes,
materials, chemical compounds, or substances, or any other type of environmental hazard or
pollution, whether latent or patent, at the premises of the Project, or in connection with or
related to the Project. Without limiting the generality of Article V(a) above, the
CONTRACTOR does hereby fully indemnify, defend, save and hold harmless the CITY, its
officers, employees and agents from and against any and all debts, claims, causes of action,
administrative orders and notices, costs (including but not limited to, response and/or
remedial costs), personal injuries, losses, damages, liabilities, demands, interest, fines,
penalties and expenses, including reasonable legal fees and expenses, consultants' fees and
expenses, court costs and all other out-of-pocket expenses, suffered or incurred by the
CITY, its officers, representatives, agents, contractors, subcontractors, employees and
grantees as a result of any breach of this Provision VI(a).
VII.
INTERPRETATION.
Both parties hereto acknowledge and agree that to the extent, if at all, the explicit
terms and conditions of this Agreement are in conflict with the generally accepted standards of
Construction referenced in Article III(E) above, said explicit terms and conditions of this
Agreement shall control in the event of a dispute between the parties hereto.
4
VIII.
SURVIVAL.
All express representations or indemnifications made in or given in this Agreement
shall survive the completion of the demolition services to by rendered by the CONTRACTOR
hereunder or the termination of this Agreement for any reason.
IX.
CONTROLLING LAW.
This Agreement is to be governed by the laws of the State of Iowa. The parties
hereto agree that any action, suit or proceeding based upon any matter, claim or controversy arising
under this Agreement shall be brought solely in the state courts located in Johnson County, Iowa or
the federal courts located in Linn County, Iowa. The parties hereto hereby irrevocably waive
objection to the venue of the above-mentioned courts, including any claim that such action, suit or
proceeding has been brought in an inconvenient forum. Both parties hereto expressly acknowledge
and agree that nothing contained in this Agreement shall be construed to require the parties to
submit to mandatory arbitration or mediation in the event of a breach or dispute hereunder.
X.
HEADINGS.
The headings of sections of this Agreement are for convenient reference only and
shall not be deemed to limit, construe, affect, modify or alter the meaning of such sections.
XI.
SEVERABILITY.
If any section, subsection, term or provision of this Agreement (inclusive of
Exhibits) or the application thereof is in conflict with any other section, subsection, term or
provision of this Agreement (inclusive of Exhibits) or the application thereof, the section,
subsection, term or provision placing the more stringent duty, obligation, responsibility or
requirement on the CONTRACTOR shall control. If any section, subsection, term or provision of
this Agreement or the application thereof to the CONTRACTOR, the CITY or a particular
circumstance shall, to any extent, be invalid or unenforceable, the remainder of said section,
subsection, term or provision of this Agreement or the application of same to the CONTRACTOR,
the CITY or particular circumstances other than that for which it was held invalid or unenforceable,
shall not be affected thereby and each remaining section, subsection, term or provision of this
Agreement shall be valid and enforceable to the fullest extent permitted by law.
XII.
AUTHORITY.
The persons signing this Agreement warrant and represent that they have the
authority to sign as, or on behalf of, the party for whom they are signing.
XIII.
EXECUTION.
This Agreement may be executed by the parties hereto in counterparts.
Accordingly, each partially-executed original signature page shall hereby be deemed fully
5
integrated and incorporated into this document.
XIV.
FINAL AGREEMENT.
Both the CONTRACTOR and the CITY hereby expressly acknowledge and agree
that this Agreement is intended to set forth the entire agreement between the parties regarding the
demolition services to be rendered by the CONTRACTOR to the CITY in connection with the
Project, that there are no other considerations or monies contingent upon or resulting from the
execution of this Agreement, and that no other monies or considerations have been solicited. No
waiver, change, modification or amendment of this Agreement shall be binding upon either party
hereto unless in writing and signed by both the CONTRACTOR and the CITY. The waiver by
either party hereto of a breach of any provision of this Agreement shall not operate or be construed
as a waiver of any subsequent breach of that provision or of any other provision or condition in this
Agreement.
ACCEPTED & AGREED:
CONTRACTOR:
CITY OF CORALVILLE:
____________________________________
John A. Lundell, Mayor
____________________________________
Print name and title
ATTEST:
__________________________________
Thorsten J. Johnson, City Clerk
STATE OF IOWA, COUNTY OF JOHNSON, ss:
On this
day of
, 2015, before me, the undersigned, a Notary
Public in and for the State of Iowa, personally appeared John A. Lundell and Thorsten J. Johnson,
to me personally known, who, being by me duly sworn, did say that they are the Mayor and City
Clerk, respectively, of the City of Coralville, Iowa; a municipal corporation; that the seal affixed to
the foregoing instrument is the corporate seal of the corporation, and that the instrument was signed
and sealed on behalf of the corporation, by authority of its City Council, as passed by Resolution of
the City Council; and John A. Lundell and Thorsten J. Johnson acknowledged the execution of the
instrument to be their voluntary act and deed and the voluntary act and deed of the corporation, by it
voluntarily executed.
6
______________________________
A Notary Public for the State of Iowa
My commission expires:___________
STATE OF IOWA, COUNTY OF JOHNSON, ss:
On this ______ day of _______________, 2015, this document was executed by
___________________ as ____________________ of said corporation/LLC.
__________________________________
Notary Public in and for the State of Iowa
My commission expires:_______________
7
ATTACHMENT 3
ASBESTOS AND REGULATED/HAZARDOUS MATERIAL
ABATEMENT SPECIFICATION – JUNE 22, 2015
Asbestos and Regulated/
Hazardous Materials Abatement
Specification
304 1st Avenue
Coralville, Iowa
June 22, 2015
Prepared for:
Coralville, Iowa
Prepared by:
Cedar Rapids, Iowa
TABLE OF CONTENTS
1.0
2.0
3.0
GENERAL INFORMATION ............................................................................................ 1
1.1
Project Information ........................................................................................... 1
1.2
Contract Documents and Related Requirements ........................................... 1
1.3
Extent of Work .................................................................................................. 1
1.3.1 Tasks ...................................................................................................... 2
1.3.2 Schedule ................................................................................................. 2
1.3.3 Asbestos Abatement Services ................................................................. 2
1.3.4 Mercury Abatement Services................................................................... 3
1.3.5 Polychlorinated Biphenyls (PCB)-Containing Ballast Abatement Services 3
1.3.6 Other Hazardous Materials Abatement Services ..................................... 3
1.4
City’s Responsibility ......................................................................................... 3
1.5
Abatement Contractor’s Responsibility .......................................................... 4
1.6
Abatement Contractor Use of Premises .......................................................... 5
1.7
Facility Security ................................................................................................ 5
1.8
Work Site Safety Plan ....................................................................................... 5
1.9
Emergency Fire Exit ......................................................................................... 6
1.10 Emergency Fire Plan ........................................................................................ 6
1.11 Electricity........................................................................................................... 6
CONTRACTOR SUBMITTALS/QUALIFICATIONS ....................................................... 7
2.1
Abatement Contractor Qualifications .............................................................. 7
2.2
Abatement Contractor Submittals ................................................................... 7
ASBESTOS.................................................................................................................... 9
3.1
General .............................................................................................................. 9
3.1.1 Definitions ............................................................................................... 9
3.1.2 Abatement Contractor Use of Premises................................................... 9
3.1.3 Abatement Contractor Requirements .....................................................10
3.1.4 Abatement Contractor Logbook ..............................................................11
3.1.5 Availability of Trained Personnel ............................................................12
3.1.6 Standard Operating Procedures (SOP) ..................................................13
3.1.7 Codes and Regulations ..........................................................................14
3.1.8 Contingency Plan ...................................................................................19
3.2
Respiratory Protection ....................................................................................20
3.2.1 General ..................................................................................................20
3.2.2 Respiratory Protection Program (RPP) ...................................................20
3.2.3 Written Statement of Company Policy ....................................................20
3.2.4 Respirators for Abatement Operations ...................................................20
3.2.5 Use of Respirators..................................................................................22
3.2.6 Worker and Supervisor Respirator Training ............................................22
3.2.7 Respirator Fit Test ..................................................................................23
3.2.8 Cleaning, Disinfecting, Inspection, Repair, and Storage .........................23
3.2.9 Regular Program Evaluation and Special Problems of Use ....................23
TABLE OF CONTENTS CONT.
3.3
3.4
3.5
3.6
3.7
3.8
3.9
3.2.10 Proper Respirator Use Procedures .........................................................24
Worker Protection ............................................................................................24
3.3.1 Training Prior to Engaging in Abatement Work .......................................24
3.3.2 Medical Examination ..............................................................................25
3.3.3 Protective Clothing .................................................................................25
3.3.4 Decontamination Procedures .................................................................25
3.3.5 Limitations within Work Area ..................................................................27
Decontamination Facilities ..............................................................................27
3.4.1 Description .............................................................................................27
3.4.2 General Requirements ...........................................................................27
3.4.3 Temporary Utilities to PDF and EDF.......................................................28
3.4.4 Personnel Decontamination Facilities (PDF) ..........................................28
3.4.5 Equipment and Waste Decontamination Facilities (EDF)........................30
Negative Pressure Filtration Systems ............................................................31
3.5.1 Negative Air Machines (HEPA Units) ......................................................31
3.5.2 Pressure Differential ...............................................................................32
3.5.3 Auxiliary Generator .................................................................................32
3.5.4 Supplemental Make-up Air Inlets ............................................................32
3.5.5 Testing the System.................................................................................33
3.5.6 Demonstration of Negative Air System Operation...................................33
3.5.7 Use of System during Abatement Operations .........................................33
3.5.8 Openings in Enclosure ...........................................................................34
3.5.9 Installation and Care ..............................................................................34
3.5.10 Exhaust Location ....................................................................................34
3.5.11 Dismantling the System ..........................................................................35
Materials and Equipment .................................................................................35
3.6.1 Materials.................................................................................................35
3.6.2 Tools and Equipment..............................................................................37
Containment Barriers and Coverings of Work Area ......................................38
3.7.1 General – Regulated Areas ....................................................................38
3.7.2 Preparation Prior to Sealing-off ..............................................................38
3.7.3 Control Access to Work Area..................................................................38
3.7.4 Critical Barriers .......................................................................................39
3.7.5 Floor Barriers .........................................................................................39
3.7.6 Extension of Work Area ..........................................................................39
Work Area Preparation ....................................................................................39
3.8.1 Preliminary Procedures ..........................................................................39
3.8.2 Glove Bag or Mini-Containments ............................................................41
3.8.3 Inspection of Barriers..............................................................................41
3.8.4 Testing of Barriers ..................................................................................41
Worker Decontamination .................................................................................41
3.9.1 Abatement Contractor's Written Decontamination and Work Procedures
...............................................................................................................41
4.0
3.9.2 Entering Work Area ................................................................................41
3.9.3 Decontamination Procedures .................................................................42
3.9.4 Activities Not Permitted ..........................................................................42
3.9.5 First Disturbances ..................................................................................42
3.9.6 Posting of Signs .....................................................................................42
3.9.7 Inspection of Work Area and Decontamination Enclosures ....................43
3.9.8 Maintenance of the Work Area and the Decontamination Enclosure ......43
3.10 Removal of ACM ..............................................................................................43
3.10.1 Wetting Materials....................................................................................43
3.10.2 Limited Removal of ACM with Glove Bag ...............................................44
3.10.3 Worker Protection...................................................................................44
3.10.4 Personnel Decontamination Unit - Dry....................................................44
3.10.5 Lock-down Encapsulant .........................................................................45
3.11 Monitoring, Inspection, and Testing ...............................................................45
3.11.1 General ..................................................................................................45
3.11.2 Monitoring, Inspection, and Testing by Abatement Contractor ................46
3.12 Project Decontamination .................................................................................47
3.12.1 General ..................................................................................................47
3.12.2 Work Description ....................................................................................47
3.12.3 Pre-Decontamination Conditions ............................................................47
3.12.4 First Cleaning .........................................................................................48
3.12.5 Pre-clearance Inspection ........................................................................48
3.12.6 Lock-down Encapsulation.......................................................................48
3.12.7 Second Cleaning ....................................................................................48
3.12.8 Final Clean-up ........................................................................................49
3.12.9 Glove Bag or Containment Failure..........................................................49
3.13 Final Inspection................................................................................................50
3.13.1 General ..................................................................................................50
3.14 Abatement Contractor Personal Air Sampling...............................................51
3.15 Waste Removal through the Equipment Decontamination Facilities (EDF).51
3.15.1 General ..................................................................................................51
3.15.2 Project Procedures .................................................................................52
3.16 Asbestos Waste Disposal ...............................................................................53
3.16.1 Applicable Regulations ...........................................................................53
3.16.2 Transporters or Haulers..........................................................................54
3.16.3 Waste Storage Container .......................................................................54
3.16.4 Waste Disposal Manifest ........................................................................55
3.16.5 Compliance ............................................................................................56
3.17 Abatement Close-Out and Certificate of Compliance....................................57
3.17.1 Completion of Abatement Work ..............................................................57
3.17.2 Certificate of Completion by Abatement Contractor ................................57
MERCURY ....................................................................................................................58
4.1
General .............................................................................................................58
4.2
4.3
4.4
4.5
5.0
6.0
Definitions ........................................................................................................58
Scope of Work ..................................................................................................58
Uncharacterized Mercury-Containing Devices ..............................................59
General Mercury Removal Procedures ..........................................................59
4.5.1 Fluorescent bulbs, compact fluorescent lights (CFLs), and thermostats .59
4.6
Description of Work .........................................................................................59
4.7
Disposal Documentation .................................................................................60
POLYCHLORINATED BIPHENYLS..............................................................................60
5.1
General .............................................................................................................60
5.2
Scope of Work ..................................................................................................60
5.3
PCB General Removal Procedures .................................................................61
5.3.1 Fluorescent light ballast ..........................................................................61
5.4
Description of Work .........................................................................................61
5.5
Disposal Information and Documentation .....................................................62
OTHER HAZARDOUS/REGULATED MATERIALS ......................................................62
6.1
General .............................................................................................................62
6.2
Scope of Work ..................................................................................................62
6.3
Disposal Documentation .................................................................................63
ATTACHMENTS
ATTACHMENT A
TERRACON’S ASBESTOS AND HAZARDOUS BUILDING MATERIALS
SURVEY REPORT – JUNE 11, 2015
ATTACHMENT B
PROJECT FORMS
Asbestos Pre-Abatement Checklist
Notification Of Abatement Work Area Clearance
Abatement Verification Summary
ATTACHMENT C
GLOSSARY OF TERMS
ASBESTOS AND REGULATED/HAZARDOUS MATERIAL
ABATEMENT SPECIFICATION
June 22, 2015
1.0
GENERAL INFORMATION
1.1
Project Information
This Specification was prepared by Terracon Consultants, Inc. (Terracon), on behalf of the City
of Coralville, Iowa (the City). The Specification addresses materials identified in Terracon’s
Asbestos and Hazardous Materials Survey Report dated June 11, 2015 (Terracon Project No.
06157711). This Specification was completed in general accordance with Terracon’s Asbestos
and Hazardous Material Consulting Services – Supplemental Proposal dated June 11, 2015 (the
Contract). We understand that these services were requested due to the planned demolition of the
buildings located at the above referenced property.
1.2
Contract Documents and Related Requirements
These Specifications, all project-related drawings, general provisions of the Contract, Bid
Documents, and all other specifications, apply to the work. The Contract documents between the
City and Abatement Contractor show the work of the Contract, related requirements, and
conditions impacting the project. The term “Contract Documents” means this Specification and
all other specifications that may apply to the abatement work to be conducted for the Project. The
Contract Documents between the City and an Abatement Contractor retained by the City to
conduct the work, as defined below, will show the scope of the work to be conducted, related
requirements, and conditions impacting the Project. Related requirements and conditions include
all applicable federal, state, and local codes and regulations, required notices and permits,
restrictions on use of the site, requirements for partial City occupancy during work, coordination
of work with other contractors, and phasing of the work. Whenever there is a conflict or overlap
of the above references or federal, state, and local regulations, the most stringent provisions
apply.
1.3
Extent of Work
The Work to be completed includes the following:



Abatement of asbestos-containing materials (ACM),
Regulated/special/hazardous material removal/decommissioning, and
Clean up, removal, and disposal of materials in accordance with regulations.
1
Asbestos and Regulated/Hazardous Material Abatement Specification
Briskey Cabinet Co. ■ Coralville, Iowa
Estimated quantities of materials to be abated are for informational purposes only and are based
on the best information available at the time of the Specification preparation. The Abatement
Contractor shall satisfy himself as to the actual quantities to be abated. Nothing in this
Specification may be interpreted as limiting the extent of the Work that may be otherwise required
by the Contract Documents.
1.3.1 Tasks
Tasks appropriate to the Work are briefly summarized as follows:
1.1.3.1 Pre-abatement activities, including pre-abatement meeting, inspection, notifications,
permits, submittal approvals, preparations, emergency arrangements, and standard
operating procedures.
1.1.3.2 Abatement activities, including removal and disposal of ACM, regulated/hazardous
materials, contaminated waste, recordkeeping, security, and inspection and monitoring.
1.1.3.3 Cleaning and decontaminating activities, including final inspection and testing and
certification of abatement.
1.3.2 Schedule
The Abatement Contractor shall provide a schedule prior to the commencement of the project.
1.3.3 Asbestos Abatement Services
A copy of Terracon’s Asbestos and Hazardous Material Survey Report (the Survey Report) is
presented as Attachment A. Please refer to Appendix B – Table 1 for Identified AsbestosContaining Materials by Homogenous Area (HA) and Appendix D – Exhibits in Attachment A for a
listing of ACMs and their approximate locations. Photographs of the ACMs are provided in
Appendix D in Attachment A.
Asbestos was reported by the analytical laboratory in samples collected from the following
materials:
 Sink under coating
 Black pipe wrap
 Various styles of 9-inch (”) x9” vinyl
 Window/door glazing
floor tile and associated mastic
 Window/door sealants
 Residual mastic
 Roofing
 Cove base mastic
 Roof flashings/tar
 Asbestos cement board (Transite)
 Spray applied CMU1 texture/stucco
 Cement flue pipe
 Plaster/skim coat
1
CMU – concrete masonry unit
2
All friable materials and nonfriable materials that may become friable when removed, with greater
than 1% asbestos, must be removed by a permitted asbestos abatement contractor and disposed
at an approved landfill prior to the demolition of the structure.
The Abatement Contractor will be responsible for the removal and disposal of materials needed
to gain to access the ACMs (i.e., acoustical ceiling tiles, roofing materials, drywall/wood panel
walls, etc.).
1.3.4 Mercury Abatement Services
Mercury-containing fixtures, thermostats, fluorescent light tubes, gas meters, etc. have been
identified in the buildings. Please refer to Table 3 in Terracon’s Survey Report provided as
Attachment A for the quantification of mercury-containing equipment. All mercury-containing
devices shall be removed and disposed of in accordance with local, state, and federal regulations.
1.3.5 Polychlorinated Biphenyls (PCB)-Containing Ballast Abatement Services
Terracon removed select lighting fixtures from the facility to identify PCB-containing ballasts. PCB
and non-PCB ballasts were identified during the survey activities. Please refer to the PCB line
items in Table 3 provided in Attachment A for an estimate of number of ballasts in the facility.
Disposal of PCB-containing fluorescent light ballasts and oils is regulated by the Environmental
Protection Agency (EPA) under 40 Code of Federal Regulations (CFR) 761. All ballasts that are
not labeled PCB-free or non-PCB-containing are considered PCB-containing. Any ballasts
requiring removal must be examined and those not marked with “No PCBs” must be managed as
PCB-containing waste. Leaking ballasts must be disposed as PCB bulk product waste. The
Abatement Contractor shall remove and dispose of PCB devices in accordance with local, state,
and federal regulations and will be responsible for the segregation of all of the ballasts.
1.3.6 Other Hazardous Materials Abatement Services
The Abatement Contractor will be responsible for the removal and proper disposal of items listed
in Terracon’s Survey Report (see Table 3 in Attachment A for quantification of materials). It should
be understood that the summary is not all-inclusive and represents the best judgment of the
professionals for the likely future disposal of each material. Because the tenant of the facility was
in the process of removing material from the buildings during the survey activities or the City may
choose to save or reuse some materials, Terracon recommends that a follow up assessment be
conducted to determine the quantities of regulated materials that will require disposal.
Any unwanted/used products should be disposed or recycled according to applicable federal,
state, and local regulations prior to building renovation.
1.4
City’s Responsibility
The City will be responsible for providing the following:
3
1.4.1
Timely right of entry to conduct the described services, as well as access to project areas.
1.4.2
Information about any restrictions or special requirements regarding the site, prior to
commencement of site work.
1.4.3
Water and power.
1.4.4
Remove furnishings to be saved from the work areas prior to the Abatement Contractor’s
arrival.
Other specific City responsibilities will be included in the City’s agreement with Abatement
Contractor and/or the Statement of Work for the Project covered by this Specification.
1.5
Abatement Contractor’s Responsibility
The Abatement Contractor will be responsible for the following:
1.5.1
To comply with all federal, state, and local regulations.
1.5.2
Removal and disposal of all regulated materials and proper generation and distribution of
waste shipment records and waste disposal manifest(s).
1.5.3
That all persons engaged in the ACM portion of the Project hold appropriate valid Iowa
asbestos licenses.
1.5.4
All required local, state, and federal notifications and compliance.
1.5.5
Maintaining all project records for as many years as required by local, state, and federal
regulatory requirements.
1.5.6
Personal exposure monitoring as required by the Occupational Safety and Health
Administration (OSHA).
1.5.7
Abatement Contractor shall schedule the Work on the Project in a timely manner, as
indicated. Coordination with Terracon and the City is critical, including, but not limited to
inspections and project progress.
1.5.8
The Abatement Contractor will be responsible for providing the following notifications to
other occupants in the Building concerning the work to be completed under this
Specification:
4
1.5.8.1
Employees of the City who will work in or adjacent to the work areas.
1.5.8.2
On multi-employer work sites, all employers who will be performing work within
or adjacent to the Work areas.
1.5.8.3
Tenants who are occupying the space adjacent to the work areas.
1.5.9
The Abatement Contractor shall dedicate one licensed supervisor for the duration of
the Project.
1.6
Abatement Contractor Use of Premises
The Abatement Contractor shall cooperate fully with the City to minimize conflicts and to facilitate
the City’s safe and smooth use of the Facility. The Abatement Contractor shall perform all work
in accordance with all federal, state, and local regulations and this Specification, drawings, and
any pre-abatement plan of action (verbal or written) as discussed with the City and Terracon.
1.7
Facility Security
Facility security is as follows:
1.7.1
The security of the facility and grounds are the responsibility of the Abatement Contractor,
unless otherwise specified on the bid documents.
1.7.2
The security of the work area against inadvertent and/or willful entry of unauthorized
personnel is the responsibility of the Abatement Contractor. The Abatement Contractor is
responsible for all tools, equipment, materials, etc., relating to the work whether they are
in the work area or not. The Abatement Contractor is responsible for providing 24-hour
security for all regulated areas throughout the duration of the work.
1.8
Work Site Safety Plan
Taking all emergency precautions and following all emergency procedures is the responsibility of
the Abatement Contractor, who shall have, at minimum, a work site safety plan that includes the
following:
1.8.1
The Abatement Contractor shall establish emergency and fire exits from the work area as
appropriate. All emergency exits shall be equipped with at least two sets of protective
clothing and respirators (for emergency entrance) at all times.
1.8.2
The Abatement Contractor shall notify the local police and fire departments of the
regulated work for the Project. The Abatement Contractor must coordinate all security
aspects of the Project with the police and the security agency. All emergency evaluation
5
and safety aspects must be coordinated with the local fire department and/or emergency
response teams.
1.8.2.1
A notice of verification that all of the above parties have been notified must be
presented prior to the commencement of the work.
1.8.3
The Abatement Contractor shall be prepared to administer immediate first aid to injured
personnel before and after decontamination. Seriously injured personnel shall be treated
immediately or evacuated immediately for decontamination. When an injury occurs, the
Abatement Contractor shall stop and implement fiber reduction techniques such as water
misting the work area air until the injured person has been removed from the work area.
1.9
Emergency Fire Exit
As per this Specification, the Abatement Contractor must maintain easy access to all emergency
exits. If an emergency exit must be covered with 6-mil poly as a critical barrier for asbestos
containment, do the following:
1.9.1
Post exit signs.
1.9.2
Tape a utility knife to the wall next to the exit for cutting the poly.
1.9.3
Red paint or red duct tape should frame the exit and the knife, making them visible and
easy to find.
1.10
Emergency Fire Plan
1.10.1 Go through the fire exit procedures with all persons working at the Building.
1.10.2 Post emergency telephone numbers.
1.10.3 Place easily accessible fire extinguishers in each work area.
1.11
Electricity
1.11.1 The City will have a power supply located at the Building. The Abatement Contractor will
be responsible for the power supply to the work area.
1.11.2 Temporary electricity shall pose no fire hazard.
1.11.3 All electricity provided shall be ground fault circuit interrupter (GFCI) protected and
grounded.
6
2.0
CONTRACTOR SUBMITTALS/QUALIFICATIONS
2.1
Abatement Contractor Qualifications
2.1.1
The Abatement Contractor and assigned personnel for this project shall meet the following
general requirements:
A.
It is an established asbestos abatement business for three years.
B.
Has conducted within the last three years, a minimum of three asbestos abatement
projects, which are comparable in complexity and dollar value with this project.
C.
Has not been cited or has not been a defending party of any legal action for
violation of asbestos regulations during the last three years.
D.
Carries liability insurance for asbestos abatement work.
E.
Is permitted in Iowa and has on file such records.
F.
Has an adequate number of qualified personnel available for this project.
G.
Has an established written standard operating procedures for training, medical
surveillance, entry and exit procedures, respiratory protection, safety, emergency,
and monitoring.
H.
Has available equipment, materials, and supplies in adequate quantity, capacity,
and number to perform the work of this project.
2.2
Abatement Contractor Submittals
2.2.1
Submit the following information with the bid to the City’s Representative for review and
approval:
2.2.1.1
Provide copies of the Abatement Contractor’s required permits, licenses,
insurance, and bond information as requested in the Bid Document.
2.2.2
2.2.1.2
List of personnel anticipated to be dedicated to the job, along with applicable
licensure numbers and years of abatement experience.
2.2.1.3
A summary of three projects comparable in complexity and dollar value to the
project. Please include references and contact numbers.
Prior to commencement of the work, the Abatement Contractor shall present, in writing, to
the City two copies of the following:
7
2.2.2.1
Copies of abatement worker licenses, certificates, medical determination, and
respirator fit testing documentation for each employee assigned to the project.
2.2.2.2
A plan for preparation of the work site, decontamination chamber, and
shower/waste water disposal.
2.2.2.3
Description of protective clothing and approved respirators to be used.
2.2.2.4
Delineation of responsibility of work site supervision including a listing of
emergency home telephone numbers.
2.2.2.5
Explanation of regulated area containment and isolation techniques.
2.2.2.6
Brief description of removal methods to be used and equipment to be utilized.
2.2.2.7
Description of the final clean-up procedures to be used.
2.2.2.8
Brief explanation of the handling of ACM and asbestos-contaminated waste,
and hazardous waste and the disposal site(s) to be utilized.
2.2.2.9
Hazardous materials (where applicable): before start of work, submit product
data for surfactants and/or removal encapsulants, lock back encapsulants, or
other hazardous materials, instructions for use and recommendations of
manufacturer, and data substantiating compliance with requirements including
safety data sheets (SDSs).
2.2.2.10 Written negative exposure assessment for a similar project, if available.
2.2.2.11 A copy of the Health and Safety Plan
2.2.2.12 A copy of the Respiratory Protection Plan
2.2.2.13 A copy of the Hazard Communication Program
2.2.3
In-progress abatement submittals
2.2.3.1
2.2.4
Laboratory results as indicated in Section 3.11.2 Monitoring, Inspection, and
Testing by Abatement Contractor
Submittals at completion of abatement:
8
The Abatement Contractor shall submit a project report consisting (at a minimum) of the daily
logbook and the documentation of events during abatement including Abatement Contractor’s
Request for Final Visual Inspection Forms, personal air monitoring data, and the disposal
manifests signed by the operator of the licensed landfill or disposal facility. See Section 3.1.4
Abatement Contractor Logbook for further detail regarding submittal information.
3.0
ASBESTOS
3.1
General
3.1.1 Definitions
Definitions of terms normally found in the Asbestos section of a Specification are provided in
Attachment C – Glossary of Terms.
3.1.2 Abatement Contractor Use of Premises
3.1.2.1
The Abatement Contractor shall cooperate fully with the City and Terracon to
minimize conflicts. The Abatement Contractor shall perform all work in
accordance with all federal, state, and local regulations and these
specifications, drawings, and the pre-abatement plan of action (verbal or
written) as discussed with the City and Terracon.
3.1.2.2
The Abatement Contractor shall use existing facilities strictly within the limits
shown in the Contract Documents and the approved pre-abatement plan of
action (verbal or written) as discussed with the City or Terracon.
3.1.2.3
The Abatement Contractor must maintain emergency exits from the work areas
and building in case of fire or medical emergencies. It is the Abatement
Contractor's responsibility to maintain these exits and to make sure all exits are
easily accessible and easily opened from the inside.
3.1.2.4
The quantities and locations of ACM and other hazardous materials and the
extent of work included in this section are only best estimates. It is the
Abatement Contractor’s responsibility to notify the federal, state, or local
regulators of the quantities to be removed. It is also the Abatement Contractor’s
responsibility to notify Terracon and the City of any newly discovered ACM
and/or presumed ACM (PACM) within an hour of such discovery.
3.1.2.5
If the City or Terracon presents a verbal and/or written “stop asbestos removal”
order, the Abatement Contractor will immediately stop all asbestos removal and
initiate fiber reduction activities. The Abatement Contractor will not resume
9
asbestos removal until authorized verbally and/or in writing by the City or
Terracon. A “stop asbestos removal” order will be issued at any time the City
or Terracon determines abatement conditions are not within specification
requirements. Stoppage will continue until conditions have been corrected.
Standby time and cost required for corrective action is at the Abatement
Contractor's expense. The occurrence of the following events shall be reported
in writing to the City and shall require the Abatement Contractor to immediately
stop asbestos removal and initiate fiber reduction activities:
3.1.2.5.1
Excessive airborne fibers outside the containment area (0.05 fibers per
cubic centimeter of air (f/cc) or greater), if air monitoring is conducted.
3.1.2.5.2
Any breach in containment barriers.
3.1.2.5.3
Loss of negative air pressure.
3.1.2.5.4
Serious injury on the job site.
3.1.2.5.5
Fire and/or safety emergency.
3.1.2.5.6
Respiratory system failure.
3.1.2.5.7
Power failure.
3.1.2.5.8
Excessive airborne fibers inside the containment (0.5 f/cc or greater
when wet methods are employed).
3.1.3 Abatement Contractor Requirements
This section covers the furnishing of all labor, materials, services, equipment, supervision, and
permits necessary to perform the removal of ACM located at the site described herein.
3.1.3.1
This work shall be performed in accordance with these specifications, EPA,
OSHA, and any other applicable federal, state, and local government
regulations concerning asbestos, hazardous materials, or related construction
activities.
3.1.3.1.1
In the event of conflicting requirements, the most stringent provisions
shall be applicable.
3.1.3.1.2
Governing regulations include but are not limited to the following:
10
3.1.3.1.3
3.1.3.2
A.
EPA regulations under 40 CFR 61 Subparts A and M, National
Emissions Standards for Hazardous Air Pollutants (NESHAP)
B.
Applicable OSHA regulations under 29 CFR 1910 (general
industry) and 1926 (construction) in their entirety
C.
All federal, state, and local regulations as applicable.
The Abatement Contractor's attention is directed to the fact that work
under this contract shall be performed in strict accordance with the
most current versions of the following: OSHA asbestos regulations and
EPA regulations under NESHAP.
Prior to the commencement of the work, the Abatement Contractor shall present
copies of at least, but not limited to, the following: licensure, permits,
certifications, respirator fit testing documentation, project experience, and
additional information discussed herein.
3.1.4 Abatement Contractor Logbook
The Abatement Contractor shall maintain a logbook at the job site, which shall be available at all
times to the City and Terracon. The work shall not proceed until the City/Terracon have
received the items listed below. The logbook serves as a ready reference for this project and
may be used in legal proceedings, thus, care must be taken to assure its completeness and its
documentation accuracy. The logbook shall contain the following information at a minimum and
shall be maintained in a 3-ring binder. Any deviation shall be confirmed in writing by the City or
Terracon. Complete copies shall be submitted to the City or Terracon within 30 days of project
completion.
3.1.4.1
Date-stamped copies of all federal, state, and local project notifications and
filings including waivers and copies of applicable regulations.
3.1.4.2
Copies of certification by a physician of each employee's capability to wear a
respirator per the OSHA respirator standard (29 CFR 1910.134).
3.1.4.3
Copies of asbestos project notifications to the local fire, police, security agency,
and including telephone numbers.
3.1.4.4
Name and home telephone numbers of key personnel including the onsite
supervisor's immediate supervisor, the City's chief representative, security
personnel, and appropriate federal, state, and local regulatory personnel.
11
3.1.4.5
Abatement Contractor's standard operating procedures and any deviations
therefrom.
3.1.4.6
Project technical specifications including plans and drawings and any
deviations therefrom.
3.1.4.7
Sign-in and sign-out forms noting who entered the work area, their affiliation
with the project, time and purpose of entry, and departure time.
3.1.4.8
Records of pertinent daily events, checks of containment and equipment, and
all accidents and injuries occurring on the job.
3.1.4.9
Personal air sampling forms with results for final report inclusion.
3.1.4.10 EPA generator identification number, copy of signed waste disposal manifests,
and name of disposal site usedAll the above documentation, including trip
tickets and landfill invoices, shall be provided to the City or Terracon after
project completion.
3.1.4.11 Reports of inspection by federal, state, and local authorities.
3.1.4.12 Detailed reports of any problems and incidents that arose, the date and time,
and how they were handled. These reports must be signed by supervisory
personnel.
3.1.4.13 Emergency procedures.
3.1.4.14 In the event that glove bag removal techniques are used, the Abatement
Contractor shall submit a copy of the glove bag instructions.
3.1.5 Availability of Trained Personnel
A sufficient number of trained workers, foremen, and supervisors shall be assigned to accomplish
the work within the required schedule. No individual person who has not been fully trained and
qualified, as described below, shall be employed to speed up completion of the work.
3.1.5.1
All personnel of the Abatement Contractor involved with the asbestos
abatement work must be trained, tested, certified, and licensed in Iowa prior to
any work and shall be familiar with the standard operating procedures of the
Abatement Contractor.
12
3.1.5.2
The supervisor and the foreman shall be thoroughly familiar with all applicable
regulations and practices for asbestos abatement work and must possess valid
Iowa asbestos Contractor/Supervisor licenses.
3.1.5.3
All personnel shall be trained in the use and care of respirators.
3.1.5.4
All personnel shall have successfully completed training courses required for
asbestos removal workers as required, recognized, sponsored, and supported
by the United States Department of Labor (DOL), OSHA, EPA, and all state and
local regulatory agencies. Documentation of the successful completion of
applicable courses is required with submittals and closeout report.
3.1.5.5
All personnel shall have Iowa licenses appropriate to their work. Personnel shall
bring licenses to the jobsite.
3.1.5.6
Any worker without the above qualifications shall not be allowed in the work
area at any time.
3.1.6 Standard Operating Procedures (SOP)
The Abatement Contractor shall have established standard operating procedures (SOPs) in
printed form, on site, consisting of simplified diagrams, sketches, and pictures that establish and
explain clearly the ways and procedures to be followed during all phases of work by their
employees. The SOP must be modified as necessary to address any specific requirements of
the project and shall be submitted for review and approval prior to the start of any abatement
work. The minimum topics and areas to be covered by the SOP are:
3.1.6.1
Minimum personnel qualifications including licenses, certifications, and training
records.
3.1.6.2
Contingency plans.
3.1.6.3
Security and safety in the workplace (including a worksite safety plan – see
Section 1.8 Work Site Safety Plan).
3.1.6.4
Respiratory protection systems and training.
3.1.6.5
Worker protection, medical examinations, recordkeeping, protective clothing,
and entering and exiting procedures.
3.1.6.6
Work area limitations.
13
3.1.6.7
Decontamination facilities, personnel and equipment (PDF and EDF).
3.1.6.8
Negative pressure systems.
3.1.6.9
Containment barriers and coverings of work area.
3.1.6.10 Monitoring, inspection, and testing.
3.1.6.11 Removal of ACM and/or asbestos-contaminated elements (ACE).
3.1.6.12 Glove bag applications and their instructions, if anticipated to be utilized during
the project.
3.1.6.13 Project closeout documents production and distribution.
3.1.6.14 Project decontamination.
3.1.6.15 Work area clearances.
3.1.6.16 Disposal of ACM and/or ACE waste.
3.1.6.17 Fire protection, emergency evacuation, and exit plan.
3.1.6.18 A plan for bloodborne pathogens.
3.1.7 Codes and Regulations
3.1.7.1
General applicability of codes, regulations, and standards: Except to the extent
that more explicit or more stringent requirements are written directly into the
contract documents, all applicable codes, regulations, and standards have the
same force and effect (and are made a part of the contract documents by
reference) as if copied directly into the contract documents, or as if published
copies are bound herewith.
3.1.7.2
Abatement Contractor responsibility: The Abatement Contractor shall assume
full responsibility and liability for compliance with all applicable federal, state,
and local regulations pertaining to notifications, work practices, hauling and
disposal of ACM and other hazardous materials, and protection of workers,
visitors to the site, and persons occupying areas adjacent to the site. The
Abatement Contractor is responsible for providing medical examinations and
maintaining medical records personnel as required by the applicable federal,
state, and local regulations. The Abatement Contractor shall hold the City and
14
Terracon harmless for failure to comply with any applicable work, hauling,
disposal, safety, health, and/or other on the part of himself, or his employees.
The Abatement Contractor incurs all costs including all sampling/analytical
costs for sampling to comply with OSHA regulations.
The Abatement Contractor shall determine the applicability of any process
patent that may be employed and be responsible for paying any fees, royalties,
or licenses that may be required for the use of patented processes.
3.1.7.3
Federal requirements: Federal requirements that govern asbestos abatement
work or hauling and disposal of asbestos waste materials include but are not
limited to the following:
3.1.7.3.1
3.1.7.3.2
3.1.7.3.3
U.S. Department of Labor, OSHA:
A.
Asbestos – 29 CFR 1910.1001 (general industry) and 1926.1101
(construction).
B.
Respiratory Protection – 29 CFR 1910.134.
C.
Construction industry standards – 29 CFR 1926.
D.
Access to Employee Exposure and Medical Records – 29 CFR
1910.1020.
E.
Specifications for Accident Prevention Signs and Tags – 29 CFR
1910.145.
U.S. EPA:
A.
Asbestos – 40 CFR 763, Subpart EAsbestos-Containing
Materials in Schools.
B.
NESHAP – 40 CFR 61, Subpart AGeneral Provisions.
C.
NESHAP – 40 CFR 61, Subpart MNational Emission Standard
for Asbestos.
U.S. Department of Transportation (DOT): 49 CFR 171-180
15
3.1.7.4
Applicable Iowa state regulations, Iowa Administrative Code (IAC): All state
requirements that govern asbestos abatement work or hauling and disposal of
asbestos waste materials shall apply.
3.1.7.4.1
IAC 567-23 – Asbestos Fiber Emissions
3.1.7.4.2
IAC 567-109 – Asbestos-Containing Waste Disposal
3.1.7.4.3
IAC 875-10 – Occupational Exposure to Asbestos
3.1.7.4.4
IAC 875-155 – Asbestos Removal and Encapsulation Activities
3.1.7.5
Local Requirements: All local requirements shall apply including Johnson
County and City of Coralville, Iowa.
3.1.7.6
Other publications:
Other publications that apply to asbestos abatement work or hauling and disposal
of asbestos waste materials include but are not limited to the following:
3.1.7.6.1
2
3
American National Standards Institute (ANSI)
25 West 43rd Street, 4th floor, New York, NY 10036
212-642-4900
A.
ANSI Z9.2-2012 – Fundamentals Governing the Design and
Operation of Local Exhaust Systems
B.
ANSI/ISEA2 Z87.1-2015 – American National Standard for
Occupational and Educational Personal Eye and Face
Protection Devices
C.
ANSI/ASSE3 Z88.6-2006 – American National Standard for
Respiratory Protection – Respirator Use – Physical
Qualifications for Personnel
D.
ANSI/ASSE Z88.7-2010 – Color Coding of Air-Purifying
Respirator Canisters, Cartridges, and Filters
E.
ANSI/ASSE Z88.10-2010 – Respirator Fit Testing Methods
International Safety Equipment Association
American Society of Safety Engineers
16
F.
3.1.7.6.2
3.1.7.6.3
3.1.7.6.4
ASTM International
100 Barr Harbor Drive, PO Box C700
West Conshohocken, PA 19428-2959
877-909-2786
A.
ASTM E1368 – Standard Practice for Visual Inspection of
Asbestos Abatement Projects (latest edition)
B.
ASTM F 2413 – Standard Specification for Performance
Requirements for Protective (Safety) Toe Cap Footwear (latest
edition)
EPA Guidance Documents: EPA guidance documents that discuss
asbestos abatement work or hauling and disposal of asbestos waste
materials are listed below. These documents are made part of this
section by reference. EPA maintains an information number 800-3685888 (202-566-1970 in Washington, DC):
A.
Guidance for Controlling Asbestos-Containing materials in
Buildings (Purple Book), EPA 560/5-85-024
B.
Asbestos Waste Management Guidance, EPA 530-SW-85-007
C.
A Guide to Respiratory Protection for the Asbestos Abatement
Industry, EPA-560-OPTS-86-001
National Institute for Occupational Safety and Health (NIOSH)
publication
A.
3.1.7.6.5
ANSI/ISEA Z89.1-2014 – Personal Protection – Protective
Headwear for Industrial Workers
Manual of Analytical Methods, Method 7400 Asbestos Fibers by
PCM4 (latest revision)
Underwriters Laboratories, Inc. (UL) publication
586 (2009) – High-Efficiency, Particulate, Air Filter Units
4
Phase contrast microscopy
17
3.1.7.6.6
National Fire Protection Association (NFPA) publications
A.
NFPA 10 – Portable Fire Extinguishers (latest edition.)
B.
NFPA 701 – Standard Methods of Fire Tests for Flame
Propagation of Textiles and Films (latest edition)
C.
NFPA 70 – National Electrical Code (latest edition)
D.
NFPA 90A – Installation of Air-Conditioning and Ventilating
Systems (latest edition)
E.
NFPA 101 – Life Safety Code (latest edition)
3.1.7.6.7
American Conference
(ACGIH®)
A.
3.1.7.7
of
Governmental
Industrial
Hygienists
Threshold Limit Values for Chemical Substances and Physical
Agents and Biological Exposure Indices (TLVs® and BEIs®)
(current issue).
Notices:
3.1.7.8.1
EPA or applicable state authority:
A.
The Abatement Contractor shall send written notification, as
required by EPA NESHAP asbestos regulations (40 CFR 61
Subpart M) and the IAC, to the Iowa Department of Natural
Resources (IDNR) and the Iowa Division of Labor Services
(IDLS) at least 10 working days prior to beginning work on
abatement of asbestos-containing materials.
B.
Include, at a minimum, the following information in the
notification sent to the IDNR and IDLS contacts:
1.
Name and address of the facility.
2.
Description of the facility being demolished or renovated,
including size, age, and prior use of facility.
3.
Estimate of the approximate amount of friable asbestos
material present in the facility in terms of linear feet of
18
pipe, and surface area on other facility components. For
facilities in which the amount of friable asbestos
materials is less than 80 linear meters (260 linear feet)
on pipes and less than 15 square meters (160 square
feet), or less than 35 cubic feet on other facility
components, explain techniques of estimation.
3.1.7.8.3
3.1.7.9
4.
Location of the facility being demolished or renovated.
5.
Scheduled starting and completion dates of demolition or
renovation.
6.
Nature of planned demolition or renovation and
method(s) to be used.
7.
Procedures to be used to comply with the requirements
of IAC 567-23 and 109.
8.
Name and location of the waste disposal site where the
friable asbestos waste material will be deposited.
Copies of NESHAP and other notifications shall be submitted to the
City for the facility's records in the same time-frame notification as
given to the state and local authorities.
Waste Shipment Record: A waste shipment record specifically for ACM is
required for transporting asbestos waste to a disposal site. See Section 3.16.4
Waste Disposal Manifest.
3.1.7.10 Licenses: Maintain current licenses as required by applicable federal, state,
and local jurisdictions for the removal, transporting, disposal, or other regulated
activity relative to the work of this Contract.
3.1.7.11 Posting and Filing of Regulations: Maintain two copies of applicable federal,
state, and local regulations. Post one copy of each at the job site where workers
will have ready, easy access to, and daily exposure to, the regulations. Keep on
file in the Abatement Contractor's office one copy of each.
3.1.8 Contingency Plan
3.1.8.1
Contingency Plans and Arrangements: Prepare a contingency plan for
emergencies including fire, accident, failure of power, failure of negative air
19
system, failure of supplied air system, or any other event that may require
modification of standard operating procedures during abatement, including
specific procedures to ensure safe exiting and to provide medical attention in
the event of an emergency. Post the telephone numbers and locations of
emergency services including fire, ambulance, doctor, hospital, police, power
company, and telephone company in the clean room of personnel
decontamination facilities. Notify all these emergency services as to the danger
of entering the containment area. Invite them to participate in an informal
training program by the competent person on relevant aspects of asbestos
abatement.
Provide assistance on developing contingency plans for
responding safely and efficiently to any emergency during abatement. The
Abatement Contractor must ensure that all of its employees know of all fire and
emergency plans, telephone numbers, and exit procedures.
3.2
Respiratory Protection
3.2.1 General
The Abatement Contractor shall provide respiratory protection in accordance with these
specifications: OSHA regulations 29 CFR 1910.1001, 29 CFR 1910.134, and 29 CFR 1926.1101;
EPA regulations 40 CFR 763.120 and 121; ANSI standards Z88.2-1980; Compressed Gas
Association (CGA) Pamphlet G-7 and specification G-7.1; and NIOSH standards; and comply with
all state and local requirements. In case of conflict, the most stringent requirements are applicable
for this project.
3.2.2 Respiratory Protection Program (RPP)
It is the responsibility of the Abatement Contractor to develop, implement, and maintain a
respiratory protection program.
3.2.3 Written Statement of Company Policy
The Abatement Contractor shall provide a written Statement of Intent to provide a safe and
healthful work place for workers. This written Statement shall include assignment of individual
responsibility, accountability, enforcement procedures, and authority for required activities.
3.2.4 Respirators for Abatement Operations
3.2.4.1
Where a person is, or could reasonably be expected to be, exposed during
abatement operations to airborne asbestos, one of the following minimum levels
of respiratory protection is required:
20
NIOSH-Approved Respiratory Protection
Half-mask, air-purifying (APR) with N, R, or P-100 filters
Full-facepiece, air-purifying with N, R, or P-100 filters
Powered air-purifying (PAPR), full-facepiece with high efficiency
particulate air (HEPA) filters
Full-facepiece, supplied air (SAR) operated continuous flow
mode
Full-facepiece, supplied air operated in pressure demand mode
3.2.4.2
5
Maximum Use
Concentration
1 f/cc5
5 f/cc
100 f/cc
100 f/cc
100 f/cc
Supplied air respirators [OSHA 29 CFR 1910.134(i) and CGA Pamphlet G-7
Compressed Air for Human Respiration and specification G-7.1 Commodity
Specification for Air] shall comply with the following requirements:
3.2.4.2.1
The compressor shall be sized according to the respirator
manufacturer’s recommendation for supply capacity.
3.2.4.2.2
The receiver shall be of the capacity and a size for emergency escape
using decontamination procedures for all workers.
3.2.4.2.3
The compressor shall be equipped with a visual and audible
compressor failure alarm so that all workers may be alerted of
compressor failure.
3.2.4.2.4
The compressor shall be equipped with a high temperature alarm with
shut off capability.
3.2.4.2.5
The compressor shall be equipped with a carbon monoxide monitor.
This monitor should be equipped with an alarm that can be heard or
seen by all workers using the system.
3.2.4.2.6
System shall include an in-line air purifying absorbent bed and filters.
3.2.4.2.7
The compressor shall provide Grade D or better quality breathing air.
3.2.4.2.8
The Abatement Contractor shall demonstrate, prior to its use, the air
system including receiver capacity, etc., to the City for approval.
3.2.4.2.9
A belt must be provided for the air hose. The hose length shall not
exceed 300 feet.
f/cc = fibers per cubic centimeter of air
21
3.2.4.2.10 The Abatement Contractor shall have available for authorized visitors,
two extra or spare air hoses and connectors to allow entry into the work
area at any time without removing a worker from the work area.
3.2.4.3
Head coverings: Supplied-air respirators shall be equipped with full facepieces.
Full facepieces shall be worn with either a bonnet-type disposable head
cover/hood or with a full head cover/hood which is part of a fully encapsulating
protective garment. When bonnet type head cover/hoods are used with full
facepieces, the respirators shall always be donned with the head straps located
under the hoods. This allows removal of the head covering prior to showering
without disturbing the respirator (which is worn into the shower).
3.2.4.4
Reserve air shall be provided per OSHA 29 CFR 1910.134 as part of any
supplied air system used with the above respirators.
3.2.5 Use of Respirators
The Abatement Contractor shall provide respirators to their employees as follows:
3.2.5.1
During all Class I asbestos jobs.
3.2.5.2
During all Class II work where the ACM is not removed in a substantially intact
state.
3.2.5.3
During all Class II and III work which is not performed using wet methods.
3.2.5.4
During all Class II and III asbestos jobs where the employer does not produce
a negative exposure assessment.
3.2.5.5
During all Class III jobs where TSI or surfacing ACM and/or PACM are being
disturbed.
3.2.5.6
During all Class IV work performed within regulated areas where employees
performing other work are required to wear respirators.
3.2.5.7
During all work while employees are exposed above the 8-hour time-weighted
average (TWA) or excursion limit (EL) permissible exposure limits (PEL).
3.2.6 Worker and Supervisor Respirator Training
Abatement Contractor shall provide formal instructions in the proper use of respirators to workers
and supervisors. Supervisors shall have more comprehensive training in addition to the basic
worker training.
22
3.2.7 Respirator Fit Test
3.2.7.1
Perform the appropriate fit test, either a quantitative fit test (QNFT) or qualitative
fit test (QLFT) in accordance with OSHA 29 CFR 1910.134 Respiratory
Protection to determine satisfactory fit with any respirator which creates a
negative pressure in the facepiece, such as negative-pressure APRs or a SAR
fitted with an emergency HEPA filter back-up. Submit fit test results for each
abatement employee.
3.2.7.2
Routine donning of respirators with tight-fitting facepiece requires negative and
positive pressure fit checks to ensure adequate sealing fit. These shall be
performed by the wearer prior to each entry into the work area.
3.2.7.2.1
Negative pressure fit check: For SARs block the end of the breathing
tube with the palm of the hand(s) and for negative pressure APRs,
close off the cartridge(s) or filter(s) by covering with the palms of the
hands. The wearer shall inhale gently and hold breath for at least 10
seconds. The facepiece shall collapse slightly without inward leakage
of air into the facepiece.
3.2.7.2.2
Positive pressure test: For SARs and for negative pressure APRs, the
exhalation valve is closed off and wearer exhales gently for at least 10
seconds. A slightly positive pressure shall be built up inside the
facepiece without any outward leakage of air from the facepiece.
3.2.8 Cleaning, Disinfecting, Inspection, Repair, and Storage
Respirators shall be cleaned after each use by the wearer at the end of each shift. Every worker's
respirator shall bear identification and shall always be assigned to the same worker. Perform
continuous inspection of respirators to identify malfunctions. Inspections shall be performed in
accordance with manufacturer's instructions. Replacement parts for respirators shall be from the
manufacturer of the respirator only. Substitution of parts from a different brand or type of
respirator, or unauthorized modification will void the approval of the respirator. Store respirators
in a convenient, clean, and sanitary location to ensure proper function when used. Protect against
dust, chemicals, sunlight, excessive heat and cold, and mechanical damage. Store thoroughly
dried respirators in sealed plastic bags or in containers with tight-fitting lids.
3.2.9 Regular Program Evaluation and Special Problems of Use
The Abatement Contractor shall periodically assess the effectiveness of the RPP during all
phases of asbestos abatement operations. The Abatement Contractor shall monitor supervisor
and worker compliance with requirements of the program. In addition to general assessment of
the overall RPP, specific evaluations of the respirator cleaning, inspection, maintenance, repair,
23
storage, and use procedures shall be frequently conducted to ensure that the desired results of
these operations are consistently achieved.
3.2.10 Proper Respirator Use Procedures
The Abatement Contractor shall establish a well-defined procedure for donning and doffing of
respirators when entering and exiting the work area through the PDF. Donning and doffing of
respiratory protective devices and work clothes shall be accomplished using the buddy system,
involving two employees assisting each other to ensure full and satisfactory compliance with the
establish procedures. Established written procedures for proper respirator use shall be in
accordance with the requirements described in the EPA/NIOSH publication EPA-560-OPTS-86001 titled A Guide to Respiratory Protection for the Asbestos Abatement Industry. The
procedures described in this document for clean room (entry), shower room (entry), equipment
room (entry), work area and equipment room (exit), shower room (exit), and clean room (exit) for
pressure-demand SARs are made, by reference, part of these specifications.
3.3
Worker Protection
3.3.1 Training Prior to Engaging in Abatement Work
The Abatement Contractor shall ensure that workers are trained in accordance with OSHA 29
CFR 1926.1101 and this section. Workers shall be trained and be knowledgeable on the following
topics:
3.3.1.1
Methods of recognizing ACM and/or PACM.
3.3.1.2
Health effects of asbestos exposure.
3.3.1.3
Effects of smoking and asbestos exposure.
3.3.1.4
Activities that could result in hazardous exposures.
3.3.1.5
Protective controls, practices, and procedures to minimize exposure including
engineering controls, work practices, respirators, housekeeping procedures,
hygiene facilities, protective clothing, decontamination procedures, emergency
procedures, and waste transportation and disposal.
3.3.1.6
Respiratory protection program.
3.3.1.7
Medical surveillance program.
3.3.1.8
OSHA’s construction asbestos standard (29 CFR 1926.1101), and for air
monitoring, personnel and area.
24
3.3.1.9
Review this section of the project specifications.
3.3.2 Medical Examination
The Abatement Contractor shall provide medical examinations for all workers and any other
employee(s) entering the work area per OSHA 29 CFR 1926.1101 regardless of exposure level.
In addition, the Abatement Contractor's physician shall perform an evaluation of each individual's
ability to work in heat stress environments.
3.3.3 Protective Clothing
The Abatement Contractor shall provide all safety clothing and equipment required by OSHA for
personnel protection for all workers. These items include, but are not limited to, steel-toed boots,
hard hats, eye protection, hearing protection, gloves, etc. for all workers. The Abatement
Contractor is required to ensure all equipment is well-maintained and meets OSHA requirements
for personal protection. Provide all persons entering the work area with disposable full body
coveralls, disposable head covers, and 18" boot-type covers. Ensure that disposable clothing
integrity will not be compromised by employees. Provide disposable plastic or rubber gloves to
protect hands. Cloth gloves may be worn inside the disposable gloves but shall not be used
alone. Use tape to secure sleeves at the wrists and to secure foot coverings at the ankle.
3.3.4 Decontamination Procedures
The Abatement Contractor shall ensure that all workers adhere to the following personal
decontamination procedures whenever they leave the work area:
3.3.4.1
Require that all workers use the following decontamination procedure as a
minimum requirement whenever leaving the work area:
3.3.4.1.1
Before exiting the work area, remove gross contamination from
clothing using a HEPA vacuum.
3.3.4.1.2
When exiting the work area, remove disposable coveralls, and all other
disposable clothes, head covers, and disposable footwear covers or
boots in the equipment room.
3.3.4.1.3
Still wearing respirators, and completely naked, proceed to showers.
Showering is mandatory. Care must be taken to follow reasonable
procedures in removing the respirator to avoid asbestos fiber
inhalation while showering. The following procedure is required as a
minimum:
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3.3.4.2
A.
Thoroughly wet body including hair and face. If using a PAPR,
hold blower unit above head to keep canister dry.
B.
With respirator still in place thoroughly wash body, hair,
respirator facepiece, and all parts of the respirator except the
blower unit and battery pack on a PAPR. Pay particular attention
to cleaning the seal between face and respirator and under
straps.
C.
Take a deep breath; hold it and/or exhale slowly, completely wet
hair, face, and respirator. While still holding breath, remove
respirator and hold it away from face before starting to breath.
3.3.4.1.4
Carefully wash facepiece of respirator inside and out. If using a PAPR,
shut down in the following sequence, first cap inlets to filter cartridges,
then turn off blower unit (this sequence will help keep debris which has
collected on the inlet side of the filter from dislodging and
contaminating the outside of the unit). Thoroughly wash blower unit
and hoses. Carefully wash battery pack with wet rag. Be extremely
cautious of getting water in battery pack as this will short out and
destroy the battery.
3.3.4.1.5
Shower completely with soap and water. Rinse thoroughly.
3.3.4.1.6
Rinse shower room walls and floor prior to exit.
3.3.4.1.7
Proceed from shower to changing room and change into street clothes
or into new disposable work items.
Full-face respirators:
Require that all workers use the following
decontamination procedures as a minimum, whenever leaving the work area
with a full-face cartridge type respirator:
3.3.4.2.1
When exiting area, remove disposable coveralls, and all other clothes,
disposable head covers, and disposable footwear covers or boots in
the equipment room.
3.3.4.2.2
Still wearing respirators, and completely naked, proceed to the
showers. Showering is mandatory. Care must be taken to follow
reasonable procedures in removing the respirator and filters to avoid
asbestos fiber inhalation while showering. The following procedure is
required as a minimum:
26
A.
Thoroughly wet body from neck down. Wet hair as thoroughly
as possible without wetting the respirator filter if using an air
purifying type respirator.
B.
Take a deep breath, hold it and/or exhale slowly, complete
wetting of the hair, thoroughly wetting face, respirator and filter
(air purifying respirator). While still holding breath, remove
respirator and hold it away from face before starting to breath.
3.3.4.2.3
Dispose of wet filters from air purifying respirator.
3.3.4.2.4
Carefully wash facepiece of respirator inside and out.
3.3.4.2.5
Shower completely with soap and water. Rinse thoroughly.
3.3.4.2.6
Rinse shower room walls and floor prior to exit.
3.3.4.2.7
Proceed from shower to changing room and change into street clothes
or into new disposable work items.
3.3.5 Limitations within Work Area
The Abatement Contractor shall ensure that workers do not eat, drink, smoke, chew gum or
tobacco, or in any way break the protection of the respiratory protection system in the work area.
3.4
Decontamination Facilities
3.4.1 Description
Provide each work area with separate personnel and equipment decontamination facilities when
feasible. Ensure that the personnel decontamination facility (PDF) is the only means of ingress
and egress from the work area and that all equipment, bagged waste material, and other material
exit the work area only through the equipment decontamination facilities (EDF). See OSHA
regulation 29 CFR 1926.1101, Appendix F.
3.4.2 General Requirements
All persons entering and exiting the work area shall follow the entry and exit procedures required
by the applicable regulations and these specifications. Process all equipment and materials
exiting the work area through the EDF and decontaminate as required by these specifications.
Construct walls and ceilings of PDF and EDF, airtight with at least 6-mil opaque polyethylene
sheeting and attach to existing building components or to a temporary frame-work. Use a
27
minimum of two layers of reinforced 6-mil polyethylene to cover floor under PDF. Construct doors
from overlapping polyethylene sheets so that they overlap adjacent surfaces. Weigh sheets at
bottom so that they quickly close after release. Put arrows on sheets showing direction of overlap
and travel. If the building is partially occupied, construct solid barriers on the public side to protect
sheeting. Construct rigid enclosures as indicated on drawings or when necessary.
3.4.3 Temporary Utilities to PDF and EDF
The Abatement Contractor shall provide temporary water service connection to the PDF and EDF.
Provide back-flow protection at the point of connection to the City’s system. Provide a UL-rated
electric hot water heater to supply hot water at a minimum of 100oF to the showers of the PDF.
Water supply must:
3.4.3.1
Be properly pressurized and temperature balanced at shower discharge.
3.4.3.2
Be secured at the shower and at the source at the end of each work shift to
prevent flooding from ruptured hoses etc.
3.4.4 Personnel Decontamination Facilities (PDF)
The Abatement Contractor shall provide a PDF consisting of serial arrangement of clean room,
shower room, and equipment room. Provide an adequately sized PDF to accommodate the
number of employees scheduled for the project. The center chamber of the three chambers PDF
shall be fitted with as many portable walk-through shower stalls as necessary so that all
employees will be able to go through the entire decontamination procedure within 15 minutes.
There shall be a minimum one shower per six full shift persons calculated by the largest shift.
Construct PDF of opaque or colored polyethylene for privacy. Construct PDF so that it will not
allow for parallel routes of exit without showering.
3.4.4.1
Clean room of PDF: The clean room of the PDF must be physically and visually
separated from the rest of the building for the purpose of workers changing into
protective clothing or dressing into street clothing. Construct using 6-mil
minimum thickness polyethylene sheeting to provide an airtight room. Provide
a minimum of two, three-feet wide flapped airlocks constructed from sheets of
polyethylene. One airlock shall be from the outside and one of two from the
shower. Keep the floor of this room dry and clean at all times. Do not allow
over-flow from shower into this room. Damp wipe all surfaces twice after each
shift change with a disinfectant solution. Provide in this room an adequate
supply of disposable bath towels and disposable protective clothing. Provide at
a minimum, hooks for employees’ clothes and chairs to sit on. Provide a
portable type ABC fire extinguisher in this room as per the National Fire
Protection Association’s (NFPA) Standard 10. Require all persons to remove
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all street clothes in this room and dress in disposable protective clothing and
respiratory protection equipment. Ensure that any person entering this room
will do so either from the outside with street clothes or from the showers
completely naked and thoroughly washed. If a female is required to enter or
exit the work area, make all necessary provisions to ensure her privacy
throughout the decontamination process.
3.4.4.2
Shower room of PDF: The shower room of the PDF provides a completely
water-tight operational compartment to be used for transit of all persons
entering the work area from the changing room, or for showering by all persons
headed out of the work area after undressing in the equipment room. Construct
each stall and shower walls so that water running down the walls will drip into
the pan. Install a freely draining, smooth wooden floor on top of the shower
pan. Separate this room from the rest of the building and the equipment room
and clean room with airtight walls fabricated of a minimum 6-mil polyethylene.
Provide splash-proof entrances to clean and equipment rooms with two, threefeet wide flapped airlocks constructed of polyethylene.
3.4.4.2.1
3.4.4.3
Provide shower heads and controls, temporary cold and hot water,
drainage, soap dish, and a continuous supply of soap. Maintain
sanitary conditions at all times. Arrange controls so that a single
individual can shower without assistance. Pump waste water to drain
or storage drum for disposal, if required. If pumped to drain, provide
20-micrometer (µm) and 5-µm wastewater filters. Change filters daily.
Locate filters inside shower so that water lost during filter changes
drains into shower pan. Hose down all surfaces of the shower room
after each shift and clean debris from the shower pan. Dispose of
residue as asbestos-contaminated waste.
Equipment room of PDF: The equipment room of the PDF provides a completely
airtight compartment to be used to store work equipment, reusable footwear,
and warm clothing and as a transit and change station. Separate this room
from the work area and showers with airlocks three feet wide constructed of
three 6-mil polyethylene sheets on the work areas side and two on the shower
side. Separate this room from the work area and other rooms with airtight walls
and ceiling constructed of maximum 6-mil polyethylene sheeting. If the airborne
asbestos levels in the work area are expected to be higher than 0.5 f/cc, add
an intermediate cleaning space between the equipment room and the work
area. Clean all surfaces (by damp wiping) of the equipment room after each
shift change. Provide an additional floor layer of 6-mil clear polyethylene
sheeting per shift change and remove the contaminated layer after each shift.
Provide a temporary electrical sub-panel in this room to accommodate any
29
power tools and equipment in work area. Provide benches for workers to sit.
Provide a walk-off pan in the work area outside of the equipment room for
persons to clean footwear when exiting the work area.
3.4.4.4
Small asbestos projects (mini-containment): Enclosure requirements. A
personal decontamination enclosure system shall consist of, at least, a shower
room and a clean room separated from each other by an airlock and from the
work area and other areas by curtained doors. All other provisions for large
asbestos projects shall apply.
Equipment storage, personal gross
decontamination, and removal of clothing shall occur in the work area just prior
to entering the shower.
NOTE: The full personal decontamination enclosure specified for large asbestos
projects is recommended for mini-containments.
3.4.5 Equipment and Waste Decontamination Facilities (EDF)
The Abatement Contractor shall provide an EDF consisting of a serial arrangement of washroom
and holding room for removal of equipment and ACM and/or PACM waste from the work area.
Do not allow entry or exit of people through EDF for other than emergencies. Clean debris and
residue from inside EDF on a daily basis. Wipe down or hose down all surfaces after each shift
and clean shower pan of debris. See Section 3.15 Waste Removal through the Equipment
Decontamination Facilities (EDF) for waste/equipment removal through EDF.
3.4.5.1
Wash down station: Provide an enclosed shower unit in the regulated area just
outside the washroom as an equipment bag and container cleaning station. Preclean waste bags and equipment before moving into the washroom.
3.4.5.2
Washroom: Provide washroom for cleaning of equipment and bagged or
containerized asbestos-containing waste materials passed from the work area.
Construct washroom of framing and polyethylene sheeting, at least 6-mil in
thickness. Locate room so that packaged materials, after being wiped clean,
can be passed to the holding room. Separate this room from the work area by
a triple flap airlock of 6-mil polyethylene sheeting.
3.4.5.3
Holding room: Provide holding room as a drop location for equipment and
bagged asbestos-containing materials passed from the washroom. Construct
holding room of framing and polyethylene sheeting, at least 6-mil thickness.
Separate the holding room from the washroom with a triple flap airlock and
another solid, lockable door to the outside.
30
3.5
3.4.5.4
Equipment/washroom alternative: Where there is only one egress from the
work area, the holding area of the waste decontamination enclosure system
may branch off from the equipment decontamination room, which doubles as a
waste washroom, of the personal decontamination enclosure or pass
completely through the PDF.
3.4.5.5
Shower/washroom alternative: In small asbestos projects where only one
egress from the work area exists, the shower room may be used as a waste
washroom. In this instance, the clean room shall not be used for waste storage,
but shall be used for waste transfers to carts, which shall be immediately
removed from this enclosure.
Negative Pressure Filtration Systems
The Abatement Contractor shall provide enough HEPA-filtered negative air units to completely
exchange the work area air four times per hour. The Abatement Contractor shall demonstrate
the number of units needed per work area for four room air changes by calculating the volume
flow rate in cubic feet per minute (cfm) delivered by each unit under a two-inch (2") pressure drop
across filters. Provide at least one standby unit in the event of a machine failure or emergency
such as contamination in surrounding non-work area. All large and small asbestos projects shall
employ negative air pressure equipment ventilation.
3.5.1 Negative Air Machines (HEPA Units)
3.5.1.1
Cabinet: The cabinet shall be constructed of steel or other durable materials
able to withstand damage from rough handling and transportation. The width
of the cabinet should be less than 30 inches to fit through standard-size doors.
The cabinet shall be factory-sealed to prevent asbestos-containing dust from
being released during use, transport, or maintenance. Access to and
replacement of all filters shall be from intake end. The unit shall be mounted
on casters or wheels.
3.5.1.2
Fans: The rate capacity of the fan according to usable air-moving capacity
under actual operating conditions. Use centrifugal-type fan.
3.5.1.3
Final Filters: The final filter shall be the HEPA type. The filter media (folded
into closely pleated panels) must be completely sealed on all edges with a
structurally rigid frame:
3.5.1.3.1
Locate a continuous rubber gasket between the filter and the filter
housing to form a tight seal.
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3.5.1.3.2
Each filter shall be individually tested and certified by the manufacturer
to have an efficiency of not less than 99.97% when challenged with
3.0-µm dioctylphthalate particles. Testing shall be in accordance with
Military Standard MIL-STD-282 and Army Instruction Manual 163-300175A. Each filter shall bear a UL 586 label to indicate ability to perform
under specified conditions.
3.5.1.3.3
Each filter shall be marked with the name of the manufacturer, serial
number, airflow rating, efficiency and resistance, and the direction of
test airflow.
3.5.1.4
Pre-filters, which protect the final filter by removing the larger particles, are
required to prolong the operating life of the HEPA filter. Two stages of prefiltration are required. The first-stage pre-filter shall be a low-efficiency type
(e.g., for particles 10 µm and larger.) The second-stage pre-filter shall have a
medium efficiency (e.g., effective for particles down to 5 µm). Pre-filters shall
be installed either on or in the intake grid of the unit and held in place with
special housings or clamps.
3.5.1.5
Electrical components shall be approved by the National Electrical
Manufacturers Association (NEMA) and UL. Each unit shall be equipped with
overload protection sized for the equipment. The motor, fan, fan housing, and
cabinet shall be grounded.
3.5.2 Pressure Differential
The Abatement Contractor shall provide a fully operational negative air system within the work
area continuously maintaining a pressure differential across work area enclosures of -0.02 inches
of water. Demonstrate to the City the pressure differential by use of a logging manometer before
disturbance of any asbestos-containing materials.
3.5.3 Auxiliary Generator
When required, the Abatement Contractor shall provide an auxiliary gasoline or diesel-powered
generator located outside of the building in a location protected from the weather. Arrange so
that, if a power failure occurs, the generator automatically starts and supplies power to a minimum
of 50% of the negative air machines in operation.
3.5.4 Supplemental Make-up Air Inlets
The Abatement Contractor shall create, where required for proper air flow through the work area,
make-up air inlets to allow air from outside the building into the work area. Locate auxiliary
makeup air inlets as far as possible from the exhaust unit (e.g., on an opposite wall), off the floor
32
(preferably near the ceiling), and away from barriers that separate the work area from occupied
clean areas. Cover with flaps to reseal automatically if the negative pressure system should shut
down for any reason. Use spray adhesive on the flap and around the opening so that flap seals
if it closes.
3.5.5 Testing the System
The Abatement Contractor shall test the negative pressure system before any ACM and/or PACM
is wetted or removed. After the work area has been prepared, the decontamination facility set
up, and the exhaust unit(s) installed, start the unit(s) one at a time. Demonstrate operation and
testing of negative pressure system. Units connected in series shall be considered a single unit
for the test. A minimum of one unit, having a capacity at least equal to the primary unit, shall be
used as back-up and for primary unit filter changes.
3.5.6 Demonstration of Negative Air System Operation
The Abatement Contractor shall demonstrate the operation of the negative pressure system to
include, but not be limited to, the following:
3.5.6.1
Plastic barriers and sheeting should move lightly in toward work area.
3.5.6.2
Curtain of decontamination units move lightly in toward work area.
Demonstrate pressure differential system will maintain -0.02 inches of water.
3.5.6.3
Noticeable movement of air through the decontamination unit. Use smoke tube
to demonstrate air movement from clean room to shower room, from shower
room to equipment room, and from equipment room to work area.
3.5.6.4
Positive motion of air across all areas in which work is to be performed. Use
smoke tubes to demonstrate air motion. Use a differential pressure meter or
manometer to demonstrate a pressure difference of at least -0.02 inches of
water across every barrier and to the outside. Modify the negative pressure
system as necessary to successfully demonstrate the above.
3.5.7 Use of System during Abatement Operations
3.5.7.1
Start exhaust units before beginning work (before any ACM and/or PACM is
disturbed.) After abatement work has begun, run units continuously to maintain
a constant negative pressure until decontamination of the work area is complete
and, if required, final air clearance has been achieved. Do not turn off units at
the end of the work shift or when abatement operations temporarily stop.
33
3.5.7.2
Do not shut down negative air system during abatement operations procedures,
unless authorized by the City or Terracon in writing.
3.5.7.3
Start abatement work at a location farthest from the exhaust units and proceed
toward them. If an electric power failure occurs, immediately stop all removal
work and do not resume until power is restored and all exhaust units are
operating again.
3.5.7.4
At completion of abatement work, allow exhaust units to run as specified under
this specification or as required by law to remove airborne fibers that may have
been generated during abatement work and cleanup, and to purge the work
area with clean air. Units may be required to run after decontamination, if dry
or only partially wetted asbestos material was encountered during any
abatement work.
3.5.8 Openings in Enclosure
Openings made in the enclosure system to accommodate these units shall be made airtight with
tape and/or caulking. Where possible, only the intake and the filter access panel shall remain
within the work area to permit filter changing, while minimizing equipment contamination and the
likelihood of contamination of non-working areas.
3.5.9 Installation and Care
3.5.9.1
Negative pressure ventilation units shall be exhausted to the outside of the
building or structure and away from occupied areas. Proper installation, air
monitoring, and daily inspections shall be conducted to insure that the ducts do
not release asbestos into uncontaminated areas. Fans, ducts, and joints shall
comply with the following:
3.5.9.1.1
Ducts: Ducts, of at least equivalent shape and dimensions as that of
the negative pressure ventilation exhaust, shall be used to exhaust to
the outside of the building or structure.
3.5.9.1.2
Airtight system: All fans, ducts, and joints shall be sealed, braced, and
supported to maintain an airtight system.
3.5.10 Exhaust Location
At no time shall the negative pressure ventilation unit exhaust within 50 feet of a receptor or
adversely affect the air intake of the building/structure or other buildings/structures.
34
3.5.11 Dismantling the System
When a final inspection and the results of the final air tests indicate that the area has been
decontaminated, exhaust units may be turned off and removed from the work area. Before
removal from the work area, remove and properly dispose of pre-filters, and seal intake to the
machine with 6-mil polyethylene to prevent environmental contamination from the pre-filter.
3.6
Materials and Equipment
It is the Abatement Contractor’s responsibility to furnish all materials and equipment to complete
the asbestos removal project.
3.6.1 Materials
All materials used for this project are subject to the following general procedures.
3.6.1.1
All materials delivered to the job site must be in the original packages,
containers, or bundles bearing the name of the manufacturer and the brand
name. Replacement insulation/materials must be equivalent to those removed
and in conformance with all acceptable codes, including installation.
3.6.1.2
The Abatement Contractor shall store all materials that are subject to damage
off the ground away from wet or damp surfaces and under sufficient cover to
prevent damage or contamination.
3.6.1.2.1
Damaged or deteriorating materials shall not be used and shall be
removed from the premises. Materials that become contaminated with
asbestos shall be disposed of in accordance with all applicable
regulations and procedures herein.
3.6.1.3
The Abatement Contractor shall provide plastic sheeting of at least 6-mil
thickness in widths large enough to minimize the frequency of joints.
3.6.1.4
The tape used for sealing of adjacent sheets of plastic sheeting and for
attachment of plastic sheets to finished and unfinished surfaces of dissimilar
material must be capable of adhering under dry and wet conditions including
use of amended water.
3.6.1.5
The surfactant (wetting agent) to be used shall consist of 50% polyoxyethylene
ether and 50% polyoxyethylene/polyglycol ester or the equivalent. This shall
be mixed with water to provide a concentration of 1 ounce surfactant to 5 gallons
of water or to the manufacturer's recommendation.
35
3.6.1.5.1
3.6.1.6
The Abatement Contractor shall have available a sufficient quantity of
equipment to mix and spray the wetting agent.
The Abatement Contractor shall supply a sufficient number of appropriately
labeled 6-mil clear plastic bags or other approved containers suitable to receive
and retain any asbestos-containing or asbestos-contaminated materials until
disposal at an approved site. These bags and/or containers must be both air
and watertight.
3.6.1.6.1
These containers shall be labeled at a minimum in accordance with
OSHA regulations 29 CFR 1910.1001 and 1926.1101 and DOT
regulations 49 CFR Parts 171 AND 172, Hazardous Substances.
NOTE:
Labeled asbestos bags shall not be turned inside-out for
the disposal of non-ACM. Any material placed in a labeled
asbestos bag whether inside-out or not shall be treated as
ACM.
3.6.1.7
The Abatement Contractor shall supply all warning signs and labels as required
by OSHA regulations 29 CFR 1910.1001 and 1926.1101.
3.6.1.8
The Abatement Contractor shall provide (if required) an encapsulant of the
bridging and/or penetrating type.
3.6.1.8.1
The encapsulant selected should be able to withstand most impact or
abrasion and protect the encapsulated surface.
3.6.1.8.2
The encapsulant selected for use by the Abatement Contractor shall
be one of the types demonstrating probable effective performance in
tests conducted by an independent testing laboratory.
3.6.1.8.3
The encapsulant shall have high flame retarding characteristics and a
low toxic fume and smoke emission rating. Ratings shall be as follows:
3.6.1.8.4
A.
Factory Mutual approval for Class 1 A Construction
B.
Underwriter's Laboratory approval for Class 1 A.
C.
Flame Spread Class A - O to 25
The encapsulant selected should not be noxious or toxic to application
workers or to subsequent users of the building.
36
3.6.1.9
3.6.1.8.5
The encapsulant selected should be of acceptable weathering and
aging characteristics.
3.6.1.8.6
The encapsulant selected should be capable of adhering to the
surfaces exposed during this removal project.
The Abatement Contractor shall provide all other materials such as lumber,
nails, hardware, etc., which may be required to construct and dismantle the
decontamination area and the barriers that isolate the work area.
3.6.2 Tools and Equipment
All tools and equipment used for this project are subject to the following general procedures.
3.6.2.1
The Abatement Contractor shall provide suitable tools for the stripping, removal,
encapsulation, and/or disposal activities including but not limited to hand-held
scrapers, nylon brushes, sponges, rounded edge shovels, carts, etc.
3.6.2.2
The Abatement Contractor shall provide scaffolding as required to accomplish
the specified work and shall meet all applicable safety regulations concerning
the use of scaffolding. Any open structural members on scaffolding shall be
sealed to prevent incursion of asbestos.
3.6.2.3
The Abatement Contractor shall also have on-site industrial dry/wet vacuums
equipped with HEPA filtration approved for asbestos removal. Power tools
used to drill, cut into, or otherwise disturb asbestos material shall be equipped
with HEPA-filtered local exhaust ventilation.
3.6.2.3.1
3.6.2.4
These HEPA filters must be capable of 99.97% efficiency at 0.3-µm or
larger.
The Abatement Contractor shall have available negative air filtering equipment
capable of filtering asbestos fibers of 0.3-µm or larger at 99.97% efficiency.
3.6.2.4.1
The Abatement Contractor shall take whatever action necessary,
including the installation of additional circuit breaker panel boards, if
required, to ensure adequate circuits of sufficient amperage capable
of powering negative air units uninterrupted for the duration of the
project.
37
3.7
3.6.2.5
All HEPA filtration equipment and HEPA filters shall be maintained as per
manufacturers’ requirements. Abatement Contractor shall produce evidence of
proper maintenance and periodic testing if requested by the City.
3.6.2.6
The Abatement Contractor shall have equipment of sufficient size and capacity
to remove contaminated gravel/soil as required.
Containment Barriers and Coverings of Work Area
3.7.1 General – Regulated Areas
The Abatement Contractor shall seal off the perimeter of the work area to completely isolate
abatement areas and to contain all airborne asbestos contamination created by abatement work.
Cover all surfaces of the work area to protect them from cross contamination, to facilitate more
efficient clean-up, and to protect the finishes from the asbestos abatement work. Should the area
beyond the sealed-off limits become contaminated as a consequence of the work, the Abatement
Contractor shall clean those areas in accordance with procedures described in this section at no
additional cost to the City.
3.7.2 Preparation Prior to Sealing-off
Place all tools, scaffolding, staging, etc. necessary for the work in the area to be isolated prior to
erection of temporary plastic sheeting enclosure. Remove all uncontaminated removable
furniture, equipment, and/or supplies from the work area before commencing work, or completely
cover with two layers of polyethylene sheeting at least 6-mil thickness, securely taped in place
with duct tape. Such furniture and equipment shall be considered outside the work area unless
the covering plastic or seal is broached. Disable ventilating system or any other system bringing
air into or out of the work area. Disable the system utilizing positive means that will prevent
accidental premature restarting of equipment, i.e., disconnecting wires, removing circuit breakers,
lockable switch, etc. The environment of the work area shall be completely isolated from all other
air flows in the building.
3.7.3 Control Access to Work Area
The Abatement Contractor shall ensure access to the work area is only through the PDF. All
other means of access shall be closed off and sealed and warning signs displayed on the clean
side of the sealed access. Where the work area is immediately adjacent to or within view of
occupied areas, provide a visual barrier of opaque or black polyethylene sheeting at least 6-mil in
thickness so that the work procedures are not visible to building occupants. Where the area
adjacent to the work area is accessible to the public, construct a solid barrier on the public side
of the sheeting to protect the sheeting. Construct barrier with nominal 2" x 4" wood or metal studs
on 16" centers, securely anchored to prevent movement, covered with minimum 1/2" plywood.
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Provide warning signs at each visual and physical barrier per OSHA requirements. Any alternate
method of containing the work area or different definition of the limits of seal-off from the one
shown on the drawings may be submitted to the City for approval in accordance with this section.
Do not proceed with any such alternative without prior written approval by the City.
3.7.4 Critical Barriers
The Abatement Contractor shall completely separate the work area from other portions of the
building and the outside with sheet plastic critical barriers of at least one layer of 6-mil in thickness
and by sealing with duct tape. Individually, seal all ventilation openings (supply and exhaust),
lighting fixtures, clocks, doorways, windows, convectors and speakers, and other openings into
the work area with duct tape alone or with polyethylene sheeting of at least one layer of 6-mil in
thickness, taped securely in place with duct tape. Maintain seal until all work including project
decontamination is completed. Take care in sealing off lighting fixtures to avoid melting or burning
of plastic sheeting. Provide sheet plastic barriers at least 6-mil in thickness as required to
completely seal openings from the work area into adjacent areas. Seal the perimeter of all sheet
plastic barriers with duct tape or spray cement or additional means as necessary and with City
approval.
3.7.5 Floor Barriers
All floors within 10’ of glove bag or overhead work shall be covered with 2 layers of 6-mil poly.
3.7.6 Extension of Work Area
If the enclosure barrier is breached in any manner that could allow the passage of asbestos debris
or airborne fibers, then, where possible, add the affected area to the work area. Enclose as
required by this section of the specification and decontaminate as described elsewhere in this
section. If the contaminated area cannot be added to the work area, decontamination measures
shall start immediately after contamination is discovered and all abatement work will stop in work
area. Decontamination procedures will continue until exposure returns to background levels.
3.8
Work Area Preparation
The Abatement Contractor shall be responsible for preparing the entire work area for asbestos
removal. This includes preliminary work area preparation, work area isolation, and worker
decontamination systems. Workers shall be fully protected with respirators and protective
clothing during the preparation phase of the work area and immediately prior to the first
disturbance of asbestos-containing or contaminated materials and until clean-up is completed.
3.8.1 Preliminary Procedures
Preliminary work area preparations are subject to the following procedures.
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3.8.1.1
The Abatement Contractor shall provide temporary power and lighting, and
ensure safe installation of temporary power sources and equipment as per
OSHA regulations for temporary electrical systems.
3.8.1.2
The Abatement Contractor shall ensure that all furniture, machinery, equipment,
draperies, blinds, etc., which the City is bound to remove have indeed been
removed prior to pre-clean. Then the Abatement Contractor shall pre-clean
movable objects within the work area using HEPA filtered vacuum equipment
and/or wet wiping methods as appropriate. Remove such items as required
from the work areas and store in a location to be determined by the City.
3.8.1.3
Shutdown and lock-out all electrical circuits. The Abatement Contractor shall
provide temporary power and lighting to all work areas. Exact electrical
arrangements will be tailored to the particular space and systems involved. All
electrical circuits will be turned off at the box outside the removal area, not just
the wall switch. Potential for electrical shock is a major threat to life in a work
area where large amounts of water will be sprayed on ceilings, conduits, lighting
fixtures, and other electrical items. Electrical lines which are used to power
work lights and equipment will conform to all electrical safety standards and will
be protected by a ground fault circuit interrupter. The City may monitor
shutdown.
3.8.1.4
Positive pressurization: Positive pressurization of heating, ventilating, and air
conditioning (HVAC) system.
3.8.1.4.1
Positive pressurization shall be restricted to circumstances where
HVAC must service the remainder of the building or structure and the
HVAC equipment is in the work area or the ducts run through the work
area. The appropriate HVAC duct and plenum outlets, inlets, and
exhaust dampers shall be sealed with sheathing and caulking, covered
with a double layer of at least 6-mil plastic sheeting and taped airtight.
The HVAC duct and plenum joints shall be taped airtight. The mixing
and balancing damper positions shall be altered and the return fan(s)
shall be shut down to produce the required positive pressures. The
supply fan(s) shall be placed in a manual ON position to prevent shut
down by fail-safe mechanisms. Precautions shall be taken during
abatement activities to insure that the ducts, seals, and static pressure
lines are not damaged.
3.8.1.4.2
HVAC filters and ducts: Contaminated HVAC filters shall be handled
and disposed of as asbestos waste material. The ducts and filter
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assembly shall be wet cleaned and/or HEPA vacuumed where system
air samples and/or dust samples indicate asbestos contamination.
3.8.2 Glove Bag or Mini-Containments
3.8.2.1
Vacation of work area: All project areas shall be vacated by the occupants prior
to work area preparation and until full abatement has been achieved.
3.8.2.2
Isolation of work area: The project area shall be isolated by cordoning it off with
barrier tape and shall be accessible through only one entrance/exit.
3.8.2.3
Signs: Caution signs shall be posted at any location and approaches to a
location wherever airborne concentrations of asbestos may exceed ambient
background levels. Signs shall be posted that permit a person to read the sign
and take the necessary protective measures to avoid exposure.
3.8.3 Inspection of Barriers
All plastic barriers including decontamination facilities shall be inspected at least twice a day by
the abatement supervisor with observations entered in the daily log. Repair any damage
immediately.
3.8.4 Testing of Barriers
With the negative air machines in operation, the abatement supervisor shall use smoke tubes to
test work area barriers and enclosures. This shall be done prior to beginning abatement and once
a day thereafter until clearance has been obtained. Record findings in the daily log.
3.9
Worker Decontamination
The Abatement Contractor is responsible for providing all materials and equipment for worker
decontamination. Personal decontamination facilities shall be provided outside the work area and
attached to all locations where persons will enter or exit the work area.
3.9.1 Abatement Contractor's Written Decontamination and Work Procedures
The Abatement Contractor shall supply written decontamination and work procedures, to be
posted in the clean room of the PDF.
3.9.2 Entering Work Area
All personnel entering the work area shall adhere to the following procedures:
3.9.2.1
Personnel shall remove all clothes and put on protective disposable coveralls.
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3.9.2.2
Personnel shall put on clean respirators.
3.9.2.3
Personnel then may enter the work area.
3.9.2.4
No clothing other than disposable coveralls shall be worn into the work area
and subsequently be removed from the work area (i.e., all clothing worn into the
work area shall be treated as asbestos waste.)
3.9.3 Decontamination Procedures
Personal decontamination procedures shall be followed by all personnel (workers and visitors)
each time they leave the work area per Section 3.3.4
Decontamination Procedures.
3.9.4 Activities Not Permitted
Workers and visitors shall not eat, drink, smoke, or chew gum or tobacco in the clean room. The
clean room shall not be used for equipment or tool storage or as an office.
3.9.5 First Disturbances
Workers shall be fully protected with respirators and protective clothing during the preparation
phase of the work area and immediately prior to the first disturbance of asbestos-containing or
contaminated materials and until cleanup is completed.
3.9.6 Posting of Signs
3.9.6.1
The entrance of the clean room should have a lockable door that has a sign in
English, Spanish, and any/all other appropriate languages that reads:
DANGER
ASBESTOS
CANCER AND LUNG DISEASE HAZARD
AUTHORIZED PERSONNEL ONLY
RESPIRATORS AND PROTECTIVE CLOTHING ARE REQUIRED IN THIS AREA
or (based on revisions to 29 CFR 1910.1200 Hazard Communication)
DANGER
ASBESTOS
MAY CAUSE CANCER
CAUSES DAMAGE TO LUNGS
AUTHORIZED PERSONNEL ONLY
WEAR RESPIRATORY PROTECTION AND PROTECTIVE CLOTHING IN THIS AREA
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3.9.6.2
Signs shall be posted at all entrances to the work area including all sealed
and/or locked entranceways.
3.9.7 Inspection of Work Area and Decontamination Enclosures
It is the Abatement Contractor's responsibility to contact Terracon upon completion of the
enclosure system. The following applies:
3.9.7.1
Prior to any ACM being removed, the Abatement Contractor shall notify the
Terracon that the enclosure system is completed so that it may be inspected.
3.9.7.2
All plasticizing and sealing of work area, building of worker and equipment
decontamination enclosure systems, preparation of the negative air system,
and all equipment required for the project shall be completed, tested, and
properly stored or placed prior to notification of Terracon.
3.9.8 Maintenance of the Work Area and the Decontamination Enclosure
It is the Abatement Contractor's responsibility to maintain the work area and decontamination
systems.
3.10
Removal of ACM
All Class I and II Work (as defined by OSHA), including installation and operation shall be
supervised by a competent person as defined in 29 CFR 1926.1101.
3.10.1 Wetting Materials
3.10.1.1 Use amended water for wetting of ACM and/or PACM prior to removal.
3.10.1.2 Amended water: Provide water to which a surfactant has been added. Use a
mixture of surfactant and water which results in wetting of the ACM and/or
PACM and retardation of fiber release during disturbance of the material equal
to or greater than that provided by the use of one ounce of a surfactant
consisting of 50% polyoxethylene ester and 50% polyethylene ester mixed with
five gallons of water.
3.10.1.3 Removal encapsulant: Provide a penetrating-type encapsulant designed
specifically for removal of ACM and/or PACM. Use a material which results in
wetting of the ACM and/or PACM and retardation of fiber release during
disturbance of the material equal to or greater than that provided by water
amended with a surfactant consisting of 50% polyoxethylene ester and 50%
polyoxethylene ester mixed with five gallons of water.
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3.10.1.4 During removal procedures involving amosite/crocidolite, special care must be
taken to ensure proper wetting.
3.10.2 Limited Removal of ACM with Glove Bag
Glove bag removal methodology is not anticipated for this project.
3.10.3 Worker Protection
An exposure assessment must be performed if workers are exposed to airborne asbestos fibers.
Workers shall shower immediately after removal and proper disposal of work clothes. Workers
shall wear full respiratory protection and protective clothing.
3.10.4 Personnel Decontamination Unit - Dry
3.10.4.1 The following describes use of dry decontamination procedures typically used
in small scale, short duration operations.
3.10.4.2 Provide a personnel decontamination sequence. Require all persons, without
exception, to pass through this decontamination sequence for exiting from the
work area for any purpose.
3.10.4.3 Entering work area: Worker enters the work area wearing disposable overalls
and respirator.
3.10.4.4 Exiting work area: One worker or supervisor shall use the brush attachment on
the HEPA vacuum to vacuum another worker or supervisor who will then
reciprocate in kind.
3.10.4.5 While still wearing respiratory protection, each worker or supervisor shall
remove their coverall suit, turning it inside out while removing it. Roll up the
suit, pack it in the hood, and place the suits in a disposal bag. Then HEPA
vacuum one another a second time.
3.10.4.6 After each worker or supervisor has disposed of their coverall suit, HEPA
evacuate the air from the disposal bag and twist the bag shut forming a neck.
Triple wrap the bag with duct tape. Bend the neck back into itself (goose neck
it) and seal the bag with a triple wrap of duct tape.
3.10.4.7 If using PAPRs, shut down by first capping inlets to filter cartridges. Then turn
off the blower unit. Thoroughly wash the blower unit and hoses. Carefully wash
the battery pack with a wet rag. Be extremely cautious to avoid getting water
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in the battery pack, as that would cause the pack to short out and would destroy
the battery. Wash the respirator facepiece inside and out. At the completion of
these steps, thoroughly wash face and hands with soap and water.
3.10.5 Lock-down Encapsulant
3.10.5.1 General: Lock-down encapsulant is an integral part of ACM and/or PACM
removal. At the conclusion of ACM and/or PACM removal, first cleaning and
visual inspection and before removal of the primary barriers as specified
elsewhere in this section, all surfaces shall be encapsulated with a bridging type
encapsulant. When dry, lock-down encapsulant shall be of such color that it
can be easily seen.
3.10.5.2 Delivery and storage: Deliver materials to the job site in original, new, and
unopened packages and containers bearing the manufacturer's name and
label, thinning instructions and application instructions. Deliver materials
together with a copy of the SDS for the materials.
3.10.5.3 Worker protection: Before beginning work with any material for which an SDS
has been submitted, provide workers with the required protective equipment.
Require that appropriate protective equipment be used at all times. In addition
to respiratory protection required by OSHA or by these specifications, use
painting prefilters on respirators to protect the dust filters when organic solventbased encapsulants are in use.
3.11
Monitoring, Inspection, and Testing
3.11.1 General
3.11.1.1 Throughout abatement work, the Abatement Contractor shall perform
monitoring, inspection, and testing inside the work area in accordance with
OSHA requirements and these specifications. The competent person shall
periodically inspect and oversee the performance of the Abatement
Contractor's workers. The competent person shall continuously inspect and
monitor conditions inside the work area to ensure compliance with these
specifications. In addition, the competent person shall personally manage air
sample collection, analysis, and evaluation of personnel samples to satisfy
OSHA requirements. Additional inspection and testing requirements are
specified in other parts of this section.
3.11.1.2 The City may employ an independent industrial hygienist to perform various
consulting services on behalf of the City. The independent industrial hygienist
may perform monitoring, inspection, testing, and other support services to
45
ensure that the abatement work proceeds in accordance with these
specifications and that the abated areas or abated buildings have been
successfully decontaminated. The industrial hygienists will not be responsible
for the abatement contractors work methods or practices. The work of the
independent industrial hygienist will in no way relieve the Abatement Contractor
from their responsibility to perform their work in accordance with contract
documents, to perform continuous inspection, monitoring and testing for the
safety of their employees, and to perform other such services as specified in
these specifications. The cost of the independent industrial hygienist’s services
will normally be borne by the City. Exceptions include repeat final inspections
and final testing that may be required due to unsatisfactory results, and
statements in contract, bid documents, scope of work, etc. that supersede this
statement. These repeated final inspections and testings, if required, will be
paid for by the Abatement Contractor.
3.11.1.3 If fibers counted by the independent industrial hygienist during abatement work
outside the work area utilizing NIOSH method 7400 exceed the specified
respective limits (PEL), then the Abatement Contractor shall stop work. The
Abatement Contractor may request confirmation of above results by analysis of
samples with transmission electron microscopy (TEM). Request must be in
writing and submitted to the City. Cost for the confirmation of results will be
borne by the Abatement Contractor for both the collection and analysis of
samples, and for the time delay that may result, for this confirmation.
Confirmation sampling and analysis will be the responsibility of the City. A
written agreement will be reached on the exact details of the confirmation effort
including such things as number of samples, location, collection, quality control
on site, analytical laboratory, interpretation of results and follow-up action. This
written agreement shall be signed by the Abatement Contractor and delivered
to the City.
3.11.2 Monitoring, Inspection, and Testing by Abatement Contractor
The competent person is responsible for managing all personnel monitoring, inspecting, and
testing required by these specifications, the OSHA regulation 29 CFR 1926.1101, and for
continuous monitoring of all sub-systems and procedures affecting the safety of the Abatement
Contractor's employees. Safety of the Abatement Contractor's employees and providing safe
conditions inside and outside the work area shall be the primary concern of the competent person.
The analytical laboratory used by the Abatement Contractor to analyze the samples shall
participate in the NIOSH asbestos proficiency analytical testing (PAT) rounds as administered by
the by the AIHA® Laboratory Accreditation Programs, LLC under the Industrial Hygiene
Laboratory Accreditation Program (IHLAP), at a minimum. Keep a daily log of personal samples
taken and analyzed and make such log available to the City. The daily log for personnel shall
46
contain information on the person sampled, the date of sample collection the time of sample start
and finish, flow rate, sample volume, and results in f/cc.
3.12
Project Decontamination
3.12.1 General
3.12.1.1 The work of project decontamination will be monitored by the City or Terracon.
3.12.2 Work Description
3.12.2.1 The work of decontamination includes the decontamination of the air within the
work area and the decontamination and removal of project equipment and
temporary facilities installed prior to abatement work including primary and
critical barriers, decontamination facilities (PDF and EDF) and negative
pressure systems.
3.12.2.2 The work of decontamination includes the cleaning and decontamination of all
surfaces (ceiling, walls, floor) of the work area, and all equipment in the work
area.
3.12.3 Pre-Decontamination Conditions
3.12.3.1 Before decontamination work starts, all ACM and/or PACM and ACE from the
work area shall be removed, all waste collected and removed, and the
secondary barriers (drop cloths) of polyethylene sheeting removed and
disposed along with any gross debris generated by the work.
3.12.3.2 At the start of work for decontamination, the following will be in place:
3.12.3.2.1 Primary barrier consisting of two layers of polyethylene sheeting on
floor and two layers on walls.
3.12.3.2.2 Critical barriers that form the sole barrier between the work area and
other portions of the building or the outside.
3.12.3.2.3 Critical barrier sheeting over lighting fixtures and clocks, ventilation
openings, doorways, convectors, speakers, and other openings.
3.12.3.2.4 Decontamination facilities for personnel and equipment in operating
condition and negative pressure system in operation.
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3.12.4 First Cleaning
Carry out a first cleaning of all surfaces of the work area including items of remaining sheeting,
tools, scaffolding, and/or staging by use of damp-cleaning and mopping, and/or a HEPA-filtered
vacuum. Do not perform dry dusting or dry sweeping. Use each surface of a cleaning cloth one
time only and then dispose of as contaminated waste. Continue this cleaning until there is no
visible debris from removed materials or residue on plastic sheeting or other surfaces. Replace
pre-filters in air handling system(s) and dispose of as asbestos-containing waste in accordance
with requirements of these specifications. If two wall layers of poly are used (recommended), the
cleaned, exposed layer of poly shall be removed from walls and floors and disposed of as ACM
and/or PACM. If only one layer of wall poly is used, it shall remain in place until after the second
cleaning. Use oscillating fans as necessary to assure circulation of air in all parts of work areas
during this period.
3.12.5 Pre-clearance Inspection
Terracon, along with the abatement contractor’s supervisor, will perform a thorough and detailed
visual inspection at the end of the first cleaning to determine whether there are any signs of visible
ACM and/or PACM or dust in the work area. If the visual inspection is satisfactory, the Terracon
will notify the Abatement Contractor that the work area is ready for lock-down encapsulation.
3.12.6 Lock-down Encapsulation
With the express permission of the City/Terracon, perform a lock-down encapsulation of all
surfaces from which ACM and/or PACM was removed. Execute in accordance with provisions
specified elsewhere in this section. Maintain negative pressure in work area during encapsulation
work.
3.12.7 Second Cleaning
3.12.7.1 Following the lock-back encapsulation and after the required waiting period
(allow encapsulate to dry completely) perform a thorough cleaning of all
surfaces of the work area in the same manner as the first cleaning. Immediately
following the second cleaning, remove all remaining primary barrier sheeting
and equipment decontamination facilities, leaving only:
3.12.7.1.1 Critical barrier that forms the sole barrier between the work area and
other portions of the building or the outside.
3.12.7.1.2 Critical barrier sheeting over lighting fixtures and clocks, ventilation
openings, doorways, convectors, speakers and other openings.
3.12.7.1.3 Decontamination facilities for personnel in operating condition.
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3.12.7.1.4 Negative pressure system in continuous operation.
3.12.7.1.5 The contractor must use leaf blowers at this juncture to move any
remaining fibers toward the negative air machines
3.12.8 Final Clean-up
The following clean-up procedures shall be required:
3.12.8.1 All accumulations of asbestos waste material shall be containerized and
removed.
3.12.8.2 Removal of waste: All containerized waste shall be removed from the work
area and the holding area.
3.12.8.3 Clean-up of surfaces: All surfaces in the work area shall be wet cleaned using
rags, mops and sponges. HEPA vacuums shall be used to clean all surfaces
after gross clean-up. The work area should be ready for reoccupancy.
3.12.8.4 Removal of tools and equipment: All tools and equipment shall be removed
from the work area and decontaminated as per this section.
3.12.8.5 Clearance air monitoring: Clearance air monitoring, as per the schedule for air
sampling and analysis, shall be satisfactory as specified or as required by law.
3.12.8.6 Removal of critical barriers: The critical barriers shall be removed only after
satisfactory clearance air monitoring results have been achieved.
3.12.9 Glove Bag or Containment Failure
If a glove bag or containment is used and fails or loses its integrity, the following shall be required:
3.12.9.1 Isolation Barrier Construction:
constructed.
As necessary, isolation barriers shall be
3.12.9.1.1 HVAC isolation: Area HVAC systems shall be shut down immediately
and all openings shall be sealed with a least 6-mil plastic sheeting and
duct tape.
3.12.9.1.2 Uncontaminated areas: Passageways to uncontaminated areas of the
building or structure shall be sealed with a least 6-mil plastic sheeting
and duct tape.
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3.12.9.2 Negative air pressure equipment ventilation: Negative air pressure equipment
ventilation shall be installed and utilized.
3.12.9.3 Clean-up: Clean-up shall be accomplished as follows:
3.12.9.3.1 Method, tools, and equipment: All accumulations of asbestos waste
material shall be containerized. Metal shovels or HEPA vacuums may
be used to pick up or move waste except in the vicinity of any isolation
barriers which could be breached. The areas around the isolation
barriers shall be cleaned utilizing rubber or plastic dust pans,
squeegees, or shovels. HEPA vacuums shall be used to clean all
surfaces after gross clean-up.
3.12.9.3.2 Clean-up of surfaces: All surfaces in the work area shall be first wet
cleaned using rags, mops, and sponges.
3.12.9.4 Removal of contaminated equipment and waste: Contaminated equipment and
all containerized waste shall be removed from the work area.
3.12.9.5 Clearance air monitoring: Clearance air monitoring shall be conducted, as per
the schedule for air sampling and analysis.
3.12.9.6 Removal of isolation barrier: The isolation barrier shall be removed only after
satisfactory clearance air monitoring results have been achieved.
3.12.9.7 Federal, state, and local requirements regarding waiting periods are to be
observed by the Abatement Contractor, unless the Abatement Contractor gets
a written waiver from the governing regulatory agency.
3.13
Final Inspection
3.13.1 General
Notify Terracon in advance for the performance of the final visual clearance inspection. The final
visual inspection will be performed by Terracon at the conclusion of the first cleaning and after
the on-site Abatement Contractor supervisor completes and signs the Notification of Asbestos
Abatement Work Area Final Clearance, as presented in Attachment B.
Final inspection will include the entire work area, the personnel decontamination facilities, all
plastic sheeting, seals over ventilation openings, doorways, windows, and other openings. If any
debris, residue on surfaces, dust, or other matter is detected, cleaning shall be repeated. Bulk or
dust samples may be collected and analyzed to confirm visual findings. When the area is visually
50
clean, the lock-down encapsulation and second cleaning will commence after the required waiting
periods.
If release criteria are satisfactory, remove the critical barriers and shut down and remove the
HEPA units as specified. Any small quantities of residue material found upon removal of the
plastic sheeting shall be removed with a HEPA vacuum cleaner with localized isolation. If
significant quantities, as determined by Terracon or the City, are found, then the entire area
affected shall be decontaminated as specified previously.
3.14
Abatement Contractor Personal Air Sampling
The Abatement Contractor is responsible for OSHA personal air monitoring. Personal air
samples shall be collected daily for the purpose of determining 8-hour TWA and 30-minute
excursion exposures during the asbestos removal process.
3.15
3.14.1
Personal air samples shall be collected from the breathing zone of a minimum
of 20% of the workers performing asbestos removal. Full shift TWA and 30minute excursion samples shall be collected.
3.14.2
The sampling volume shall be 240 to 1,200 liters, with a flow rate of 0.5 to 2.5
liters per minute.
3.14.3
Results of the OSHA personal air samples must be posted at the jobsite (inside
the clean room, if present) within 24 hours of analysis.
Waste Removal through the Equipment Decontamination Facilities (EDF)
The Abatement Contractor is responsible for all waste removal and decontamination systems. In
addition, the Abatement Contractor is responsible for keeping the material adequately wet during
the entire operation from initial bagging through waste disposal. The following general procedures
apply:
3.15.1 General
The asbestos waste containers shall be sealed by the Abatement Contractor in the work
area.
3.15.1.1 The Abatement Contractor shall place caution labels on the containers in
accordance with OSHA regulation 29 CFR 1926.1101. These caution labels
shall be clearly visible and shall contain the following statements:
51
DANGER
CONTAINS ASBESTOS FIBERS
AVOID CREATING DUST
DANGER
MAY CAUSE CANCER
DO NOT BREATHE DUST
AVOID CREATING DUST
3.15.1.2 As required by DOT, warning labels on bags or waste containers shall contain
the following statements:
Asbestos NA2212
Generator’s Name and Location,
and a Class 9 Label,
The waste transport container (truck, dumpster) must have the Class 9 placard
with the asbestos ID number NA2212.
3.15.1.3 As required by EPA 40 CFR 61 NESHAP, each individual waste container shall
be tagged with the name or EPA identification number of the waste generator
and the location at which the waste was generated.
3.15.2 Project Procedures
3.15.2.1 The external surfaces of the containers and equipment shall be thoroughly
cleaned of gross contamination in the work area before they are placed into the
EDF airlock. Persons inside the work area shall not enter the airlock.
3.15.2.2 The containers shall then be moved in the washroom by persons stationed
inside the washroom. The Abatement Contractor shall again wet clean each
container thoroughly.
These washroom persons shall remove gross
contamination from their respirators and protective clothing by HEPA
vacuuming and/or wet wiping before entering the washroom from the work area.
These persons shall exit through the personnel decontamination facility.
52
3.15.2.3 Upon completion of the second wet cleaning process, each container shall be
placed into uncontaminated 6-mil poly plastic sheeting or bags and sealed tight.
3.15.2.4 The Abatement Contractor shall then move the containers into the airlock
entering the holding area. Ensure that the workers in the holding area have
entered from the uncontaminated side of the EDF. The washroom persons
shall not enter the holding area or the work area until waste removal is finished
for that period.
3.15.2.5 Containers and equipment shall be removed from the airlock to the holding area
by persons dressed in clean personal protective equipment (PPE) who have
entered from uncontaminated areas.
3.15.2.6 Workers who only move the waste containers from the holding area to
uncontaminated areas (trailer, trucks, etc.) may utilize half-face, dual cartridge
type respirators but must be outfitted with proper protective clothing.
3.15.2.7 Holding carts: The cleaned containers of asbestos material and equipment may
be placed in watertight carts with doors or tops that shall be closed and secured.
The carts shall be wet-cleaned and/or HEPA vacuumed at least once each day.
3.15.2.8 Enclosure security: The exit from the decontamination enclosure system shall
be secured with a lockable door to prevent unauthorized entry.
3.15.2.9 Enclosure restrictions: Where the waste removal enclosure is part of the
personal decontamination enclosure, waste removal shall not occur during shift
changes or when otherwise occupied. Precautions shall be taken to prevent
short-circuiting and cycling or air outward through the shower and clean room.
3.16
Asbestos Waste Disposal
3.16.1 Applicable Regulations
All asbestos waste shall be stored, transported and disposed of as per, but not limited to, the
following regulations:
3.16.1.1 All applicable federal, state, and local statutes.
3.16.1.2 EPA Asbestos NESHAP 40 CFR 61.
2.16.1.3 EPA Asbestos Waste Management Guidance EPA-530-SW-85-007.
3.16.1.4 US DOT 49 CFR 171-180.
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3.16.2 Transporters or Haulers
Transporters and haulers of asbestos waste are subject to the following:
3.16.2.1 The Abatement Contractor's transporter and disposal site shall be approved by
the City.
3.16.2.2 The Abatement Contractor shall give at least a 4 hour notification to the City or
Terracon prior to removing any asbestos waste from the site. All asbestos
waste shall be removed from the site only during normal working hours.
3.16.2.3 The Abatement Contractor shall have the transporter give the dates and times
of arrival at the disposal site.
3.16.2.4 The transporter shall inspect all the transport containers with the Abatement
Contractor prior to taking possession and signing the asbestos waste manifest.
The transporter shall not have any off-site transfers or combine this
asbestos waste with any other site’s asbestos materials.
3.16.2.5 During loading or unloading, mark vehicles used to transport asbestoscontaining waste with the following sign, which must be visible:
DANGER
ASBESTOS HAZARD
DANGER
ASBESTOS
MAY CAUSE CANCER
3.16.3 Waste Storage Container
All asbestos waste hauling storage containers are subject to the following procedures:
3.16.3.1 All asbestos waste hauling containers shall be fully enclosed and lockable (i.e.,
enclosed dumpster, 40' trailer, etc.). No open containers will be allowed (i.e.,
open dumpsters with canvas covers, etc.). Containers shall be placed at
locations designated by the City.
54
3.16.3.2 The asbestos waste hauling containers shall be plasticized and sealed with a
minimum of one layer of 6-mil polyethylene on the sides and two layers of 6-mil
polyethylene on the floor.
3.16.3.3 The asbestos waste containers shall be labeled with an OSHA label with the
following statements:
DANGER
AVOID CREATING DUST
DANGER
ASBESTOS
MAY CAUSE CANCER
3.16.3.3.1 And the DOT designations:
Asbestos NA2212 RQ
Class 9
3.16.3.3.2 And the EPA waste generator’s identification.
3.16.3.4 The asbestos waste containers will not be permitted to leave the work site
without the proper signatures.
3.16.3.5 The City may initiate random checks at the disposal site to ensure that the
procedures outlined herein are complied with.
3.16.4 Waste Disposal Manifest
The asbestos waste manifest is subject to the following procedures:
3.16.4.1 An asbestos waste manifest as provided for under NESHAP and/or individual
states shall be provided by the Abatement Contractor and is the only manifest
to be utilized.
55
3.16.4.2 The Abatement Contractor shall complete the manifest and verify that all
information and amounts are accurate and that the proper signatures are in
place.
3.16.4.3 The manifest shall have the signatures of the Abatement Contractor and the
transporter prior to any waste being removed from the work site.
3.16.4.4 The manifest shall be signed by the disposal facility City or operator to certify
receipt of the asbestos-containing materials covered by the manifest.
3.16.4.5 An original copy of the completed manifest shall be returned to Terracon by the
Abatement Contractor within 30 days of removal from the site.
3.16.5 Compliance
Compliance with the procedures described herein is mandatory and subject to the following:
3.16.5.1 Failure to adhere to these procedures shall constitute a material breach of the
Contract and the City shall have the right to and may terminate the Contract.
Termination shall not relieve the Abatement Contractor from future compliance.
3.16.5.2 All asbestos-containing waste and/or ACM must be disposed as asbestos
waste. This includes, but is not limited to, asbestos-containing waste, all plastic
sheeting, contaminated protective clothing, filters, foot covering, tape, etc.
3.16.5.3 As work progresses, the Abatement Contractor shall remove sealed and
labeled containers so that available storage space is not exceeded.
3.16.5.4 Disposal of such containers shall be at an authorized disposal site in
accordance with the requirements of the appropriate disposal authorities.
3.16.5.5 It will be the Abatement Contractor’s responsibility to find an approved facility
to handle the disposal of the asbestos waste
3.16.5.6 The Abatement Contractor shall submit to the City the completed waste
manifest form and attached receipts.
3.16.5.7 Waste materials must be transported in enclosed trucks to prevent loose
containers from falling off the vehicle.
3.16.5.8 At the disposal site, the bags or barrels must be carefully lowered into approved
landfills by the workers.
56
3.16.5.8.1 Damaged bags shall remain in the drum (if used) and the entire
contaminated and sealed drum shall be buried.
3.16.5.8.2 Uncontaminated drums may be recycled, if applicable.
3.16.5.9 The Abatement Contractor shall notify the City of proposed dates and times of
transportation of waste to the landfill.
3.16.5.10 The workers shall perform this activity in approved disposable suits and
appropriate respirators.
3.16.5.11 If temporary storage at the job site is to occur, the area must be secured from
entrance by unauthorized persons.
3.16.5.11.1 Temporary storage off the job site is not permissible.
3.17
Abatement Close-Out and Certificate of Compliance
3.17.1 Completion of Abatement Work
Seal negative air machines with 6-mil polyethylene sheet and duct tape to form a tight seal at
intake end before being moved from work area. Complete asbestos abatement work upon
meeting the work area clearance criteria and fulfilling the following:
3.17.1.1 Remove all equipment, materials, and debris from the work site.
3.17.1.2 Dispose of all asbestos-containing waste material as specified elsewhere in
these specifications.
3.17.1.3 If required, replace all asbestos-containing insulation and other ACM and/or
PACM with suitable non-asbestos material so that the facility is fully functional
and safe as prior to abatement.
3.17.1.4 Fulfill other project closeout requirements as specified elsewhere in this section.
3.17.2 Certificate of Completion by Abatement Contractor
The competent person shall complete and sign a certificate of completion at the completion of the
abatement and decontamination of a work area. The certificate of completion is provided in
Attachment B.
57
4.0
MERCURY
4.1
General
This specification covers the abatement of mercury (Hg) from components at the project work site
that are required for removal.
4.2
Definitions
Definitions of select terms found in the Mercury section of the Specification herein can be found
in Attachment C – Glossary of Terms.
4.3
Scope of Work
4.3.1
The Abatement Contractor shall furnish all labor, materials, permits, notifications, insurance,
and equipment necessary for the removal of mercury-containing equipment (HgCE)
identified in the Survey Report. The estimated quantities of HgCE are intended as a guide.
The Abatement Contractor shall visit the site to assess the exact amounts of HgCE present
as well as the extent of physical difficulty involved in their complete removal.
4.3.2
For HgCE removal work, no special procedures are required except to prevent the
release of Hg. In the event of an Hg spill clean-up should begin immediately by:
4.3.2.1
Ventilate the area and/or don a respirator with the appropriate chemical
cartridge. If an Hg spill is larger than 1 square foot, personal air samples shall
be taken to determine exposure to mercury vapor during the clean-up. Only
one worker performing Hg spill clean-up needs to be monitored during the
duration of the clean-up and the transferring of free Hg to shipping containers
following the clean-up.
5.3.2.1.1
Sampling and analysis shall be conducted in strict accordance with
applicable OSHA regulations.
5.3.2.1.2
Analytical results of personal air samples shall be made available to
the City’s Representative/Terracon as soon as possible.
4.3.2.2
Don impermeable gloves and possibly an impermeable suit.
4.3.2.3
Vacuum the area of the spill with a mercury vacuum or use a mercury spill kit
to clean the area.
4.3.2.4
Wash the area with a dilute calcium sulfide solution.
58
4.3.3
The Abatement Contractor shall dispose of all free Hg and any HgCE that is characterized
by the Toxicity Characteristic Leaching Procedure (TCLP) to be a hazardous waste as
hazardous waste.
4.3.4
The Abatement Contractor shall remove all HgCE from the areas specified in the Report
and leave those areas of the site in a condition free of HgCE and free Hg.
4.4
Uncharacterized Mercury-Containing Devices
4.4.1
If at any time during the specified scope of work, the Abatement Contractor encounters
any HgCEs that have not been characterized by the Contract Documents; the Abatement
Contractor shall provide notice to Terracon.
4.5
General Mercury Removal Procedures
4.5.1 Fluorescent bulbs, compact fluorescent lights (CFLs), and thermostats
4.5.1.1
Remove thermostats, fluorescent bulbs, and CFLs, etc. carefully so as not to
break the container of Hg.
4.5.1.2
If possible, remove the Hg container from the equipment and dispose of the
equipment as general trash.
4.5.1.3
The removed Hg containers and any equipment from which the Hg cannot be
removed shall be sent to an approved recycler of Hg or disposed of as
hazardous waste.
4.6
Description of Work
4.6.1
The work specified herein shall be the complete removal of all specified HgCE and free
mercury released during the removal of the HgCE.
4.6.2
The work will be performed by competent persons trained, knowledgeable, and qualified in
the techniques of abatement, handling, and disposal of HgCE and the subsequent cleaning
of internal areas contaminated by free Hg spilled during abatement.
4.6.3
These competent persons must comply with all applicable federal, state, and local
regulations and are capable of and willing to perform the work of this Contract Document.
4.6.4
The Abatement Contractor shall supply all labor, materials, insurance, and equipment
necessary to carry out the work in accordance with all applicable federal, state, and local
regulations and these specifications.
59
4.6.5
Abatement Contractor shall examine the site and verify that there are no known special
conditions which must be considered by the Abatement Contractor when performing the
mercury abatement (e.g. high temperatures, equipment that must remain in operation, other
toxic substances in the air, high ceilings, or contaminated surfaces or fixtures). Any failure
by the Abatement Contractor to identify special conditions will not relieve him from the
responsibility for estimating properly the difficulty or cost of successfully performing the work.
4.6.6
Adequate storage areas will be designated by the Abatement Contractor for the storage of
Hg-containing materials until the materials are appropriately removed from the property.
4.6.7
The storage areas designated by the Abatement Contractor shall be clearly labeled as
designated for the storage Hg-containing materials and not used for any other purpose other
than the storage of Hg-containing materials.
4.6.8
Throughout the removal and subsequent cleaning operations, the Abatement Contractor is
responsible for all personal air monitoring as required under OSHA regulations for the
protection of their employees.
4.7
Disposal Documentation
4.7.1
Written evidence shall be provided by the disposal company certifying that the hazardous
waste treatment, storage, or disposal facility is approved for Hg disposal by the EPA and
state or local regulatory agencies.
4.7.2
One copy shall be submitted of the completed manifest; signed, and dated by the
transporter(s) in accordance with 40 CFR 262.
5.0
POLYCHLORINATED BIPHENYLS
5.1
General
This specification covers the abatement of exposure to polychlorinated biphenyl (PCB) hazards
from building components/devices at the project work site.
5.2
Scope of Work
5.2.1
and equipment necessary for the removal of PCB-containing equipment (PCBce) identified
in the reports. The estimated quantities of PCBce are intended as a guide. The Abatement
Contractor shall visit the site to assess the exact amounts of PCBce present as well as the
extent of physical difficulty involved in their complete removal.
60
5.2.2
For PCBce removal work, no special procedures are required except to prevent the
release of PCBs. Leaking PCB ballasts shall be wrapped in plastic or put in a plastic
bag before placing in a separate collection container from non-leaking ballasts.
5.2.3
The Abatement Contractor shall remove all PCBce from the areas specified in the Report
and leave those areas of the site in a condition free of PCBce.
5.3
PCB General Removal Procedures
5.3.1 Fluorescent light ballast
5.3.1.1
Remove all ballasts from fluorescent light fixtures and inspect for “No PCBs”
sticker.
5.3.1.2
The removed PCB-containing ballasts shall be placed in a container and
disposed as hazardous waste. Non-PCB-containing ballasts should be
segregated from PCB-containing units and disposed of properly. Leaking
ballasts should be segregated from non-leaking ballasts for disposal purposes.
5.4
Description of Work
5.4.1
The work specified herein shall be the complete removal of all specified PCBce. All work
shall be conducted per regulations set forth in 40 CFR Part 761.
5.4.2
The work will be performed by competent persons trained, knowledgeable and qualified in
the techniques of abatement, handling, and disposal of PCBce.
5.4.3
These competent persons must comply with all applicable federal, state, and local
regulations and are capable of and willing to perform the work of this Contract Document.
5.4.4
The Abatement Contractor shall supply all labor, materials, insurance, and equipment
necessary to carry out the work in accordance with all applicable federal, state, and local
regulations and these specifications.
5.4.5
The Abatement Contractor shall examine the site and verify that there are no known special
conditions which must be considered by the Abatement Contractor when performing the
PCB abatement (e.g. high temperatures, equipment that must remain in operation, other
toxic substances in the air, high ceilings, or contaminated surfaces or fixtures). Any failure
by the Abatement Contractor to identify special conditions will not relieve him from the
responsibility for estimating properly the difficulty or cost of successfully performing the work.
5.4.6
Adequate storage areas will be designated by the Abatement Contractor for the storage of
PCB-containing materials until the materials are appropriately removed from the property.
61
Storage for disposal requirements in 40 CFR 761.65 shall apply to all types of PCB waste
at concentrations of greater than (>) 50 parts per million (ppm), leaking ballasts with any
concentration of PCBs, and any equipment contaminated by PCBs leaking from ballasts.
5.4.7
The storage area designated by the Abatement Contractor shall be clearly labeled as
designated for the storage of PCB-containing materials and not used for any other purpose
other than the storage of PCB-containing materials.
5.4.8
Throughout the removal and subsequent cleaning operations, the Abatement Contractor is
responsible for all safety and health precautions as required under OSHA regulations for
the protection of their employees.
5.5
Disposal Information and Documentation
5.5.1
waste treatment, storage, or disposal facility is approved for PCB disposal by the EPA and
state or local regulatory agencies. The Abatement Contractor shall dispose of all PCB
waste at an approved Toxic Substances Control Act (TSCA)/Resource, Conservation, and
Recovery Act (RCRA) disposal facility.
5.5.2
One copy shall be submitted of the completed manifest; signed, and dated by the
transporter(s) in accordance with 40 CFR 262 and/or 40 CFR 761.62.
6.0
OTHER HAZARDOUS/REGULATED MATERIALS
6.1
General
This Specification covers the removal of other potentially hazardous or regulated materials which
will be identified for disposal by the City.
6.2
Scope of Work
6.2.1
and equipment necessary for the removal of other potentially hazardous or regulated
materials identified in the Reports or by the City. The estimated quantities of other
potentially hazardous or regulated materials are intended as a guide. The Abatement
Contractor shall visit the site to assess the exact amounts of other potentially hazardous or
regulated materials present as well as the extent of physical difficulty involved in their
complete removal.
6.2.2
Segregate other potentially hazardous or regulated materials until they are removed from
the facility.
62
6.2.3
Dispose of other potentially hazardous or regulated materials in accordance with federal,
state, and local regulations.
6.3
Disposal Documentation
6.3.1
waste treatment, storage, or disposal facility is approved for hazardous or regulated
materials disposal by the EPA and state or local regulatory agencies.
6.3.2
One copy shall be submitted of the completed manifest; signed, and dated by the initial
transporter in accordance with 40 CFR 262.
End Technical Specifications
63
ATTACHMENT A
TERRACON’S ASBESTOS AND HAZARDOUS BUILDING MATERIALS SURVEY
REPORT – JUNE 11, 2015
Asbestos and Hazardous Materials Survey
304 1st Avenue
Coralville, Iowa
June 11, 2015
Prepared for:
Coralville, Iowa
Prepared by:
Cedar Rapids, Iowa
TABLE OF CONTENTS
1.0
2.0
3.0
4.0
5.0
6.0
INTRODUCTION.............................................................................................................................. 1
1.1
Project Objective ................................................................................................................. 1
1.2
Reliance .............................................................................................................................. 2
BUILDING DESCRIPTIONS ............................................................................................................ 2
FIELD ACTIVITIES .......................................................................................................................... 3
3.1
Asbestos Survey ................................................................................................................. 3
3.1.1 Asbestos Visual Assessment ................................................................................. 4
3.1.2 Asbestos Physical Assessment ............................................................................. 4
3.1.3 Asbestos Sample Collection .................................................................................. 4
3.1.4 Asbestos Sample Analysis ..................................................................................... 5
3.2
Mercury Survey ................................................................................................................... 5
3.3
Polychlorinated Biphenyls Survey ....................................................................................... 5
3.4
Other Regulated Materials Assessment ............................................................................. 5
REGULATORY OVERVIEW ........................................................................................................... 6
4.1
Asbestos ............................................................................................................................. 6
4.2
Mercury ............................................................................................................................... 7
4.3
Polychlorinated Biphenyls ................................................................................................... 7
FINDINGS ........................................................................................................................................ 7
5.1
Asbestos Survey Findings .................................................................................................. 7
5.2
Mercury Survey Findings .................................................................................................... 8
5.3
Polychlorinated Biphenyls Survey Findings ........................................................................ 9
5.4
Other Regulated/Hazardous Materials Survey Findings..................................................... 9
LIMITATIONS/GENERAL COMMENTS ......................................................................................... 9
APPENDIX A
ASBESTOS INSPECTOR LICENSES
APPENDIX B
TABLES
TABLE 1 - IDENTIFIED ASBESTOS-CONTAINING MATERIALS BY HOMOGENEOUS AREA (HA)
TABLE 2 - MERCURY, PCBs, AND OTHER POTENTIALLY REGULATED MATERIALS SURVEY
SUMMARY
APPENDIX C
ASBESTOS ANALYTICAL LABORATORY REPORT AND COC
APPENDIX D
EXHIBITS
EXHIBIT 1 – APPARENT BUILDING ADDITIONS
EXHIBIT 2 – APPROXIMATE ASBESTOS WINDOW/DOOR GLAZING/SEALANT LOCATIONS
EXHIBIT 3 – APPROXIMATE ASBESTOS FLOOR TILE AND/OR MASTIC LOCATIONS
EXHIBIT 4 – APPROXIMATE ASBESTOS CEMENT BOARD LOCATIONS
EXHIBIT 5 – APPROXIMATE ASBESTOS ROOFING MATERIAL LOCATIONS
EXHIBIT 6 – APPROXIMATE ASBESTOS CONTAINING SURFACING LOCATIONS
APPENDIX E
PHOTOGRAPHIC DOCUMENTATION
ASBESTOS AND HAZARDOUS MATERIAL SURVEY
Briskey’s Cabinet Company
304 1st Avenue Coralville, Iowa
June 11, 2015
1.0
INTRODUCTION
Terracon Consultants, Inc. (Terracon) conducted an asbestos and hazardous material survey of
the buildings located at 304 1st Avenue Coralville, Johnson County, Iowa. The survey was
conducted on May 21-22, 2015 and May 28, 2015 by a team of state of Iowa licensed asbestos
inspectors in general accordance with Terracon Proposal No. P06150223 dated April 21, 2015.
The interior and exterior building components were surveyed, and homogeneous areas of suspect
asbestos-containing materials (ACM) were visually identified and documented. The hazardous
materials survey included an inspection of the building interior and exterior, noting stored
regulated/hazardous materials, as well as building components and equipment that may contain
regulated materials.
Although reasonable effort was made to survey accessible suspect materials, additional suspect
but unsampled materials could be located in walls, in voids, or in other concealed areas. Suspect
ACM samples were collected in general accordance with the sampling protocols outlined in United
States Environmental Protection Agency (USEPA) 40 Code of Federal Regulations (CFR) Part
763-Asbestos, Subpart E-Asbestos-Containing Materials in Schools. Samples were delivered to
an accredited laboratory for analysis by polarized light microscopy (PLM).
At the time of survey activities, the current tenant (Briskey Cabinet Company) was in the process
of removing equipment and materials from the buildings.
1.1
Project Objective
Asbestos survey services were conducted at the site to satisfy requirements of the USEPA
regulations under 40 CFR Part 61, Subpart M, National Emission Standards for Hazardous Air
Pollutants (NESHAP), which apply when buildings are renovated or demolished.
Disposal of PCB-containing fluorescent light ballasts, caulks, transformers, and oils is regulated by
the USEPA under 40 CFR 761 Polychlorinated Biphenyls (PCBs) Manufacturing, Processing,
Distribution in Commerce, and Use Prohibitions. Disposal of mercury-containing fluorescent light
tubes as universal waste is regulated under 40 CFR 273 Standards for Universal Waste
1
Asbestos and Hazardous Material Survey
Briskey’s Cabinet Co. ■ Coralville, Iowa
Management. Disposal of mercury from other sources is regulated under 40 CFR 260-262
Hazardous Waste standards.
Although regulations requiring pre-demolition surveys do not exist for mercury-containing light
tubes and equipment or PCB-containing equipment, contractors should be notified of the
presence of these materials in areas where demolition activities might result in potential employee
exposure to mercury, PCBs, or other hazardous materials, so that they can take the necessary
actions to comply with Occupational Safety and Health Administration (OSHA) requirements and
USEPA disposal requirements.
1.2
Reliance
This report is for the exclusive use of the City of Coralville, Iowa (City) for the project being
discussed. Reliance by any other party on this report is prohibited without written authorization
of Terracon and the City of Coralville, Iowa. Reliance on this report by the City of Coralville, Iowa
and all authorized parties will be subject to the terms, conditions, and limitations stated in the
proposal, this report, and Terracon’s Agreement for Services. The limitations of liability defined in
Terracon’s Agreement for Services is the aggregate limit of Terracon’s liability to the City of
Coralville, Iowa.
2.0
BUILDING DESCRIPTIONS
Terracon understands that the above-referenced facility was flooded in 2008; the City has entered
into a purchase agreement for the property and wishes to demolish the structures. It should be
noted that the Johnson County, Iowa Property Information View (PIV) website does not list
square-footages (ft2) for the buildings on the subject site since the property is listed as owned by
the City. Utilizing Geographic Information Systems Mapping tools available on the PIV website
and based on our site reconnaissance, the site is generally developed with the following
structures:
Building
Identification
Description
# of
Stories
Approx.
Size (ft²)
302 1st Avenue Building
Slab-on-grade, with a flat membrane roof over
wood decking and several layers of asphaltic
shingles, concrete masonry unit (CMU) block
walls, brick façade, cedar shake siding over
asphaltic rolled roofing, glass block, brick,
various floor finishes including concrete, 9inch(”) x 9-inch vinyl floor tile (VFT), 12”x12”
VFT, linoleum, carpet; plaster walls over
drywall, wood paneling; former boiler heating.
2
2,700
Reliable ■ Responsive ■ Resourceful
2
Building
Identification
# of
Stories
Approx.
Size (ft²)
1
1,760
1
1,720
304 1st Avenue Building
Slab-on-grade, with a flat membrane roof over
wood decking, CMU walls, portion of ceiling is
precast; finished with wood panel walls, drywall
walls, 12”x12” VFT
1
2,650
304 Shop, 1st addition
Slab-on-grade with precast deck, CMU walls,
rubber membrane roofing
1
1,480
Slab-on-grade with wood framed roof joists,
pitched asphaltic roof, cement panel ceiling and
CMU walls, bare concrete
1
2,635
304 Shop, 3rd addition
with tin roof overtop a ballasted roof
1
1,700
304 Shop, 4th addition
1
1,900
304 Shop, 5th addition
1
660
Slab-on-grade, wood framed, original ballasted
roof, plaster walls, 9”x9” VFT, and bare
concrete
1
1,860
Description
The apartments are finished with vinyl flooring,
linoleum, carpeting and generally include a
bedroom, bath, living room, kitchen and storage
room. Walls are finished with plaster over
drywall. Heating in the apartments are provided
by in-wall gas units; cooling is provide by
window air conditioners.
302 Shop, 1st addition
302 Shop, 2nd addition
304 Shop,
304 Shop,
2nd
6th
addition
addition
Slab-on-grade with pitched asphaltic roof, CMU
walls, cement panel ceiling, wood framed joists
Based on our historical research, the 302 and 304 shops and associated buildings were
constructed in the 1950s or 1960s. The exact construction dates have not been determined at
this time. A drawing indicating the apparent building additions is provided as Exhibit 1 in Appendix
D.
3.0
FIELD ACTIVITIES
3.1
Asbestos Survey
The survey was conducted by Mr. Eric W. Harris, Mr. Chris Scott, and Mr. Robert Bergman, state
of Iowa licensed asbestos inspectors (license #s 14-3163I, 14-3650I, and 14-3329I, respectively).
3
Copies of their asbestos inspector licenses are attached as Appendix A. The survey was
conducted in general accordance with the sample collection protocols established in USEPA 40
CFR 763.86, Sampling. A summary of survey activities is provided below.
3.1.1 Asbestos Visual Assessment
Survey activities were initiated with visual observation of the interior and exterior of the buildings
to identify homogeneous areas of suspect ACM. A homogeneous area (HA) consists of building
materials that appear similar throughout in terms of color and texture with consideration given to
the date of application. Interior assessment was conducted in visually accessible areas of the
buildings proposed for demolition.
The roofing system was sampled as part of this survey. Suspect materials in the roofing system
observed during the visual assessment include black roof tars, flashings, felt papers, rolled
roofing, asphalt shingles. Other materials such as EPDM foam and rubber membrane were also
observed and were sampled with the coring device. Terracon made penetrations in the roofing
utilizing coring devices or made cuts to visually assess all roofing layers. Multiple layers are noted
elsewhere in the report.
Terracon did not sample suspect materials that may be present in equipment such as heating,
ventilating, and air-conditioning (HVAC) equipment, electrical fuse boxes, electrical disconnects,
or wiring. It should be noted that power to the building was live during the assessment; therefore,
wiring and the previously mentioned electrical equipment were not sampled or visually inspected.
Electrical equipment has been known to contain asbestos insulation materials such as paper
backers and fuse housings.
Due to the unknown structural condition of the ceiling in the 302 shop additions and the 304 2nd
shop addition, limited observations were made in the attic.
3.1.2 Asbestos Physical Assessment
A physical assessment of each HA of suspect ACM was conducted to assess the friability and
condition of the materials. A friable material is defined by the USEPA as a material that can be
crumbled, pulverized, or reduced to powder by hand pressure when dry. Friability was assessed
by physically touching suspect materials.
3.1.3 Asbestos Sample Collection
Based on results of the visual observation, bulk samples of suspect ACM were collected in general
accordance with USEPA sampling protocols. Samples of suspect materials were collected from
randomly selected locations in each homogeneous area. Bulk samples were collected using wet
4
methods as applicable to reduce the potential for fiber release. Samples were placed in sealable
containers and labeled with unique sample numbers using an indelible marker.
The selection of sample locations and frequency of sampling were based on Terracon’s
observations and the assumption that like materials in the same area are homogeneous in
content. Terracon collected 169 bulk samples from 75 homogeneous areas of suspect ACM. A
summary of suspect ACM samples collected during the survey is included as part of the chain of
custody (COC) and is provided in Table 2 in Appendix B. The lab report and the COC are provided
in Appendix C.
3.1.4 Asbestos Sample Analysis
Bulk samples were submitted under COC to EMSL Analytical, Inc. (EMSL) in Cinnaminson, New
Jersey for analysis by PLM with dispersion staining techniques per USEPA’s Method for the
Determination of Asbestos in Bulk Building Materials (600/R-93-116). EMSL is accredited under
the National Voluntary Laboratory Accreditation Program (NVLAP Accreditation No. 101048-0).
The percentage of asbestos, if present, was determined by microscopic visual estimation. As a
result of laboratory analysis, EMSL further separated out individual layers from the materials
submitted; consequently, 47 additional layers were analyzed.
3.2
Mercury Survey
The mercury portion of the survey (the mercury survey) was conducted following the asbestos
survey. Terracon conducted a visual survey for potential mercury-containing thermostats,
switches, and gauges. In addition, Terracon quantified mercury-containing lamps and fluorescent
light tubes. At the time of the survey activities, the tenant was in the process of removing light
fixtures and other equipment from the facility.
3.3
Polychlorinated Biphenyls Survey
The PCB portion of the survey (the PCB survey) was conducted concurrently with the mercury
survey. Terracon estimated the number of potential ballasts for contractor verification and proper
disposal. At the time of the survey activities, the tenant was in the process of removing light
fixtures and other equipment from the facility. Terracon understands that the tenant was going to
remove as many ballasts as they could prior to their departure.
3.4
Other Regulated Materials Assessment
Terracon performed a visual survey for other potentially hazardous materials present in the
building prior to demolition. Determining the exact contents of noted products was beyond the
scope of the survey. At the time of the survey services, the tenant was in the process of removing
equipment and products from the facility. Based on conversation with the tenant, Terracon
5
understands that a majority of the equipment will be removed prior to turnover of the buildings to
the City. Any unwanted/used products should be disposed or recycled according to applicable
federal, state, and local regulations.
4.0
REGULATORY OVERVIEW
4.1
Asbestos
The Iowa Department of Natural Resources (IDNR) and Iowa Workforce Development (IWD),
through the Iowa Division of Labor, regulate asbestos activities in Iowa. IDNR enforces the
asbestos NESHAP (40 CFR Part 61, Subpart M) as adopted by reference at Iowa Administrative
Code (IAC) 567-23.1(3). Subpart M regulates asbestos fiber emissions and asbestos waste
disposal practices. It also requires the identification and classification of existing building materials
prior to demolition or renovation activity. Under NESHAP, asbestos-containing building materials
are classified as friable, Category I nonfriable, or Category II nonfriable ACM. Friable materials are
those that, when dry, may be crumbled, pulverized, or reduced to powder by hand pressure.
Category I nonfriable ACM includes packings, gaskets, resilient floor coverings, and asphalt roofing
products containing more than 1% asbestos. Category II nonfriable ACM are any materials other
than Category I materials that contain more than 1% asbestos.
Regulated ACM (RACM) must be removed before renovation or demolition activities that will disturb
the materials. RACM includes:



Friable ACM;
Category I nonfriable ACM that has become friable or will be subjected to drilling,
sanding, grinding, cutting, or abrading; and
Category II nonfriable ACM that could be crumbled, pulverized, or reduced to
powder during renovation or demolition activities.
IAC 875-155 Asbestos Removal and Encapsulation requires that any asbestos-related activity
conducted in a public building be performed by personnel licensed or permitted by the IWD.
Inspections for ACM must be conducted by IWD-licensed inspectors. Asbestos abatement must be
performed by IWD-permitted asbestos abatement contractors. Management plans developed for
the in-place management of asbestos-containing materials must be developed by an IWD-licensed
management planner. When an abatement project design is prepared, it must be prepared by an
IWD-licensed project designer.
IAC 875-10 adopts the OSHA Asbestos standard for construction (29 CFR 1926.1101) by
reference. The OSHA standard requires that employee exposure to airborne asbestos fibers be
maintained below the permissible exposure limits (PELs) of 0.1 asbestos fiber per cubic centimeter
of air (0.1 f/cc) as an 8-hour time-weighted average (8-hr TWA) and 1.0 f/cc as a 30-minute
6
excursion limit. The OSHA standard classifies construction and maintenance activities that could
disturb ACM and specifies work practices and precautions that employers must follow when
engaging in each class of regulated work.
4.2
Mercury
Metallic mercury is a silver-white liquid at room temperature. Elemental and inorganic mercury
compounds are used in the manufacture of scientific instruments, electric equipment, and mercury
vapor and fluorescent electric lamps. Mercury-containing equipment, such as fluorescent light
tubes, must be sent to an approved recycling facility that recovers mercury. The USEPA considers
mercury a hazardous waste.
USEPA regulates disposal of mercury-containing fluorescent light tubes as universal waste under
40 CFR 273. Disposal of mercury from other sources is regulated under 40 CFR 260-262.
OSHA regulates occupational exposure to mercury under 29 CFR 1910.1000 Air Contaminants,
Table Z-1 – Limits for Air Contaminants. The PEL for mercury is 0.1 milligrams per cubic meter
(mg/m3) as an 8-hr TWA.
4.3
Polychlorinated Biphenyls
PCBs are clear, oily liquids to white or yellowish waxy solids, depending on the degree of
chlorination. They are stable, thermoplastic, and nonflammable materials that were used in
hundreds of industrial and commercial applications including electrical, heat transfer, and
hydraulic equipment; as plasticizers in paints, caulks, plastics, and rubber products; in pigments,
dyes, and carbonless copy paper and many other applications. USEPA regulates transportation,
disposal, and spill cleanup of PCB-containing ballasts under the Toxic Substances Control Act
(TSCA), which can be found in 40 CFR 761. Fluorescent light ballasts are assumed to contain
PCBs unless clearly marked as containing “NO PCB.”
OSHA regulates occupational exposure to PCBs under 29 CFR 1910.1000 Air Contaminants,
Table Z-1 – Limits for Air Contaminants. The PEL for chlorodiphenyl (42% chlorine) is 1.0 mg/m3
and for chlorodiphenyl (54% chlorine) is 0.5 mg/m3, both as 8-hr TWAs.
5.0
FINDINGS
5.1
Asbestos Survey Findings
Laboratory analysis of bulk samples confirmed the presence of asbestos in samples collected
from the buildings. A drawing showing the approximate locations of the confirmed asbestos
7
materials is provided as Exhibits 2-6 in Appendix D. Table 1 included in Appendix B identifies the
confirmed asbestos-containing materials, their general areas, sample locations, and approximate
quantities. EMSL’s laboratory analytical report and a summary of the non-detect samples is
included as part of the COC in Appendix C. Photographs of the confirmed asbestos materials are
presented in Appendix E.
Asbestos was reported by the analytical laboratory in samples collected from the following
materials:
 Sink under coating
 Black pipe wrap
 Various styles of 9”x9” vinyl floor tile
 Window/door glazing
and associated mastic
 Window/door sealants
 Residual mastic
 Roofing
 Cove base mastic
 Roof flashings/tar
 Asbestos cement board (Transite)
 Spray applied CMU texture/stucco
 Cement flue pipe
 Plaster/skim coat
All friable materials and nonfriable materials that may become friable when removed, with greater
than 1% asbestos, must be removed by a permitted asbestos abatement contractor prior to
demolition of the structure and disposed at an approved landfill.
As stated in Section 3.1.3, suspect ACMs may be present in inaccessible areas such as in
electrical equipment/wiring and the attic; and additional ACMs may be discovered during
demolition activities. Those materials will need to be sampled prior to disturbance to determine if
they contain asbestos. The City should also be aware that sub-surface ACMs consisting of piping
and steam lines may be present, as the boiler piping appeared to go sub-surface from the boiler
room. Identification and sampling of sub-surface materials were beyond the scope of these
services. If such materials are uncovered during demolition activities, they should be sampled
prior to disturbance.
5.2
Mercury Survey Findings
During the mercury survey visual inspection, Terracon identified fluorescent light fixtures and
thermostats in the building. A summary of apparent mercury-containing devices is included as
Table 3 in Appendix B.
Terracon recommends that a qualified contractor remove and dispose of the mercury devices in
accordance with local, state, and federal regulations. Written evidence should be provided by the
disposal company certifying that the hazardous waste treatment, storage, or disposal facility is
approved for mercury disposal by the USEPA and state or local regulatory agencies. Disposal of
mercury-containing fluorescent light tubes as universal waste is regulated under 40 CFR 273.
Disposal of mercury from other sources is regulated under 40 CFR 260-262.
8
5.3
Polychlorinated Biphenyls Survey Findings
Terracon did observe apparent PCB-containing ballasts in the building during the survey activities.
Since only a portion of the fixtures was removed, the exact quantity is unknown. For the purposes
of this survey, the reported number of ballasts should be treated as if all were PCB containing.
As noted previously, the tenant was in the process of removing and salvaging fixtures and
associated ballasts. A summary PCB devices is included in Table 3 in Appendix B.
5.4
Other Regulated/Hazardous Materials Survey Findings
Terracon observed HVAC units; boilers; white goods including refrigerators and microwaves;
computers; and miscellaneous aerosols, oils, and bulk chemicals in the facility. A summary of
the other regulated materials can be found in Table 3 in Appendix B. As noted previously, the
tenant at the time of the survey was in the process of removing equipment and goods from the
buildings. Any remaining unwanted/used equipment or products should be disposed or recycled
according to applicable federal, state, and local regulations prior to building demolition. Terracon
recommends a follow-up inspection to quantify any remaining items prior to the City bidding the
abatement and demolition.
6.0
LIMITATIONS/GENERAL COMMENTS
Terracon did not perform sampling which required dismantling of equipment or removal of
protective coverings. Reasonable efforts to access suspect materials within known areas of
restricted access (e.g., the attic and electrical equipment) were made; however, were not
sampled.
This survey was conducted in a manner consistent with the level of care and skill ordinarily
exercised by members of the profession currently practicing under similar conditions in the same
locale. The results, findings, conclusions, and recommendations expressed in this report are
based on conditions observed during our survey of the building. The information contained in this
report is relevant to the date on which this survey was performed, and should not be relied upon
to represent conditions at a later date. This report has been prepared on behalf of and exclusively
for use by the City of Coralville, Iowa for specific application to their project as discussed. This
report is not a bidding document. Contractors or consultants reviewing this report must draw their
own conclusions regarding further investigation or remediation deemed necessary. Terracon
does not warrant the work of regulatory agencies, laboratories, or other third parties supplying
information that may have been used in the preparation of this report. No warranty, express or
implied is made.
9
APPENDIX A
ASBESTOS INSPECTOR LICENSES
Individual Asbestos License 14-3650
Page 1 of 1
Print
Individual Asbestos License
Individual Asbestos License
License Number:
14-3650
Issue Date:
11/24/2014
Expiration Date:
09/11/2015
License Type:
Inspector
Previous License Number: 13-1404
Last Name:
SCOTT
First Name:
CHRIS
MI:
D
Address:
2540 8TH AVE
MARION IA 52302
USA
Email Address:
Telephone:
319-899-3358
http://www2.iwd.state.ia.us/LaborServices/LabrAsbs.nsf/f2b8227c4787541086256d520069... 6/9/2015
APPENDIX B
TABLES
Table 1 – IDENTIFIED ASBESTOS-CONTAINING MATERIALS BY HOMOGENEOUS
AREA (HA)
Table 2 – ASBESTOS SAMPLE SUMMARY
Table 3 – MERCURY, PCBs, AND OTHER POTENTIALLY REGULATED
MATERIALS SURVEY SUMMARY
Table 1 - IDENTIFIED ASBESTOS-CONTAINING MATERIALS BY HOMOGENEOUS AREA (HA)
The materials listed in this table have been sampled and determined to contain asbestos in concentrations greater than 1%. When disturbed, various
federal, state, and local regulations will apply. See Appendix C for detailed analytical results and the sample sheets.
HA
#
SAMPLE #
MATERIAL
DESCRIPTION
Black sink coating
GENERAL AREA PRESENT
South apartment kitchen
06-SC6-014
06
06-SC6-015
12-FT1-026
Floor tile, 9-inch (”)x9”, red
with white streaks
Bottom of stairwell landing to 302
apartments
12
12-FT1-027
17-FT1-037
17
17-FT1-037
17-FT1-038
17-FT1-038
18-FT1-039
18
18-FT1-039
18-FT1-040
18-FT1-040
Floor tile, 9”x9”, tan with
big brown/black streaks
Mastic, black
Floor tile, 9”x9”, tan with
big brown/black streaks
Mastic, black
Floor tile, 9”x9”, brick red
with cream and small red
streaks
Mastic, black
streaks
Mastic, black
302 ground level, former post office
space, hall and bath
SAMPLE
LOCATIONS
South apartment
kitchen, east kitchen
basin
South apartment
kitchen, west kitchen
basin
Landing bottom, at
exterior entryway
Landing 4 feet (’) in
front doorway, south
side
302 office space
ground, center of space
LAB
RESULTS
ESTIMATED
QUANTITY1
2 sink basins
4% Chrysotile
4% Chrysotile
7% Chrysotile
20 SF2
7% Chrysotile
8% Chrysotile
215 SF of tile; 300
SF of mastic
5% Chrysotile
302 office space,
southwest corner
8% Chrysotile
6% Chrysotile
302 ground level, former post office
space, hall and bath
Near #037
Included in HA 17
9% Chrysotile
4% Chrysotile
Entry doorway to hall
10% Chrysotile
6% Chrysotile
1
Estimated quantities are based on a cursory field evaluation, and actual quantities may vary significantly, especially if asbestos-containing materials are present in
hidden and/or inaccessible areas not evaluated as part of this survey.
2 SF – indicates square-feet
B-1
HA
#
SAMPLE #
19-FT1-041
19
19-FT1-041
19-FT1-042
19-FT1-042
MATERIAL
DESCRIPTION
Floor tile, 9”x9”, dark tan
with thin streaks
Mastic, black
with thin streaks
Mastic, black
Thin transite panels3
20-CP1-043
20
20-CP1-044
21-CP2-045
Cement flue pipe
302 ground level, office space, hall
and bath
22
23-FT1-050
23
23-FT1-050
23-FT1-051
23-FT1-051
LAB
RESULTS
5% Chrysotile
ESTIMATED
QUANTITY1
81 SF
7% Chrysotile
8% Chrysotile
6% Chrysotile
302 building: ceilings and select
walls; 302 boiler room: walls and
ceiling; 302/304 inner office, 302 1st
and 2nd shop additions, ceiling; 304
shop addition: ceiling, sliding door
and mezzanine. East entryway of
304 reception area from northern
shop
302 boiler room extending through
the apartments to the roof deck
21-CP2-046
Brown 6” vinyl cove base
Mastic, brown
Mastic, brown
Floor tile, 9”x9”, off white
with brown streaks
Mastic, black
with brown streaks
Mastic, black
West of #40 in hall
Bathroom 302, center
21
22-FC3-047
22-FC3-047
22-FC3-048
22-FC3-048
SAMPLE
LOCATIONS
302 ground level hallway south of
stairwell
302 westernmost interior office
(between 302 and 304 buildings)
304 shop w/stairs to
mezzanine level, center
with overhead door
Boiler room of 302 glue, behind door
11,500 SF
12% Chrysotile
15% Chrysotile
302 boiler room, west
side of flue
302 boiler room, west
side of flue
17% Chrysotile,
9% Crocidolite
Entryway to shop, north
wall
Entryway to southeast
corner office
North entry to the 304
showroom/reception
desk entry
South entry to shop
area of 302
8% Chrysotile
None detected
8% Chrysotile
6% Chrysotile
15% Chrysotile,
6% Crocidolite
6% Chrysotile
1 flue pipe,
approximately 16
LF4, ceiling of ground
level to roof deck (2nd
level)
6 LF
145 SF
3% Chrysotile
6% Chrysotile
None detected
3
Panels are generally nailed with ring shank style nails and a non-ACM insulation is atop of the material (ceiling locations). Portions of the office have acoustical
ceiling tile covering the ACM. Some walls are covered with wood paneling.
4 LF – indicates linear feet
B-2
HA
#
SAMPLE #
25-FT1-054
25
25-FT1-055
26
26-FC3-056
26-FC3-056
26-FC3-057
26-FC3-057
MATERIAL
DESCRIPTION
Floor tile, 9”x9”, light skin
colored with cream and
black flecks
black flecks
Cove base, brown, 4”
Mastic, brown
Mastic, brown
302 offices, north of stairwell;
hall/storage room and bathroom
Black wrap (heat tape)
304 shop, 1st addition, unit vent by
large door to west
29-PI5-062
302 north of stairwell, hall/storage
29
29-PI5-063
35-FT3-075
35
Floor tile, 12”x12”, white
with grey streaks
304 showroom reception desk area
Mastic, yellow/black
35-FT3-075
White 1.25" glazing
36-MS5-077
304 shop, 1st addition; north-south
wall (interior), 4’x4’ windows
36
36-MS5-078
37-MS5-079
Glazing-white
37
37-MS5-080
304 shop, 1st addition; north-south
wall (interior), 36”x32” windows
SAMPLE
LOCATIONS
LAB
RESULTS
In hall/storage room
west side
12% Chrysotile
In hall/storage room
east side by offices
10% Chrysotile
In hall storage room
west side
In hall storage room
east side, east side by
offices
On unit vent piping,
west side lower pipe
coat
On unit vent piping,
west side upper pipe
coat
South side 304
reception area, by
center, east side
South side 304
reception area, by
center, east side
North-south, north side
2 window south, lower
sill
North-south, north side,
north window
Window in bathroom
(interior shop 304)
Window north of interior
bathroom (store 304)
ESTIMATED
QUANTITY1
400 SF
None detected
4% Chrysotile
None Detected
45 LF
2% Chrysotile
6 LF
3% Chrysotile
4% Chrysotile
200 SF
None detected
3% Chrysotile
8 windows
4% Chrysotile
3% Chrysotile
3% Chrysotile
2 windows
3% Chrysotile
B-3
HA
#
SAMPLE #
39-MA5-083
MATERIAL
DESCRIPTION
CMU block texture (spray
applied) cementitious
304 shop, 4th addition, concrete
block walls, interior
39-MA5-084
39
39-MA5-085
39-MA5-086
39-MA5-087
White plaster skim coat
40-HP1-088
40
304 shop, 4th addition, north wall
under heater, interior; small patch
area
40-HP1-089
40-HP1-090
41-MS5-091
Glazing white
41
304 shop, 4th addition, south wall,
lean to (12 pane window)
41-MS5-092
42-MS5-093
Glazing white
42
42-MS5-094
44-MA6-100
44
Skim coat (thick sprayed
stucco)
44-MA6-101
44-MA6-102
304 shop, 4th addition, west of
garage door, south wall (9 pane
windows)
304 shop, 6th addition, exterior walls,
on CMU
SAMPLE
LOCATIONS
304 shop, 4th addition,
north wall under heater
North wall, across from
the garage door
Between the man door
& the overhead door,
south wall
Wall between 4th & 5th
304 shop additions,
north side, broken wall
Under Renzor heater
along south wall
N wall under Renzor
heater by horizontal
cutout
N wall under Renzor
heater 1’ east of #88
South outside knockout
wall, west face
East side of window,
interior side
West side of window,
interior side
Eastern window, left
side, interior
Western window, right
side, interior
North side of former
exterior, 5th addition,
right
Right of SP1 #160 6’
(north)
Left side of doors in 5th
addition
LAB
RESULTS
3% Chrysotile
ESTIMATED
QUANTITY1
1,650 SF
5% Chrysotile
4% Chrysotile
5% Chrysotile
4% Chrysotile
65 SF
2% Chrysotile
3% Chrysotile
None detected
3% Chrysotile
1 window
2% Chrysotile
6% Chrysotile
2 windows
5% Chrysotile
2,700 SF
2% Chrysotile
2% Chrysotile
3% Chrysotile
B-4
HA
#
SAMPLE #
MATERIAL
DESCRIPTION
44-MA6-103
44-MA6-104
White hard finish plaster
45-HP1-105
304 shop, 6th addition, all interior
walls, on CMU
45-HP1-106
45
45-HP1-107
45-HP1-108
45-HP1-109
47-FT1-112
47
Floor tile, 9”x9”, leopard
skin pattern
306 shop,
(east half)
6th
addition, south side
47-FT1-113
49-RF5-116
Black flashing w/gray
flecks
49
302 building pipe penetrations; 302
shop, 1st addition large flue pipe; 304
building around 2 vents near 302
transition; 304 around central air
SAMPLE
LOCATIONS
Adjacent south of
northernmost overhead
door
South side, east corner
Inside doors from 5th
addition, under
thermostat
North wall, on south
face of pillar column
West wall, under
breaker box
East-west interior wall,
north face, right of door
South wall, center 5’
AGS5
Southwest corner of
flooring
Center, against garage
door
302 building, top of cast
pipe, north side
302 shop, 1st addition,
on large flue pipe
49-RF5-117
5
50-RFT-118
302 building vent penetrations
302 building,
westernmost oval vent
on the south side
ESTIMATED
QUANTITY1
2% Chrysotile
3% Chrysotile
3,500 SF
8% Chrysotile
4% Chrysotile
3% Chrysotile
6% Chrysotile
2% Chrysotile
4% Chrysotile
144 SF
5% Chrysotile
10% Chrysotile
10% Chrysotile
White flashing
50
LAB
RESULTS
12% Chrysotile
302 building – 14
pipe penetrations (2
LF each); 302 shop,
1st addition – 1 flue
(6 LF); 304/302
transition – on air
chillers (8 LF); 304
on central air – 5 LF
14 pipe penetrations
(2 LF each)
Above ground surface
B-5
HA
#
SAMPLE #
MATERIAL
DESCRIPTION
50-RFT-119
Roofing
53
53-RF3-125
Black tar
56
56-RF1-130
302 building roofing, under HA 49
and ¾” plywood (consists of up to 3
layers)
304 shop, 2nd addition, on large vent
and under membrane under 302
shop
56-RF1-131
65-CA2-148
White sealant brittle
65
304 shop, 6th addition, garage door
frame
65-CA2-149
66-S4-150
Glazing around glass on
door
302 shop, 2nd addition, western,
southern doors
66
66-S4-151
67-CA2-152
White sealant
67
67-CA2-153
68-SC1-154
White glazing
68
302 shop, 2nd addition, western,
southern doors and around south
facing windows
302 shop, 2nd addition, south
windows (4’x4’)
68-SC1-155
White glazing (thin)
69-SC1-156
69
69-SC1-157
1st
302 shop,
addition windows:
south windows, interior window (near
304 shop, 1st addition), north side; 5
pane x 5 pane windows
SAMPLE
LOCATIONS
302 building, oval
westernmost vent, north
side
302 building, 8’ south of
peak of 302 shop, 1st
addition
Transition between 304
shop, 2nd addition and
302 shop, 2nd addition,
membrane north of vent
Large vent, east face
North side of garage
door, 5’ AGS
South side of garage
door, 4’ AGS
bottom pane of west
face, south man door
bottom pane of west
face, south of man door
Left of #150 on door
frame
Left of #150 on door
frame west of #151
Westernmost window of
302 shop, 2nd addition
Easternmost window of
302 shop, 2nd addition
2nd window from west
center pane, 2nd up from
bottom
Westernmost window
bottom pane
LAB
RESULTS
ESTIMATED
QUANTITY1
12% Chrysotile
5% Chrysotile
1,400 SF (multiple
layers and plywood)
375 SF
5% Chrysotile
6% Chrysotile
5% Chrysotile
36 LF
8% Chrysotile
3 doors – 12 LF each
6% Chrysotile
6% Chrysotile
5% Chrysotile
6% Chrysotile
None detected
3 doors – 17 LF
each;
4 windows – 16 LF
each
4 windows – 16 LF
each
2% Chrysotile
None detected
5 windows – 62.5 LF
each
4% Chrysotile
B-6
HA
#
SAMPLE #
70-CA2-158
70
71
72
MATERIAL
DESCRIPTION
70-CA2-159
71-SC1-160
71-SC1-161
72-CA2-162
Gray glazing
White sealant
72-CA2-163
73-SC1-164
White glazing
73
73-SC1-165
74-CA2-166
74
74-CA2-167
75-CA1-168
75
75-CA1-169
302 shop, 1st addition windows:
south windows, interior window (near
304 shop, 1st addition), north side; 5
pane x 5 pane windows, on
frame/CMU
302 building window east of man
door, south side (32”x44” window)
302 building window east of man
door, south side on frame (32”x44”
window)
302 building easternmost windows,
lower south side (6 pane and 9 pane
windows)
302 building easternmost windows,
lower south side, on frame (6 pane
and 9 pane windows)
302 building, east face, glass block
window around inset and block
frame
SAMPLE
LOCATIONS
Left of #156 on CMU
Left of #157 on CMU
LAB
RESULTS
ESTIMATED
QUANTITY1
8% Chrysotile
6 windows – 40 LF
each
8% Chrysotile
Interior lower right pane
Interior lower left pane
Exterior, west side,
lower
East side, top
Westernmost window,
center pane
Easternmost window,
upper center pane
West side of frame by
#164
East side of frame by
#165
Around southernmost
inset window, south
side
At north side of
brick/glass block frame
6% Chrysotile
6% Chrysotile
8% Chrysotile
1 window – 35 LF
1 window – 13 LF
10% Chrysotile
5% Chrysotile
3 windows ~ 42 LF
each
None detected
6% Chrysotile
38 LF
4% Chrysotile
39 LF
8% Chrysotile
10% Chrysotile
B-7
TABLE 2- ASBESTOS SURVEY SAMPLE LOCATION SUMMARY
HA #
01
02
03
04
05
SAMPLE #
MATERIAL DESCRIPTION
01-PL3-001
01-PL3-001
01-PL3-002
01-PL3-002
01-PL3-002
01-PL3-003
Skim coat
Base coat
Drywall
Skim coat
Base coat
Plaster, skim & scratch
Building 302, ceilings and walls,
2nd and ground floor
01-PL3-004
01-PL3-004
01-PL3-004
01-PL3-005
01-PL3-005
02-FC3-006
02-FC3-006
02-FC3-007
02-FC3-007
03-FC3-008
03-FC3-008
03-FC3-009
03-FC3-009
04-WB1-010
Skim coat
Base coat
Joint compound
Skim coat
Base coat
Cove base, brown 4-inch (”)
Mastic, cream-yellow
Cove base, brown 4”
Mastic
Cove base, black 4”
Mastic, yellow
Mastic, yellow
Drywall tape
04-WB1-011
Drywall tape
05-SCG-012
White sink coating
05-SCG-013
White sink coating
SAMPLE LOCATION
2nd floor north apartment, living
room, around light, ceiling
2nd floor south apartment, closet
between the bath and bedroom,
wall
Top of stairwell, south side under
railing
1st floor, east room, southwest
corner
302 apartments, north
apartment: kitchen, west hall;
south apartment: kitchen and
bath
302 apartment, bath
302 north apartments, west wing
walls
North apartment kitchen
1st floor, east room behind entry
door from 1st Avenue
North apartment, just outside bath
South apartment, kitchen by
bedroom door frame
North apartment bath, inside door,
east side
North apartment bath, across from
#008
North apartment, west wall of west
storage, center area
South apartment across from sink,
door to bedroom
North apartment, east sink basin
in kitchen
North apartment, west sink basin
in kitchen
LAB
RESULTS
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
B-8
HA #
06
07
08
SAMPLE #
06-SC6-014
Black sink coating
South apartment kitchen
06-SC6-015
Black sink coating
07-FC1-016
07-FC1-016
07-FC1-017
07-FC1-017
08-FT2-018
Linoleum, white
Mastic, yellow
Linoleum, white
Mastic, yellow
Black 12”x12” self-stick
linoleum tiles
12-FT1-026
12-FT1-027
12-FT1-027
13-CP1-029
13
Cream w/white 6" tile linoleum
South apartment bath
White w/blue and sunflower
linoleum
South apartment west side room
11-FC1-025
12-FT1-026
12
North apartment bath
10-FC1-023
11-FC1-024
11
White 12”x12” self-stick
linoleum tiles
09-FT2-021
10-FC1-022
10
08-FT2-019
09-FT2-020
09
Floor tile, 9”x9”, red with
white streaks
Mastic, black
Floor tile, 9”x9”, red with
white streaks
Mastic, black
Cement panel
13-CP1-030
Bottom of stairwell landing to
302 apartments
SAMPLE LOCATION
South apartment kitchen, east
kitchen basin
South apartment kitchen, west
kitchen basin
North apartment bathroom,
entryway, right side
North apartment bathroom, water
heater closet
heater closet
heater closet
South apartment bath, inside door
to right
South apartment bath, across from
sink
South apartment west room,
inside door
South apartment west room, 6 feet
(’) south of #024
Landing bottom, at exterior
entryway
Landing 4’ in front doorway,
south side
Apartment bathroom tub
surrounds
North bathroom bathtub, exterior
wall
South bathroom bathtub, exterior
wall
LAB
RESULTS
4% chrysotile
4% chrysotile
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
7% chrysotile
None detected
7% chrysotile
None detected
None detected
None detected
B-9
HA #
14
SAMPLE #
14-MA4-031
White ceramic tile grout
surrounds
14-MA4-032
15-MA3-033
15
16
17
16-MA5-035
16-MA5-036
17-FT1-037
17-FT1-037
17-FT1-038
18-FT1-039
18-FT1-040
18-FT1-040
19-FT1-041
19
surrounds
15-MA3-034
17-FT1-038
18-FT1-039
18
Thinset, white
19-FT1-041
19-FT1-042
19-FT1-042
Yellow adhesive
Floor tile, 9”x9”, tan with big
brown/black streaks
Mastic, black
Floor tile, 9”x9”, tan with big
brown/black streaks
Mastic, black
streaks
Mastic, black
streaks
Mastic, black
with thin streaks
Mastic, black
with thin streaks
Mastic, black
North apartment bathroom, on
walls of tub surround
302 ground level, former post
office space, hall and bath
SAMPLE LOCATION
wall
wall
wall
wall
North bath, north wall, at eye level
North bath, south wall, at eye level
302 office space ground, center
of space
302 office space, southwest
corner
302 ground level, former post
office space, hall and bath
302 ground level, office space,
hall and bath
LAB
RESULTS
None detected
None detected
None detected
None detected
None detected
None detected
8% chrysotile
5% chrysotile
8% chrysotile
Near #037
6% chrysotile
9% chrysotile
Near #037
4% chrysotile
10% chrysotile
West of #40 in hall
6% chrysotile
5% chrysotile
Bathroom 302, center
7% chrysotile
8% chrysotile
6% chrysotile
B-10
HA #
SAMPLE #
SAMPLE LOCATION
20-CP1-043
Thin transite panels
Thin transite panels
304 shop w/stairs to mezzanine
level, center with overhead door
Boiler room of 302, glue behind
door
12% chrysotile
20-CP1-044
21-CP2-045
Cement flue pipe
302 building: ceilings and
select walls; 302 boiler room:
walls and ceiling; 302/304
inner office, 302 shop, 1st and
2nd additions, ceiling; 304
shop addition: ceiling, sliding
door and mezzanine. East
entryway of 304 reception area
from northern shop
302 boiler room extending
through the apartments to the
roof deck
302 boiler room, west side of
flue
302 boiler room, west side of
flue
Entryway to shop, north wall
17% chrysotile,
9% crocidolite
15% chrysotile,
6% crocidolite
8% chrysotile
None detected
8% chrysotile
6% chrysotile
6% chrysotile
20
21
22
21-CP2-046
22-FC3-047
22-FC3-047
22-FC3-048
22-FC3-048
23-FT1-050
23
23-FT1-050
23-FT1-051
24
23-FT1-051
24-FC3-052
24-FC3-052
24-FC3-053
24-FC3-053
25-FT1-054
25
LAB
RESULTS
25-FT1-054
25-FT1-055
Mastic, brown
Mastic, brown
with brown streaks
Mastic, black
with brown streaks
Mastic, black
Mastic, brown
Mastic, brown
black flecks
Mastic, black
black flecks
302 ground level hallway
south of stairwell
302 westernmost interior
office (between 302 and 304
buildings
Entryway to southeast corner
office
showroom/reception desk entry
South entry to shop area of 302
302 westernmost interior office
(between 302 and 304 buildings
showroom/reception desk entry
South entry to shop area of 302
302 offices, north of stairwell;
hall/storage room and
bathroom
In hall/storage room west side
In hall/storage room east side
by offices
15% chrysotile
3% chrysotile
6% chrysotile
None detected
None detected
None detected
None detected
None detected
12% chrysotile
None detected
10% chrysotile
B-11
HA #
26
27
SAMPLE #
25-FT1-055
26-FC3-056
26-FC3-056
26-FC3-057
26-FC3-057
27-WP1-058
27-WP1-059
28-CA3
Mastic, black
Mastic, brown
Mastic, brown
Brown vibration cloth
28-CA3-061
Mastic, olive brown on wall
panel
Black wrap (heat tape)
mastic, olive brown, on wall
paneling
302 north of stairwell,
hall/storage
302 shop, 1st addition, on
Moncrief HVAC6 unit
302 offices, hall/storage; north of
stairwell
28
29-PI5-062
29
30
31
32
6
304 shop, 1st addition, unit
vent by large door to west
29-PI5-063
30-WB5-064
30-WB5-065
30-WB5-066
31-WB5-067
31-WB5-067
31-WB5-067
31-WB5-068
31-WB5-068
31-WB5-068
32-FC3-069
32-FC3-069
32-FC3-070
32-FC3-070
Grainy/sandy drywall ceiling
texture
North side of 304 showroom
Drywall
Joint compound
Tape
Drywall
Joint compound
Tape
Cove base, light tan
Mastic, white
Cove base, light tan
Mastic, white
North side of 304 showroom
SAMPLE LOCATION
In hall storage room west side
In hall storage room east side,
east side by offices
HVAC unit south side
HVAC unit south side
Westernmost interior office
(conference room) north wall,
under built in bookshelf
East office by doorway (back side
of restroom) to storage hall
On unit vent piping, west side
lower pipe coat
On unit vent piping, west side
upper pipe coat
Center of showroom ceiling
Northeast corner of showroom
Along west wall of showroom
West showroom wall 4’ south of
north wall
Southwest corner of 304 north
showroom
304 showroom
Center of west wall of north
showroom
By exit door on concrete masonry
unit (CMU) block
LAB
RESULTS
None detected
None detected
4% chrysotile
None detected
2% chrysotile
None detected
None detected
None detected
None detected
3% chrysotile
4% chrysotile
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
heating, ventilating, and air-conditioning
B-12
HA #
33
SAMPLE #
33-MG7-071
Carpet glue, brownish
304 showroom walls
33-MG7-072
34-LA3-073
34
Mastic on wall panels, olive
green
304 showroom walls, south side
34-LA3-074
35-FT3-075
with grey streaks
35-FT3-075
Mastic, yellow/black
35-FT3-076
35-FT3-076
with grey streaks
Mastic, yellow
36-MS5-077
White 1.25" glazing
304 showroom reception desk
area
35
36
36-MS5-078
37-MS5-079
37
Glazing-white
37-MS5-080
38-AW1-081
Brown blow-in insulation
38
38-AW1-082
304 shop, 1st addition; northsouth wall (interior), 4’x4’
windows
304 shop, 1st addition; northsouth wall (interior), 36”x32”
windows
Above transite ceiling panels
(see HA 20)
SAMPLE LOCATION
LAB
RESULTS
North showroom area southwest
corner
South side showroom area by
door to back shop
South side showroom adjacent to
entry door (north side)
South side showroom south side
of entry door
South side 304 reception area,
by center, east side
None detected
by center, east side
west side
west side
North-south, north side 2
window south, lower sill
North-south, north side, north
window
Window in bathroom (interior
shop 304)
Window north of interior
bathroom (store 304)
304 shop, 2nd addition, north of
box out, 15’ north of southwest
corner
By west Renzor heater, 304 2nd
shop addition
3% chrysotile
None detected
None detected
None detected
None detected
None detected
None detected
4% chrysotile
3% chrysotile
3% chrysotile
3% chrysotile
None detected
None detected
B-13
HA #
SAMPLE #
39-MA5-083
CMU block texture (spray
applied) cementitious
304 shop, 4th addition,
concrete block walls, interior
39-MA5-084
39-MA5-085
39
39-MA5-086
39-MA5-087
40-HP1-088
40
White plaster skim coat
40-HP1-089
304 shop, 4th addition, north
wall under heater, interior;
small patch area
40-HP1-090
41-MS5-091
41
Glazing white
42-MS5-094
43-HP1-095
43
304 shop, 4th addition, south
wall, lean to (12 pane window)
41-MS5-092
42-MS5-093
42
Glazing white
Hard finish plaster
cementitious
43-HP1-096
43-HP1-097
304 shop, 4th addition, west of
garage door, south wall (9
pane windows)
304 shop, 4th addition CMU
walls, exterior (except for HA 40
area)
43-HP1-098
7
SAMPLE LOCATION
304 shop, 4th addition, north
wall under heater
North wall, across from the
garage door
Between the man door & the
overhead door, south wall
Wall between 4th & 5th 304 shop
additions, north side, broken
wall
Under Renzor heater along
south wall
N wall under Renzor heater by
horizontal cutout
N wall under Renzor heater 1'
east of #88
South outside knockout wall,
west face
East side of window, interior
side
West side of window, interior
side
Eastern window, left side,
interior
Western window, right side,
interior
Lean to, exterior side under dust
collector
Lean to, under 12 pane window
Lean to, far east side of exterior
side wall
North side former exterior wall, 5’
above ground surface (AGS)
LAB
RESULTS
3% chrysotile
5% chrysotile
4% chrysotile
5% chrysotile
4% chrysotile
2% chrysotile
3% chrysotile
None detected7
3% chrysotile
2% chrysotile
6% chrysotile
5% chrysotile
None detected
None detected
None detected
None detected
Likely the same as HA 43, as this was a historical exterior walls
B-14
HA #
SAMPLE #
43-HP1-099
44-MA6-100
44-MA6-100
44-MA6-101
44-MA6-101
44-MA6-102
44
44-MA6-102
44-MA6-103
44-MA6-103
44-MA6-104
44-MA6-104
45-HP1-105
stucco)
Base coat
304 shop, 6th addition, exterior
walls, on CMU
stucco)
Base coat
stucco)
Base coat
stucco)
Base coat
stucco)
Base coat
White hard finish plaster
6th
304 shop,
addition, all
interior walls, on CMU
45-HP1-106
45
45-HP1-107
45-HP1-108
45-HP1-109
46-MG5-110
46
White window glazing
46-MG5-111
304 shop, 6th addition, windows,
9 pane
SAMPLE LOCATION
LAB
RESULTS
South side former, exterior wall 5’
AGS
North side of former exterior, 5th
addition, right
North side of former exterior, 5th
addition, right
Right of SP1 #160 6’ feet (north)
None detected
Right of SP1 #160 6’ feet (north)
Left side of doors in 5th addition
None detected
3% chrysotile
Left side of doors in 5th addition
Adjacent south of northernmost
overhead door
Adjacent south of northernmost
overhead door
None detected
2% chrysotile
Inside doors from 5th addition,
under thermostat
North wall, on south face of
pillar column
West wall, under breaker box
East-west interior wall, north
face, right of door
South wall, center 5’ AGS
South wall window of southern
shop, east side
Northernmost window by west
wall, left side
None detected
8% chrysotile
2% chrysotile
None detected
2% chrysotile
None detected
3% chrysotile
4% chrysotile
3% chrysotile
6% chrysotile
2% chrysotile
None detected
None detected
B-15
HA #
SAMPLE #
47-FT1-112
skin pattern
Mastic, black
skin pattern
Mastic, black
Tar
Tar felt
Foam
Tar
Tar felt
Foam
Black flashing w/gray flecks
306 shop, 6th addition, south
side (east half)
47
47-FT1-112
47-FT1-113
48
47-FT1-113
48-RF6-114
48-RF6-114
48-RF6-114
48-RF6-115
48-RF6-115
48-RF6-115
49-RF5-116
49
49-RF5-117
50-RFT-118
50
51
52
53
White flashing
302 building roof (upper section)
Felt paper
51-RF2-121
Felt paper
52-RF3-122
White asphalt roll shingle
52-RF3-123
White asphalt roll shingle
53-RF3-124
53-RF3-124
53-RF3-125
53-RF3-125
Roofing
Tar
Roofing
Tar
Southwest corner of flooring
4% chrysotile
Southwest corner of flooring
Center, against garage door
None detected
5% chrysotile
Center, against garage door
302 building northeast corner, roof
None detected
None detected
None detected
None detected
None detected
None detected
None detected
10% chrysotile
302 building southwest corner of
roof
302 building pipe
penetrations; 302 shop, 1st
addition large flue pipe; 304
building around 2 vents near
302 transition; 304 around
central air
302 building vent penetrations
50-RFT-119
51-RF2-120
SAMPLE LOCATION
302 building under cedar shakes
302 building roofing, under HA
49 and ¾” plywood (consists
of up to 3 layers)
LAB
RESULTS
302 building, top of cast pipe,
north side
302 shop, 1st addition, on large
flue pipe
302 building, westernmost oval
vent on the south side
302 building, oval western most
vent, north side
302 building west face, north
corner
302 building north face, 4’ west of
east parapet
302 building west face, north
corner
302 building north face, 4’ west of
east parapet
302 building, west face, roof,
northwest corner
302 building, 8’ south of peak of
302 shop, 1st addition
10% chrysotile
12% chrysotile
12% chrysotile
None detected
None detected
None detected
None detected
None detected
None detected
5% chrysotile
None detected
B-16
HA #
SAMPLE #
54-RF3-126
White asphaltic shingles,
multiple layers
302 shop, 1st addition roof
54
54-RF3-127
55
55-RF3-128
55-RF3-128
55-RF3-129
55-RF3-129
55-RF3-129
56-RF1-130
Tar
Roofing
Tar
Roofing
Tar
Black tar
302 shop, 2nd addition roof
56-RF1-131
57-RF3-132
57-RF3-132
57-RF3-132
57-RF3-133
57-RF3-133
57-RF3-133
58-RF2-134
Tar
Tar paper
Roofing
Roofing
Tar
Tar paper
Tar paper
304 shop, 2nd addition roof
58-RF2-135
Tar Paper
59-RF6-136
59-RF6-136
59-RF6-136
59-RF6-136
59-RF6-137
59-RF6-137
59-RF6-137
Rubber membrane
Insulation
Tar paper
Foam
Rubber membrane
Insulation
Foam
56
57
58
59
304 shop, 2nd addition, on
large vent and under
membrane under 302 shops
SAMPLE LOCATION
302 shop, 1st addition, north roof
face, lower pitch 5’ west of 302
building
302 shop, 1st addition, at transition
to 2nd addition south face, 2’ east
302 shop, 2nd addition 16’ west of
#127
302 2nd shop addition, center of
north face of roof, middle
Transition between 304 shop,
2nd addition and 302 shop, 2nd
addition, membrane north of
vent
Large vent, east face
304 shop, 2nd addition roof, north
of #130
304 shop, 2nd addition roof north
face center, 5’ below peak
304 building east upper face,
under shakes
304 building roof
304 east face, of wall 3’ north of
302 building
304 east face, of wall 3’south of
Randy's Carpets
304 building roof, northeast corner
304 building roof, 7’ south of tall
vent pipe, west side
LAB
RESULTS
None detected
None detected
None detected
None detected
None detected
None detected
None detected
5% chrysotile
6% chrysotile
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
B-17
HA #
60
61
SAMPLE #
60-RF6-138
60-RF6-138
60-RF6-138
60-RF6-139
60-RF6-139
60-RF6-139
60-RF6-139
61-RF8-140
Rubber membrane
Insulation
Foam
Rubber membrane
Tar paper
Insulation
Foam
Ballasted roof - tar
304 shop, 1st addition, north side
2’ from Randy's shared wall
304 shop, 3rd addition roof,
under tin
61-RF8-141
62-RF8-142
62-RF8-142
Tar
Plaster
62-RF8-143
Ballasted roof - tar
63-RF8-144
63-RF8-144
63-RF8-145
63-RF8-145
64-RF8-146
64-RF8-146
64-RF8-147
64-RF8-147
65-CA2-148
Tar
Insulation
Tar
Insulation
Rubber membrane
Mastic
Rubber membrane
Mastic
304 shop 4th addition roof, under
tin
62
63
64
65
66
304 shop, 5th addition roof, under
tin
304 shop, 6th addition roof, under
tin
304 shop, 6th addition, garage
door frame
65-CA2-149
66-S4-150
Glazing around glass on
door
66-S4-151
SAMPLE LOCATION
304 shop, 1st addition, 10’ west of
#137
western, southern doors
East side under, wall panel, J04
shop 1st addition
East center, 12’ west of east roof,
East side at 5’ west of connection
to 304 shop, 3rd addition, center of
4th addition roof
Center, west side of 304 shop, 4th
addition roof
20’ west of #143, on 304 shop, 5th
addition roof
West side of 304 shop, 5th addition
roof
East side of roof at connection to
5th addition roof
1’ left of #146
North side of garage door, 5’
AGS
South side of garage door, 4’
AGS
302 shop, 2nd addition, bottom
pane of west face, south man
door
302 shop, 2nd addition, bottom
pane of west face, south of man
door
LAB
RESULTS
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
None detected
5% chrysotile
8% chrysotile
6% chrysotile
6% chrysotile
B-18
LAB
RESULTS
HA #
SAMPLE #
SAMPLE LOCATION
White sealant
67
67-CA2-152
67-CA2-153
White glazing
Left of #150 on door frame
Left of #150 on door frame west
of #151
Westernmost window of 302
shop, 2nd addition
Easternmost window of 302
shop, 2nd addition
2nd window from west center
pane, 2nd up from bottom
Westernmost window bottom
pane
5% chrysotile
6% chrysotile
68-SC1-154
western, southern doors and
around south facing windows
302 shop, 2nd addition, south
windows (4’x4’)
Left of #156 on CMU
Left of #157 on CMU
8% chrysotile
8% chrysotile
Interior lower right pane
Interior lower left pane
6% chrysotile
6% chrysotile
Exterior, west side, lower
East side, top
8% chrysotile
10% chrysotile
Westernmost window, center
pane
Easternmost window, upper
center pane
West side of frame by #164
East side of frame by #165
5% chrysotile
68
68-SC1-155
69-SC1-156
69
White glazing (thin)
69-SC1-157
70-CA2-158
70-CA2-159
71-SC1-160
71-SC1-161
Gray glazing
71
72-CA2-162
72-CA2-163
White sealant
72
73-SC1-164
White glazing
70
73
74
73-SC1-165
74-CA2-166
74-CA2-167
windows: south windows,
interior window (near 304
shop, 1st addition), north side;
5 pane x 5 pane windows
windows: south windows,
interior window (near 304
shop, 1st addition), north side;
5 pane x 5 pane windows, on
frame/CMU
302 building window east of
man door, south side (32”x44”
window)
302 building window east of
man door, south side on frame
(32”x44” window)
302 building eastern most
windows, lower south side (6
pane and 9 pane windows)
302 building easternmost
windows, lower south side, on
frame (6 pane and 9 pane
windows)
None detected
2% chrysotile
None detected
4% chrysotile
None detected
6% chrysotile
4% chrysotile
B-19
HA #
75
SAMPLE #
75-CA1-168
302 building, east face, glass
block window around inset
and block frame
75-CA1-169
SAMPLE LOCATION
Around southernmost inset
window, south side
At north side of brick/glass
block frame
LAB
RESULTS
8% chrysotile
10% chrysotile
B-20
Table 3 – MERCURY, PCBs, AND OTHER POTENTIALLY REGULATED MATERIALS SURVEY SUMMARY
Product Name, Equipment or Chemical Name
Estimated Quantity
Unit of Measure
Ballasts (PCB or non-PCB)8
220
Each
Incandescent lights or high pressure sodium bulbs
30
Each
4’ fluorescent light tubes
182
Each
Various Areas in Buildings
8’ fluorescent light
tubes 9
206
Each
Mercury containing thermostats
16
Each
Renzor style gas heating units – likely contain mercury (Hg) flame sensor
302 Building - Apartments
18
Each
Window air conditioner unit (assumed R-410A or similar refrigerant)
2
Each
Heating or unit ventilators – likely has Hg flame sensor
4
Each
Mercury containing thermostats
4
Each
Refrigerator
2
Each
Microwave
2
Each
Stove – likely has Hg flame sensor
2
Each
Gas water heater – likely has Hg flame sensor
2
Each
Fire extinguisher – dry chemical
1
Each
Compact fluorescent light bulbs or Incandescent lights
11
Each
4’ fluorescent light tubes
18
Each
Ballasts (PCB or non-PCB)
10
Each
1
Each
Door closers (oil)
2
Each
Floor cleaner
1
Gallon
Ammonia
2
Gallon
302 Building - Office
8
9
Both PCB and non-PCB ballasts were identified in when fixture covers were removed to expose the light ballasts.
Light tubes were also observed in the wooded/weedy area on the west side of the building.
B-21
Estimated Quantity
Unit of Measure
4
Each
Cabinet of miscellaneous cleaning supplies
1
Cabinet
Natural gas meters (Hg regulator)
4
Each
Boilers – likely has Hg sensor
2
Each
Air conditioner chiller unit (assumed R-410A or similar refrigerant)
3
Each
4
Each
Refrigerator
2
Each
Coke machine
1
Each
Resin glue
1
Gallon
Adhesive
20
Gallon
Paint thinner
4
Gallon
Solvent
3
Gallon
Paints
9
Gallon
Air compressors
3
Each
Door closers (oil)
3
Each
2
Each
Air conditioner chiller unit (assumed R-410A or similar refrigerant)
1
Each
4
Each
1
Each
Miscellaneous aerosols
4
Each
Miscellaneous paints
5
Gallon
Air dryer (oil)
2
Each
Boiler
2
Each
5
Each
1
Each
Adhesive
5
Gallon
302 Building - Shop Additions
304 Building - Office
304 Shop, 1st Addition
B-22
Estimated Quantity
Unit of Measure
WD-40 (lubricant)
1
Gallon
Battery (lead-acid) lantern style
1
Each
Lacquer thinner
7
Gallon
Drywall joint compound
5
Gallon
2
Each
Battery (lead-acid) lantern style
1
Each
Battery terminal cleaner – aerosol
1
Each
Glue/adhesive
13
Gallon
Used or new oil
25
Gallon
2
Each
Contact cement
5
Gallon
Glazing compound
1
Gallon
1
Each
Air dryer (oil)
2
Each
Barsol
35
Gallon
Paint thinner
20
Gallon
15
Gallon
180
Gallon
Air dryer (oil)
3
Each
Contact cement
5
Gallon
Denatured alcohol
2
Gallon
1
Each
Finish remover
1
Gallon
Antifreeze
2
Gallon
Miscellaneous oils
5
Gallon
2
Each
Door closer (oil)
304 Shop, 2nd Addition
Miscellaneous paints
304 Shop, 3rd Addition
Sta Put adhesive
th
304 Shop, 4 Addition
B-23
Estimated Quantity
Unit of Measure
Lime away
1
Container
WD-40 (lubricant)
1
Gallon
Roof flashing
1
Pint
1
Each
Oil
1
Liter
Washer
1
Unit
304 Shop, 6th Addition
1
Each
Lead acid battery
2
Each
Used oil
5
Gallon
Refrigerator
1
Unit
1
Each
Tires
2
Each
Air dryer
1
Each
Miscellaneous refuse pile
1
Each
th
304 Shop, 4 Lean To
B-24
APPENDIX C
ASBESTOS LABORATORY ANALYTICAL REPORT AND COC
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
EMSL Analytical, Inc.
200 Route 130 North, Cinnaminson, NJ 08077
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
2640 12th Street Southwest
Cedar Rapids, IA 52404
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Briskey's Cabinet Shop / 304 1st Avenue / 304/302 and Associated Shops / 06157711 / Coralville, Iowa
Test Report: Asbestos Analysis of Bulk Materials via EPA 600/R-93/116 Method using
Polarized Light Microscopy
Non-Asbestos
Sample
Description
01-PL3-001-Skim
Coat
041515223-0001
01-PL3-001-Base
Coat
041515223-0001A
Appearance
Building 302
ceiling & walls
2nd & ground
floor - Plaster,
skim & scratch
White
Non-Fibrous
Building 302
ceiling & walls
2nd & ground
floor - Plaster,
skim & scratch
Gray
Non-Fibrous
%
Fibrous
Asbestos
% Non-Fibrous
% Type
100% Non-fibrous (other)
None Detected
None Detected
Homogeneous
20% Vermiculite
Homogeneous
01-PL3-002-Drywall Building 302
ceiling & walls
041515223-0002
2nd & ground
floor - Plaster,
skim & scratch
Gray
Fibrous
Homogeneous
None Detected
01-PL3-002-Skim
Coat
Building 302
ceiling & walls
2nd & ground
floor - Plaster,
skim & scratch
Orange
Non-Fibrous
None Detected
Building 302
ceiling & walls
2nd & ground
floor - Plaster,
skim & scratch
Gray
Non-Fibrous
None Detected
Building 302
ceiling & walls
2nd & ground
floor - Plaster,
skim & scratch
Gray
Non-Fibrous
Homogeneous
041515223-0002A
01-PL3-002-Base
Coat
041515223-0002B
01-PL3-003
041515223-0003
Homogeneous
15% Vermiculite
Homogeneous
None Detected
15% Vermiculite
Analyst(s)
Amy Johnson (55)
Benjamin verghese (8)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
Benjamin Ellis, Laboratory Manager
or other approved signatory
EMSL maintains liability limited to cost of analysis. This report relates only to the samples reported and may not be reproduced, except in full, without written approval by EMSL. EMSL bears no
responsibility for sample collection activities or analytical method limitations. Interpretation and use of test results are the responsibility of the client. This report must not be used by the client to claim
product certification, approval, or endorsement by NVLAP, NIST or any agency of the federal government. Non-friable organically bound materials present a problem matrix and therefore EMSL
recommends gravimetric reduction prior to analysis. Samples received in good condition unless otherwise noted. Estimated accuracy, precision and uncertainty data available upon request. Unless
requested by the client, building materials manufactured with multiple layers (i.e. linoleum, wallboard, etc.) are reported as a single sample. Reporting limit is 1%
Samples analyzed by EMSL Analytical, Inc. Cinnaminson, NJ NVLAP Lab Code 101048-0, AIHA-LAP, LLC-IHLAP Lab 100194, NYS ELAP 10872, NJ DEP 03036, PA ID# 68-00367
Initial report from 06/03/2015 12:56:45
Test Report PLM-7.28.9 Printed: 6/3/2015 12:56:45 PM
1
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
01-PL3-004-Skim
Coat
041515223-0004
01-PL3-004-Base
Coat
041515223-0004A
01-PL3-004-Joint
Compound
041515223-0004B
01-PL3-005-Skim
Coat
041515223-0005
01-PL3-005-Base
Coat
041515223-0005A
02-FC3-006-Cove
Base
041515223-0006
Appearance
1st floor, E room,
SWC - Plaster,
skim & scratch
%
Fibrous
White
Non-Fibrous
Asbestos
% Non-Fibrous
% Type
None Detected
None Detected
Homogeneous
1st floor, E room,
SWC - Plaster,
skim & scratch
Gray
Fibrous
10% Cellulose
20% Vermiculite
Homogeneous
1st floor, E room,
SWC - Plaster,
skim & scratch
White
Non-Fibrous
None Detected
None Detected
None Detected
Homogeneous
1st floor, E room
behind entry
door - Plaster,
skim & scratch
White
Non-Fibrous
1st floor, E room
behind entry
door - Plaster,
skim & scratch
Gray
Fibrous
N apartment, just
outside bath Brown 4" BC &
mastic creamyellow
Brown
Non-Fibrous
Homogeneous
15% Cellulose
20% Vermiculite
Homogeneous
None Detected
Homogeneous
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
2
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
02-FC3-006-Mastic
041515223-0006A
02-FC3-007-Cove
Base
041515223-0007
02-FC3-007-Mastic
041515223-0007A
03-FC3-008-Cove
Base
041515223-0008
03-FC3-008-Mastic
041515223-0008A
03-FC3-009-Cove
Base
041515223-0009
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
N apartment, just
outside bath Brown 4" BC &
mastic creamyellow
Yellow
Non-Fibrous
Homogeneous
None Detected
S apartment,
kitchen by
bedroom door
frame - Brown 4"
BC & mastic
cream-yellow
Brown
Non-Fibrous
None Detected
S apartment,
kitchen by
bedroom door
frame - Brown 4"
BC & mastic
cream-yellow
Yellow
Non-Fibrous
Homogeneous
None Detected
N apartment bath, Black
inside door, E
Non-Fibrous
side - Black 4" BC
Homogeneous
None Detected
N apartment bath, Yellow
inside door, E
Non-Fibrous
side - Black 4" BC Homogeneous
None Detected
N apartment bath,
across from
#008 - Black 4"
BC
None Detected
Homogeneous
Black
Non-Fibrous
Homogeneous
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
3
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
03-FC3-009-Mastic
041515223-0009A
04-WB1-010
041515223-0010
04-WB1-011
041515223-0011
05-SCG-012
041515223-0012
05-SCG-013
041515223-0013
06-SC6-014
041515223-0014
06-SC6-015
041515223-0015
Appearance
N apartment bath,
across from
#008 - Black 4"
BC
%
Fibrous
Yellow
Non-Fibrous
Homogeneous
Asbestos
% Non-Fibrous
% Type
None Detected
N apartment,
White
west wall of W
Fibrous
storage, center
Homogeneous
area - Drywall tape
10% Cellulose
None Detected
S apartment
across from sink,
door to BR Drywall tape
White
Fibrous
Homogeneous
50% Cellulose
None Detected
N apartment, E
sink basin in
kitchen - White
sink coating
Tan
Non-Fibrous
Homogeneous
None Detected
N apartment, W
sink basin in
kitchen - White
sink coating
White
Non-Fibrous
Homogeneous
None Detected
S apartment
kitchen, E kitchen
basin - Black sink
coating
Black
Non-Fibrous
Homogeneous
4% Chrysotile
S apartment
Black
kitchen, W
Non-Fibrous
kitchen basin Homogeneous
Black sink coating
4% Chrysotile
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
4
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
07-FC1-016Linoleum
041515223-0016
07-FC1-016-Mastic
041515223-0016A
07-FC1-017Linoleum
041515223-0017
07-FC1-017-Mastic
041515223-0017A
Appearance
N apartment
bathroom,
entryway, right
side - White
linoleum under
self-stick tile
w/yellow mastic
White
Fibrous
N apartment
bathroom,
entryway, right
side - White
linoleum under
self-stick tile
w/yellow mastic
Yellow
Non-Fibrous
Homogeneous
N apartment
bathroom, water
heater closet White linoleum
under self-stick
tile w/yellow
mastic
White
Fibrous
N apartment
bathroom, water
heater closet White linoleum
under self-stick
tile w/yellow
mastic
Yellow
Non-Fibrous
Homogeneous
%
Fibrous
5% Glass
Asbestos
% Non-Fibrous
% Type
None Detected
None Detected
None Detected
None Detected
Homogeneous
5% Glass
Homogeneous
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
5
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
08-FT2-018
041515223-0018
08-FT2-019
041515223-0019
09-FT2-020
041515223-0020
09-FT2-021
041515223-0021
10-FC1-022
041515223-0022
10-FC1-023
041515223-0023
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
N apartment
bathroom,
entryway, right
side - Black
12x12 self-stick
Black
Non-Fibrous
Homogeneous
None Detected
N apartment
bathroom, water
heater closet Black 12x12 selfstick
Black
Non-Fibrous
Homogeneous
None Detected
N apartment
bathroom,
entryway, right
side - White
12x12 self-stick
White
Non-Fibrous
Homogeneous
None Detected
N apartment
bathroom, water
heater closet White 12x12 selfstick
White/Beige
Non-Fibrous
Homogeneous
None Detected
S apartment bath,
inside door to
right - Cream
w/white 6" tile
linoleum
Beige
Fibrous
Homogeneous
40% Cellulose
5% Glass
None Detected
S apartment bath,
across from sink Cream w/white 6"
tile linoleum
Beige
Fibrous
Homogeneous
40% Cellulose
5% Glass
None Detected
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
6
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
11-FC1-024
041515223-0024
11-FC1-025
041515223-0025
12-FT1-026-Floor
Tile
041515223-0026
12-FT1-026-Mastic
041515223-0026A
12-FT1-027-Floor
Tile
041515223-0027
12-FT1-027-Mastic
041515223-0027A
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
S apt west room,
inside door White w/blue and
sunflow linoleum
White/Blue
Fibrous
Homogeneous
70% Cellulose
None Detected
S apt west room,
6' south of #024 White w/blue and
sunflow linoleum
White/Blue
Fibrous
Homogeneous
70% Cellulose
None Detected
Landing bottom,
at exterior
entryway - Red
w/white streaks
9x9 black mastic
Red
Non-Fibrous
Landing bottom,
at exterior
entryway - Red
w/white streaks
9x9 black mastic
Black
Non-Fibrous
Homogeneous
Landing 4' in front
doorway, S side Red w/white
streaks 9x9 black
mastic
Red
Non-Fibrous
Landing 4' in front
doorway, S side Red w/white
streaks 9x9 black
mastic
Black
Non-Fibrous
Homogeneous
7% Chrysotile
Homogeneous
None Detected
7% Chrysotile
Homogeneous
None Detected
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
7
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
13-CP1-029
041515223-0028
13-CP1-030
041515223-0029
14-MA4-031
041515223-0030
14-MA4-032
041515223-0031
15-MA3-033
041515223-0032
15-MA3-034
041515223-0033
16-MA5-035
041515223-0034
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
N bathroom
bathtub, exterior
wall - Cement
panels
Gray
Non-Fibrous
Homogeneous
None Detected
S bathroom
bathtub, exterior
wall - Cement
panels
Gray
Non-Fibrous
Homogeneous
None Detected
N bathroom
bathtub, exterior
wall - White
ceramic tile grout
White
Non-Fibrous
Homogeneous
None Detected
S bathroom
bathtub, exterior
wall - White
ceramic tile grout
White
Non-Fibrous
Homogeneous
None Detected
N bathroom
bathtub, exterior
wall - Thinset
white
White
Non-Fibrous
Homogeneous
None Detected
S bathroom
bathtub, exterior
wall - Thinset
white
White
Non-Fibrous
Homogeneous
None Detected
N bath, N wall, at
eye level - Yellow
adhesive
Yellow
Non-Fibrous
Homogeneous
None Detected
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
8
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
16-MA5-036
041515223-0035
17-FT1-037-Floor
Tile
041515223-0036
17-FT1-037-Mastic
041515223-0036A
17-FT1-038-Floor
Tile
041515223-0037
17-FT1-038-Mastic
041515223-0037A
18-FT1-039-Floor
Tile
041515223-0038
Appearance
N bath, S wall, at
eye level - Yellow
adhesive
Yellow
Non-Fibrous
Homogeneous
302 office space
ground, enter of
space - 9x9 tan
w/big brown black
streaks & black
mastic
Tan/Black
Non-Fibrous
302 office space
ground, enter of
space - 9x9 tan
w/big brown black
streaks & black
mastic
%
Fibrous
Asbestos
% Non-Fibrous
% Type
None Detected
8% Chrysotile
Black
Non-Fibrous
Homogeneous
5% Chrysotile
302 office space,
SWC - 9x9 tan
w/big brown black
streaks & black
mastic
Tan
Non-Fibrous
8% Chrysotile
302 office space,
SWC - 9x9 tan
w/big brown black
streaks & black
mastic
Black
Non-Fibrous
Homogeneous
6% Chrysotile
Near #037 - 9x9
red w/cream &
red streaks (black
mastic)
Red
Non-Fibrous
9% Chrysotile
Homogeneous
Homogeneous
Homogeneous
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
9
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
18-FT1-039-Mastic
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
Near #037 - 9x9
red w/cream &
red streaks (black
mastic)
Black
Non-Fibrous
Homogeneous
4% Chrysotile
Entry doorway to
hall - 9x9 red
w/cream & red
streaks (black
mastic)
Red
Non-Fibrous
10% Chrysotile
Black
Non-Fibrous
Homogeneous
6% Chrysotile
041515223-0039A
Entry doorway to
hall - 9x9 red
w/cream & red
streaks (black
mastic)
19-FT1-041-Floor
Tile
West of #40 in
hall - 9x9 dark tan
Tan
Non-Fibrous
5% Chrysotile
041515223-0038A
18-FT1-040-Floor
Tile
041515223-0039
18-FT1-040-Mastic
041515223-0040
19-FT1-041-Mastic
Homogeneous
West of #40 in
hall - 9x9 dark tan
Black
Non-Fibrous
Homogeneous
7% Chrysotile
Bathroom 302,
center - 9x9 dark
tan
Tan
Non-Fibrous
8% Chrysotile
6% Chrysotile
041515223-0040A
19-FT1-042-Floor
Tile
041515223-0041
19-FT1-042-Mastic
041515223-0041A
Homogeneous
Homogeneous
Bathroom 302,
center - 9x9 dark
tan
Black
Non-Fibrous
Homogeneous
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
10
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
20-CP1-043
041515223-0042
20-CP1-044
041515223-0043
21-CP2-045
041515223-0044
21-CP2-046
041515223-0045
22-FC3-047-Floor
Tile
041515223-0046
22-FC3-047-Mastic
041515223-0046A
22-FC3-048-Floor
Tile
041515223-0047
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
304 shop w/stairs
to mezzanine
level, center
w/OH - Thin
transite panels
Gray/White
Fibrous
Homogeneous
12% Chrysotile
Boiler room of
302 glue, behind
door - Thin
transite panels
Gray
Fibrous
Homogeneous
15% Chrysotile
302 boiler room,
west side of flue Cement flue pipe
Gray
Fibrous
Homogeneous
302 boiler room,
west side of flue Cement flue pipe
Gray
Fibrous
Homogeneous
Entryway to shop,
N wall - 6" brown
w/brown mastic
Brown
Non-Fibrous
9% Crocidolite
17% Chrysotile
15% Chrysotile
6% Crocidolite
8% Chrysotile
Homogeneous
Entryway to shop,
N wall - 6" brown
w/brown mastic
Brown
Non-Fibrous
Homogeneous
Entryway to SEC
office - 6" brown
w/brown mastic
Brown
Non-Fibrous
None Detected
8% Chrysotile
Homogeneous
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
11
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
22-FC3-048-Mastic
041515223-0047A
23-FT1-050-Floor
Tile
041515223-0048
23-FT1-050-Mastic
041515223-0048A
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
Entryway to SEC
office - 6" brown
w/brown mastic
Black
Non-Fibrous
Homogeneous
6% Chrysotile
N entry to the 304
showroom/respira
ble desk entry 9x9 off-white
w/brown streaks
w/black mastic
Tan
Non-Fibrous
6% Chrysotile
N entry to the 304
showroom/respira
ble desk entry 9x9 off-white
w/brown streaks
w/black mastic
Black
Non-Fibrous
Homogeneous
3% Chrysotile
South entry to
shop area of
302 - 9x9 offwhite w/brown
streaks w/black
mastic
Tan
Non-Fibrous
6% Chrysotile
South entry to
shop area of
302 - 9x9 offwhite w/brown
streaks w/black
mastic
Yellow
Non-Fibrous
Homogeneous
Homogeneous
limited sample material
23-FT1-051-Floor
Tile
041515223-0049
23-FT1-051-Mastic
041515223-0049A
Homogeneous
None Detected
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
12
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
24-FC3-052-Cove
Base
041515223-0050
24-FC3-052-Mastic
041515223-0050A
24-FC3-053-Cove
Base
041515223-0051
24-FC3-053-Mastic
041515223-0051A
25-FT1-054-Floor
Tile
041515223-0052
Appearance
N entry to the 304
showroom/respira
ble desk entry Black 4" BC
w/brown mastic
Black
Non-Fibrous
N entry to the 304
showroom/respira
ble desk entry Black 4" BC
w/brown mastic
%
Fibrous
Asbestos
% Non-Fibrous
% Type
None Detected
Brown/Yellow
Non-Fibrous
Homogeneous
None Detected
South entry to
shop area of
302 - Black 4" BC
w/brown mastic
Black
Non-Fibrous
None Detected
South entry to
shop area of
302 - Black 4" BC
w/brown mastic
Brown
Non-Fibrous
Homogeneous
None Detected
In hall storage
room west side 9x9 VFT light
skim with
cream/black
flecks (black
mastic)
Tan
Non-Fibrous
Homogeneous
Homogeneous
12% Chrysotile
Homogeneous
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
13
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
25-FT1-054-Mastic
041515223-0052A
25-FT1-055-Floor
Tile
041515223-0053
25-FT1-055-Mastic
041515223-0053A
26-FC3-056-Cove
Base
041515223-0054
26-FC3-056-Mastic
041515223-0054A
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
In hall storage
room west side 9x9 VFT light
skim with
cream/black
flecks (black
mastic)
Black
Non-Fibrous
Homogeneous
In hall storage
room east side, E
side by offices 9x9 VFT light
skim with
cream/black
flecks (black
mastic)
Tan
Non-Fibrous
In hall storage
room east side, E
side by offices 9x9 VFT light
skim with
cream/black
flecks (black
mastic)
Black
Non-Fibrous
Homogeneous
None Detected
In hall storage
room west side Brown 4" BC
w/brown mastic
Brown
Non-Fibrous
None Detected
In hall storage
room west side Brown 4" BC
w/brown mastic
Brown
Non-Fibrous
Homogeneous
None Detected
10% Chrysotile
Homogeneous
Homogeneous
4% Chrysotile
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
14
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
26-FC3-057-Cove
Base
041515223-0055
26-FC3-057-Mastic
041515223-0055A
27-WP1-058
041515223-0056
27-WP1-059
041515223-0057
28-CA3-060
041515223-0058
28-CA3-061
041515223-0059
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
In hall storage
room east side, E
side by offices Brown 4" BC
w/brown mastic
Brown
Non-Fibrous
In hall storage
room east side, E
side by offices Brown 4" BC
w/brown mastic
Brown
Non-Fibrous
Homogeneous
HVAC unit south
side - Brown
vibration cloth
Gray/Tan
Non-Fibrous
Homogeneous
5% Min. Wool
70% Cellulose
None Detected
HVAC unit south
side - Brown
vibration cloth
Brown
Fibrous
Homogeneous
85% Cellulose
None Detected
Westernmost
Brown
interior office
Non-Fibrous
(conf room) N
Homogeneous
wall - Mastic, olive
brown on wall
panel
None Detected
E office by
doorway (back
side of RR) to
storage - Mastic,
olive brown on
wall panel
None Detected
None Detected
Homogeneous
Brown
Non-Fibrous
Homogeneous
2% Chrysotile
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
15
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
29-PI5-062
041515223-0060
29-PI5-063
041515223-0061
30-WB5-064
041515223-0062
30-WB5-065
041515223-0063
30-WB5-066
041515223-0064
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
On unit vent
piping, west side
lower pipe coat Black wrap (heat
tape)
Brown/Black
Non-Fibrous
Homogeneous
3% Chrysotile
On unit vent
piping, west side
upper pipe coat Black wrap (heat
tape)
Black
Non-Fibrous
Homogeneous
4% Chrysotile
Center of
showroom
ceiling Grainy/sandy
drywall ceiling
texture
White
Non-Fibrous
Homogeneous
None Detected
Northeast corner
of showroom Grainy/sandy
drywall ceiling
texture
White
Non-Fibrous
Homogeneous
None Detected
Along west wall of
showroom Grainy/sandy
drywall ceiling
texture
White
Non-Fibrous
Homogeneous
None Detected
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
16
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
31-WB5-067Drywall
041515223-0065
31-WB5-067-Joint
Compound
041515223-0065A
31-WB5-067-Tape
041515223-0065B
31-WB5-068Drywall
041515223-0066
31-WB5-068-Joint
Compound
041515223-0066A
Appearance
West showroom
wall 4' south of N
wall - Gypsum,
fiber tape, joint
compound-walls
& ceiling
White
Fibrous
West showroom
wall 4' south of N
wall - Gypsum,
fiber tape, joint
compound-walls
& ceiling
White
Non-Fibrous
West showroom
wall 4' south of N
wall - Gypsum,
fiber tape, joint
compound-walls
& ceiling
Tan
Fibrous
Homogeneous
Southwest corner
of 304 N
showroom Gypsum, fiber
tape, joint
compound-walls
& ceiling
White
Fibrous
Southwest corner
of 304 N
tape, joint
compound-walls
& ceiling
White
Non-Fibrous
%
Fibrous
15% Cellulose
5% Glass
Asbestos
% Non-Fibrous
% Type
None Detected
None Detected
95% Cellulose
None Detected
15% Cellulose
5% Glass
None Detected
None Detected
Homogeneous
Homogeneous
Homogeneous
Homogeneous
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
17
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
31-WB5-068-Tape
041515223-0066B
32-FC3-069-Cove
Base
041515223-0067
32-FC3-069-Mastic
041515223-0067A
32-FC3-070-Cove
Base
041515223-0068
32-FC3-070-Mastic
041515223-0068A
33-MG7-071
041515223-0069
Appearance
Southwest corner
of 304 N
tape, joint
compound-walls
& ceiling
Tan
Fibrous
Homogeneous
Center of west
wall of N
showroom - 4"
base cove light
tan w/white caulk
Tan
Non-Fibrous
Center of west
wall of N
showroom - 4"
base cove light
tan w/white caulk
%
Fibrous
95% Cellulose
Asbestos
% Non-Fibrous
% Type
None Detected
None Detected
White
Non-Fibrous
Homogeneous
None Detected
By exit door on
CMU - 4" base
cove light tan
w/white caulk
Tan
Non-Fibrous
None Detected
By exit door on
CMU - 4" base
cove light tan
w/white caulk
White
Non-Fibrous
Homogeneous
None Detected
N showroom area
SWC - Carpet
glue brownish
Tan
Non-Fibrous
Heterogeneous
None Detected
Homogeneous
Homogeneous
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
18
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
33-MG7-072
041515223-0070
34-LA3-073
041515223-0071
34-LA3-074
041515223-0072
35-FT3-075-Floor
Tile
041515223-0073
35-FT3-075-Mastic
041515223-0073A
Appearance
South side
showroom area
by door to brick
shop - Carpet
glue brownish
%
Fibrous
Asbestos
% Non-Fibrous
% Type
Tan
Non-Fibrous
Homogeneous
None Detected
South side
Green
showroom
Non-Fibrous
adjacent to entry
Homogeneous
door (N side Mastic on wall
panels, olive green
None Detected
South side
showroom south
side of entry
door - Mastic on
wall panels, olive
green
Green
Non-Fibrous
Homogeneous
None Detected
South side 304
reception area, by
center, E side 12x12 VFT white
w/grey streaks,
yellow mastic
White
Non-Fibrous
None Detected
South side 304
reception area, by
center, E side 12x12 VFT white
w/grey streaks,
yellow mastic
Black/Yellow
Non-Fibrous
Homogeneous
Homogeneous
3% Chrysotile
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
19
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
35-FT3-076-Floor
Tile
041515223-0074
35-FT3-076-Mastic
041515223-0074A
36-MS5-077
041515223-0075
36-MS5-078
041515223-0076
37-MS5-079
041515223-0077
37-MS5-080
041515223-0078
Appearance
South side 304
reception area,
west side - 12x12
VFT white w/grey
streaks, yellow
mastic
White
Non-Fibrous
South side 304
reception area,
west side - 12x12
VFT white w/grey
streaks, yellow
mastic
N-S wall, N side 2
window south,
lower sill - White
1.25" glazing
%
Fibrous
Asbestos
% Non-Fibrous
% Type
None Detected
Yellow
Non-Fibrous
Homogeneous
None Detected
White
Non-Fibrous
Homogeneous
4% Chrysotile
N-S wall, N side N White
window - White
Non-Fibrous
1.25" glazing
Homogeneous
3% Chrysotile
Window in
bathroom (interior
shop 304) Glazing-white
Brown/White
Non-Fibrous
Homogeneous
3% Chrysotile
Window north of
interior bathroom
(store 304) Glazing-white
Brown/White
Non-Fibrous
Homogeneous
3% Chrysotile
Homogeneous
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
20
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
38-AW1-081
041515223-0079
38-AW1-082
041515223-0080
39-MA5-083
041515223-0081
39-MA5-084
041515223-0082
39-MA5-085
041515223-0083
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
2nd 304 shop
addition, north of
box art - Brown
blow-in insulation
Brown
Fibrous
Homogeneous
60% Cellulose
None Detected
By west heater
Rm 304 2nd shop
addition - Brown
blow-in insulation
Brown
Fibrous
Homogeneous
75% Cellulose
None Detected
304 shop 4th
addition, N wall
under heater CMU black
texture (spray
applied)
cementitious
White
Non-Fibrous
Homogeneous
40% Wollastonite
3% Chrysotile
North wall, across
from the garage
door - CMU black
texture (spray
applied)
cementitious
White
Non-Fibrous
Homogeneous
40% Wollastonite
5% Chrysotile
Between the main
door & the
overhead door, S
wall - CMU black
texture (spray
applied)
cementitious
White
Non-Fibrous
Homogeneous
40% Wollastonite
4% Chrysotile
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
21
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
39-MA5-086
041515223-0084
39-MA5-087
041515223-0085
40-HP1-088
041515223-0086
40-HP1-089
041515223-0087
40-HP1-090
041515223-0088
41-MS5-091
041515223-0089
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
Wall btwn 4th &
5th addition, N
side, broken wall CMU black
texture (spray
applied)
cementitious
Gray
Non-Fibrous
Homogeneous
5% Chrysotile
Under renzor
heater along S
wall - CMU black
texture (spray
applied)
cementitious
Gray
Non-Fibrous
Homogeneous
4% Chrysotile
2% Chrysotile
3% Chrysotile
N wall under
White/Blue
renzor heater by
Non-Fibrous
horizontal cutout - Homogeneous
White plaster skim
40% Wollastonite
N wall under
White
renzor heater 1'
Non-Fibrous
east of #88 Homogeneous
White plaster skim
S outside
knockout wall,
west face - White
plaster skim
Gray
Non-Fibrous
Homogeneous
East side of
window, interior
side - Glazing
white
Tan
Non-Fibrous
Homogeneous
None Detected
3% Chrysotile
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
22
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
41-MS5-092
041515223-0090
42-MS5-093
041515223-0091
42-MS5-094
041515223-0092
43-HP1-095
041515223-0093
43-HP1-096
041515223-0094
43-HP1-097
041515223-0095
43-HP1-098
041515223-0096
Appearance
West side of
window, interior
side - Glazing
white
Tan
Non-Fibrous
Homogeneous
Eastern window,
left side, interior Glazing white
Gray/Tan
Fibrous
Homogeneous
Western window,
right side,
interior - Glazing
white
%
Fibrous
Asbestos
% Non-Fibrous
% Type
2% Chrysotile
6% Chrysotile
White
Non-Fibrous
Homogeneous
5% Chrysotile
Lean to, exterior
side under dust
collector - Hard
finish plaster
cementitious
Tan
Non-Fibrous
Homogeneous
None Detected
Lean to, under 12
pane window Hard finish plaster
cementitious
Tan/White
Non-Fibrous
Homogeneous
None Detected
Lean to, far east
side of exterior
side wall - Hard
finish plaster
cementitious
Tan/White
Non-Fibrous
Homogeneous
None Detected
North side former
exterior wall, 5'
AGS - Hard finish
plaster
cementitious
Gray
Non-Fibrous
Homogeneous
None Detected
20% Cellulose
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
23
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
43-HP1-099
041515223-0097
44-MA6-100-Skim
Coat
041515223-0098
44-MA6-100-Base
Coat
041515223-0098A
44-MA6-101-Skim
Coat
041515223-0099
44-MA6-101-Base
Coat
041515223-0099A
44-MA6-102-Skim
Coat
041515223-0100
Appearance
South side former
exterior wall 5'
AGS - Hard finish
plaster
cementitious
%
Fibrous
Asbestos
% Non-Fibrous
% Type
Gray
Non-Fibrous
Homogeneous
North side of
White
former exterior,
Non-Fibrous
5th addition,
right - Thick
Homogeneous
sprayed-on stucco
North side of
Gray
former exterior,
Non-Fibrous
5th addition,
right - Thick
Homogeneous
sprayed-on stucco
Right of SP1
White
#160 6' feet
Non-Fibrous
(north) - Thick
sprayed-on stucco Homogeneous
Right of SP1
Gray
#160 6' feet
Non-Fibrous
(north) - Thick
sprayed-on stucco Homogeneous
Left side of doors
in 5th addition Thick sprayed-on
stucco
White
Non-Fibrous
None Detected
2% Chrysotile
None Detected
2% Chrysotile
None Detected
3% Chrysotile
Homogeneous
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
24
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
44-MA6-102-Base
Coat
041515223-0100A
44-MA6-103-Skim
Coat
041515223-0101
44-MA6-103-Base
Coat
041515223-0101A
44-MA6-104-Skim
Coat
041515223-0102
44-MA6-104-Base
Coat
041515223-0102A
45-HP1-105
041515223-0103
Appearance
Left side of doors
in 5th addition Thick sprayed-on
stucco
Gray
Non-Fibrous
Adjacent south of
northernmost
overhead door Thick sprayed-on
stucco
White
Non-Fibrous
Adjacent south of
northernmost
overhead door Thick sprayed-on
stucco
Gray
Non-Fibrous
%
Fibrous
Asbestos
% Non-Fibrous
% Type
Homogeneous
2% Chrysotile
Homogeneous
None Detected
Homogeneous
South side, East
White
corner - Thick
Non-Fibrous
sprayed-on stucco
Homogeneous
South side, East
Gray
corner - Thick
Non-Fibrous
sprayed-on stucco
Homogeneous
Inside doors from
5th addition,
under
thermostat White hard finish
plaster
None Detected
White
Non-Fibrous
Homogeneous
3% Chrysotile
None Detected
8% Chrysotile
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
25
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
45-HP1-106
041515223-0104
45-HP1-107
041515223-0105
45-HP1-108
041515223-0106
45-HP1-109
041515223-0107
46-MG5-110
041515223-0108
46-MG5-111
041515223-0109
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
North wall, on
south face of
pillar column White hard finish
plaster
White
Non-Fibrous
Homogeneous
4% Chrysotile
West wall, under
breaker box White hard finish
plaster
White
Non-Fibrous
Homogeneous
3% Chrysotile
East-west interior
wall, N face, right
of door - White
hard finish plaster
White
Fibrous
Homogeneous
6% Chrysotile
South wall, center
5' AGS - White
hard finish plaster
White
Non-Fibrous
Homogeneous
2% Chrysotile
South wall
window of
southern shop, E
side - White
window glazing
White
Non-Fibrous
Homogeneous
None Detected
Northernmost
window by west
wall, left side White window
glazing
White
Non-Fibrous
Homogeneous
None Detected
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
26
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515223
ACON77
(319) 366-8321
(319) 366-0032
05/27/15 9:20 AM
6/3/2015
5/21/2015
Non-Asbestos
Sample
Description
47-FT1-112-Floor
Tile
041515223-0110
47-FT1-112-Mastic
041515223-0110A
47-FT1-113-Floor
Tile
041515223-0111
47-FT1-113-Mastic
041515223-0111A
Appearance
Southwest corner
of flooring - Top
with leopard skim
pattern & mastic
(black)
Tan
Non-Fibrous
Southwest corner
of flooring - Top
with leopard skim
pattern & mastic
(black)
Black
Non-Fibrous
Homogeneous
Center, against
garage door - Top
with leopard skim
pattern & mastic
(black)
Brown/Tan
Non-Fibrous
Center, against
garage door - Top
with leopard skim
pattern & mastic
(black)
Black
Non-Fibrous
Homogeneous
%
Fibrous
Asbestos
% Non-Fibrous
% Type
4% Chrysotile
Homogeneous
None Detected
5% Chrysotile
Homogeneous
None Detected
Analyst(s)
Amy Johnson (55)
Christian Strey (4)
Daniel Fricker (35)
Frank Holder (6)
Nancy Stalter (24)
THIS IS THE LAST PAGE OF THE REPORT.
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9
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Briskey's Cabinet Shop / 304 1st Avenue / 304/302 and Assoc. Shops / 06157711 / Coralville, Iowa
Non-Asbestos
Sample
Description
48-RF6-114-Tar
041515528-0001
Appearance
302 building
northeast corner,
roof - Black
membrane,
fiberboard,
styrofoam, tar
pitch, plywood
Black
Non-Fibrous
Homogeneous
302 building
northeast corner,
roof - Black
membrane,
fiberboard,
styrofoam, tar
pitch, plywood
Brown/Black
Fibrous
302 building
northeast corner,
roof - Black
membrane,
fiberboard,
styrofoam, tar
pitch, plywood
302 building
southwest corner
of roof - Black
membrane,
fiberboard,
styrofoam, tar
pitch, plywood
%
Fibrous
Asbestos
% Non-Fibrous
% Type
None Detected
None Detected
White
Non-Fibrous
Homogeneous
None Detected
Black
Non-Fibrous
Homogeneous
None Detected
Recommend TEM
48-RF6-114-Tar
Felt
041515528-0001A
48-RF6-114-Foam
041515528-0001B
48-RF6-115-Tar
041515528-0002
90% Cellulose
Homogeneous
Recommend TEM
Analyst(s)
Juli Patel (1)
Kelly Mulholland (41)
Steven Quinn (10)
William Bradford (32)
Test Report PLM-7.28.9 Printed: 6/8/2015 9:23:09 AM
1
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
48-RF6-115-Tar
Felt
041515528-0002A
48-RF6-115-Foam
041515528-0002B
49-RF5-116
041515528-0003
49-RF5-117
041515528-0004
50-RFT-118
041515528-0005
Appearance
302 building
southwest corner
of roof - Black
membrane,
fiberboard,
styrofoam, tar
pitch, plywood
Black
Fibrous
302 building
southwest corner
of roof - Black
membrane,
fiberboard,
styrofoam, tar
pitch, plywood
%
Fibrous
90% Cellulose
Asbestos
% Non-Fibrous
% Type
None Detected
White
Non-Fibrous
Homogeneous
None Detected
302 building, top
of cast pipe, N
side - Black
flashing w/gray
finish
Black
Fibrous
Homogeneous
10% Chrysotile
302 1st shop
addition, or large
flue pipe - Black
flashing w/gray
finish
Black
Non-Fibrous
Homogeneous
10% Chrysotile
302 building,
westernmost dual
ground vent on
S - White flashing
White
Fibrous
Homogeneous
12% Chrysotile
Homogeneous
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
2
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
50-RFT-119
041515528-0006
51-RF2-120
041515528-0007
51-RF2-121
041515528-0008
52-RF3-122
041515528-0009
52-RF3-123
041515528-0010
53-RF3-124Roofing
041515528-0011
Appearance
302 building, dual
westernmost
vent, N side White flashing
%
Fibrous
White
Non-Fibrous
Homogeneous
Asbestos
% Non-Fibrous
% Type
12% Chrysotile
302 building west Brown/Black
face, north
Fibrous
corner - Felt paper Homogeneous
85% Cellulose
None Detected
302 building north
face, 4' W of E
parapet - Felt
paper
Brown/Black
Fibrous
Homogeneous
90% Cellulose
None Detected
302 building west White/Black
face, north
Fibrous
corner - White
Homogeneous
asphalt roll shingle
40% Cellulose
None Detected
302 building north White/Black
face, 4' W of E
Fibrous
parapet - White
Homogeneous
asphalt roll shingle
35% Cellulose
None Detected
302 building, west
face, roof,
northwest corner 3 layers of
asphalt shingles
under/over
plywood
60% Cellulose
None Detected
Black
Fibrous
Homogeneous
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
3
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
53-RF3-124-Tar
041515528-0011A
53-RF3-125Roofing
041515528-0012
53-RF3-125-Tar
041515528-0012A
54-RF3-126
041515528-0013
Appearance
302 building, west
face, roof,
northwest corner 3 layers of
asphalt shingles
under/over
plywood
Black
Non-Fibrous
Homogeneous
302 building, 81 S
peak of 302 1st
shop addition - 3
layers of asphalt
shingles
under/over
plywood
Black
Fibrous
302 building, 81 S
peak of 302 1st
shop addition - 3
layers of asphalt
shingles
under/over
plywood
Black
Non-Fibrous
Homogeneous
302 1st shop
addition, N roof
face, lower pitch
5' - White
asphaltic
shingles, multiple
layers
White/Black
Fibrous
Homogeneous
%
Fibrous
Asbestos
% Non-Fibrous
% Type
30% Cellulose
None Detected
5% Chrysotile
Heterogeneous
40% Cellulose
None Detected
None Detected
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
4
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
54-RF3-127
041515528-0014
55-RF3-128-Tar
041515528-0015
55-RF3-128Roofing
041515528-0015A
55-RF3-129-Tar
041515528-0016
55-RF3-129Roofing
041515528-0016A
Appearance
302 1st shop
addition, of
transition to 2nd
additi - White
asphaltic
shingles, multiple
layers
White/Black
Fibrous
Homogeneous
302 2nd addition
16' west of #127 White asphaltic
shingles, multiple
layers
Black
Non-Fibrous
Homogeneous
302 2nd addition
16' west of #127 White asphaltic
shingles, multiple
layers
Black
Fibrous
302 2nd addition,
center of north
face of roof mid White asphaltic
shingles, multiple
layers
Black
Non-Fibrous
Homogeneous
302 2nd addition,
center of north
shingles, multiple
layers
Black
Fibrous
%
Fibrous
35% Cellulose
50% Cellulose
Asbestos
% Non-Fibrous
% Type
None Detected
None Detected
None Detected
None Detected
None Detected
Homogeneous
40% Cellulose
Heterogeneous
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
5
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
55-RF3-129-Tar
041515528-0016B
56-RF1-130
041515528-0017
56-RF1-131
Appearance
302 2nd addition,
center of north
shingles, multiple
layers
041515528-0019
57-RF3-132-Tar
Paper
041515528-0019A
57-RF3-132Roofing
041515528-0019B
Fibrous
% Non-Fibrous
% Type
Black
Non-Fibrous
Homogeneous
Transition
Black
between 304 2nd Non-Fibrous
add J02 2nd
Homogeneous
addition - Black tar
5% Chrysotile
Large vent, east
face - Black tar
Black
Non-Fibrous
Homogeneous
6% Chrysotile
304 2nd add roof,
north of #130 White asphaltic
shingles (multi
layer)
Black
Non-Fibrous
Homogeneous
None Detected
304 2nd add roof,
shingles (multi
layer)
Black
Fibrous
75% Cellulose
None Detected
304 2nd add roof,
shingles (multi
layer)
Black
Fibrous
35% Cellulose
None Detected
041515528-0018
57-RF3-132-Tar
%
Asbestos
None Detected
Homogeneous
Homogeneous
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
6
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
57-RF3-133Roofing
041515528-0020
57-RF3-133-Tar
041515528-0020A
57-RF3-133-Tar
Paper
041515528-0020B
58-RF2-134
041515528-0021
58-RF2-135
041515528-0022
59-RF6-136Rubber Membrane
041515528-0023
Appearance
304 2nd shop add
roof north face
center, 5' below White asphaltic
shingles (multi
layer)
Black
Fibrous
304 2nd shop add
roof north face
shingles (multi
layer)
Black
Non-Fibrous
Homogeneous
304 2nd shop add
roof north face
shingles (multi
layer)
Black
Fibrous
304 east face, of
wall 3' N of 302
bldg - Tar paper
%
Fibrous
25% Cellulose
Asbestos
% Non-Fibrous
% Type
None Detected
None Detected
60% Cellulose
None Detected
Black
Fibrous
Homogeneous
75% Cellulose
None Detected
304 east face, of
wall 3' S of
Randy's Carpets Tar paper
Black
Fibrous
Homogeneous
65% Cellulose
None Detected
304 building roof,
northeast corner Black membrane
insulation,
styrofoam, wood
Black
Non-Fibrous
None Detected
Homogeneous
Homogeneous
Homogeneous
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
7
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
59-RF6-136Insulation
041515528-0023A
59-RF6-136-Tar
Paper
041515528-0023B
59-RF6-136-Foam
041515528-0023C
59-RF6-137 Rubber Membrane
041515528-0024
041515528-0024A
Appearance
304 building roof,
insulation,
styrofoam, wood
Brown
Fibrous
304 building roof,
insulation,
styrofoam, wood
Black
Fibrous
304 building roof,
insulation,
styrofoam, wood
%
Fibrous
Asbestos
% Non-Fibrous
% Type
90% Cellulose
None Detected
75% Cellulose
None Detected
White
Non-Fibrous
Homogeneous
None Detected
304 building roof,
7' south of tall
vent pipe, W Black membrane
insulation,
styrofoam, wood
Black
Non-Fibrous
None Detected
304 building roof,
7' south of tall
insulation,
styrofoam, wood
Brown
Fibrous
None Detected
Homogeneous
Homogeneous
Homogeneous
90% Cellulose
Homogeneous
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
8
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
59-RF6-137-Foam
041515528-0024B
041515528-0025
041515528-0025A
60-RF6-138-Foam
041515528-0025B
041515528-0026
60-RF6-139-Tar
Paper
041515528-0026A
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
304 building roof,
7' south of tall
insulation,
styrofoam, wood
White
Non-Fibrous
Homogeneous
None Detected
304 1st shop
addition, 10' west
of #137 - Black
membrane
Black
Non-Fibrous
None Detected
304 1st shop
addition, 10' west
of #137 - Black
membrane
Brown
Fibrous
None Detected
304 1st shop
addition, 10' west
of #137 - Black
membrane
White
Non-Fibrous
Homogeneous
None Detected
304 1st shop
addition, north
side 2' from
Randy's - Black
membrane
Black
Non-Fibrous
None Detected
304 1st shop
addition, north
side 2' from
Randy's - Black
membrane
Black
Fibrous
None Detected
Homogeneous
90% Cellulose
Homogeneous
Homogeneous
5% Glass
10% Cellulose
Homogeneous
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
9
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
041515528-0026B
60-RF6-139-Foam
041515528-0026C
61-RF8-140
041515528-0027
61-RF8-141
041515528-0028
62-RF8-142-Tar
041515528-0029
Appearance
304 1st shop
addition, north
side 2' from
Randy's - Black
membrane
Brown
Fibrous
304 1st shop
addition, north
side 2' from
Randy's - Black
membrane
%
Fibrous
95% Cellulose
Asbestos
% Non-Fibrous
% Type
None Detected
White
Non-Fibrous
Homogeneous
None Detected
East side under,
wall panel, J04
shop 1st
addition Ballested roof,
membrane,
styrofoam tar
Black
Non-Fibrous
Homogeneous
None Detected
East center, 12'
W of E roof, 304
1st shop roof Ballested roof,
membrane,
styrofoam tar
Black
Non-Fibrous
Homogeneous
None Detected
East side at 5' W
of convection to
shop 3rd add Ballested roof,
membrane,
styrofoam tar
Black
Non-Fibrous
Homogeneous
None Detected
Homogeneous
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
10
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
Appearance
62-RF8-142-Plaster East side at 5' W
of convection to
041515528-0029A
shop 3rd add Ballested roof,
membrane,
styrofoam tar
White
Non-Fibrous
Homogeneous
62-RF8-143
Center, west side
of 304 shop 4th
add roof Ballested roof,
membrane,
styrofoam tar
Black
Non-Fibrous
Homogeneous
20' west of #143,
on 304 shop 5th
membrane,
styrofoam tar
Black
Non-Fibrous
Homogeneous
20' west of #143,
on 304 shop 5th
membrane,
styrofoam tar
Brown
Fibrous
West side of 304
shop 5th addition
roof - Ballested
roof, membrane,
styrofoam tar
Black
Non-Fibrous
Homogeneous
041515528-0030
63-RF8-144-Tar
041515528-0031
041515528-0031A
63-RF8-145-Tar
041515528-0032
%
Fibrous
5% Glass
30% Cellulose
10% Min. Wool
Asbestos
% Non-Fibrous
% Type
None Detected
None Detected
None Detected
None Detected
None Detected
Homogeneous
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
11
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
041515528-0032A
041515528-0033
64-RF8-146-Mastic
041515528-0033A
041515528-0034
64-RF8-147-Mastic
041515528-0034A
65-CA2-148
041515528-0035
Appearance
West side of 304
shop 5th addition
roof - Ballested
roof, membrane,
styrofoam tar
Brown/Black
Fibrous
East side of roof
at convection Membrane and
brace seam over
wood deck
Black
Non-Fibrous
East side of roof
at convection Membrane and
brace seam over
wood deck
%
Fibrous
40% Cellulose
Asbestos
% Non-Fibrous
% Type
None Detected
None Detected
Yellow
Non-Fibrous
Homogeneous
None Detected
1' left of #146 Membrane and
brace seam over
wood deck
Black
Non-Fibrous
None Detected
1' left of #146 Membrane and
brace seam over
wood deck
Yellow
Non-Fibrous
Homogeneous
None Detected
North side of
garage door, 5'
AGS - White
sealant brittle
White
Non-Fibrous
Homogeneous
Homogeneous
Homogeneous
Homogeneous
5% Chrysotile
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
12
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
65-CA2-149
041515528-0036
66-S4-150
041515528-0037
66-S4-151
041515528-0038
67-CA2-152
041515528-0039
67-CA2-153
041515528-0040
68-SC1-154
041515528-0041
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
South side of
garage door, 4'
AGS - White
sealant brittle
White
Fibrous
Homogeneous
8% Chrysotile
302 shop 2nd
add, bottom pane
of W face, S
door - Glazing
around glass on
door
White
Non-Fibrous
Homogeneous
6% Chrysotile
302 shop 2nd
add, bottom pane
of W face, S
door - Glazing
around glass on
door
White
Non-Fibrous
Homogeneous
6% Chrysotile
Left of #150 on
door frame White sealant
White
Non-Fibrous
Homogeneous
5% Chrysotile
Left of #150 on
door frame west
of #151 - White
sealant
White
Non-Fibrous
Homogeneous
6% Chrysotile
Westernmost
window of 302
shop 2nd
addition - White
glazing
White
Non-Fibrous
Homogeneous
None Detected
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
13
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
68-SC1-155
041515528-0042
69-SC1-156
041515528-0043
69-SC1-157
041515528-0044
70-CA2-158
041515528-0045
70-CA2-159
041515528-0046
71-SC1-160
041515528-0047
71-SC1-161
041515528-0048
Appearance
%
Fibrous
Asbestos
% Non-Fibrous
% Type
Easternmost
window of 302
shop 2nd
addition - White
glazing
Gray/White
Non-Fibrous
Homogeneous
2nd window from
west center pane,
2nd up from White glazing
(thin)
White
Non-Fibrous
Homogeneous
Westernmost
window bottom
pane - White
glazing (thin)
White
Non-Fibrous
Homogeneous
4% Chrysotile
Left of #156 on
CMU - White
sealant brittle
White
Non-Fibrous
Homogeneous
8% Chrysotile
Left of #157 on
CMU - White
sealant brittle
Brown/Gray/White
Fibrous
Homogeneous
8% Chrysotile
Interior lower right
pane - Gray
glazing
Gray
Non-Fibrous
Homogeneous
6% Chrysotile
Interior lower left
pane - Gray
glazing
Tan
Non-Fibrous
Homogeneous
6% Chrysotile
2% Chrysotile
None Detected
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
14
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
72-CA2-162
041515528-0049
72-CA2-163
Appearance
041515528-0051
73-SC1-165
041515528-0052
74-CA2-166
041515528-0053
74-CA2-167
041515528-0054
75-CA1-168
041515528-0055
75-CA1-169
041515528-0056
Fibrous
% Non-Fibrous
% Type
Exterior, west
side, lower White sealant
White
Non-Fibrous
Homogeneous
8% Chrysotile
East side, top White sealant
Gray/Tan
Non-Fibrous
Homogeneous
10% Chrysotile
Westernmost
window, center
pane - White
glazing
White
Non-Fibrous
Homogeneous
5% Chrysotile
Easternmost
window, upper
center pane White glazing
White
Non-Fibrous
Homogeneous
West side of
White
frame by #64 Non-Fibrous
White sealer brittle Homogeneous
6% Chrysotile
East side of
Gray/White
frame by #165 Non-Fibrous
White sealer brittle Homogeneous
4% Chrysotile
Around
southernmost
inset window,
south side - White
sealer brittle
White
Non-Fibrous
Homogeneous
8% Chrysotile
At north side of
brittle/glass block
frame - White
sealer brittle
Tan/White
Non-Fibrous
Homogeneous
10% Chrysotile
041515528-0050
73-SC1-164
%
Asbestos
None Detected
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
15
EMSL Order:
CustomerID:
CustomerPO:
ProjectID:
Phone/Fax:
(800) 220-3675 / (856) 786-5974
http://www.EMSL.com
cinnasblab@EMSL.com
Attn:
Phone:
Fax:
Received:
Analysis Date:
Collected:
Dan Green
Project:
041515528
ACON77
(319) 366-8321
(319) 366-0032
05/29/15 9:20 AM
6/5/2015
5/21/2015
Non-Asbestos
Sample
Description
Appearance
%
Fibrous
% Non-Fibrous
Asbestos
% Type
Analyst(s)
Juli Patel (1)
Steven Quinn (10)
THIS IS THE LAST PAGE OF THE REPORT.
16
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APPENDIX D
EXHIBITS
EXHIBIT 1 – APPARENT BUILDING ADDITIONS
EXHIBIT 2 – APPROXIMATE ASBESTOS WINDOW/DOOR GLAZING/SEALANT LOCATIONS
EXHIBIT 3 – APPROXIMATE ASBESTOS FLOOR TILE AND/OR MASTIC LOCATIONS
EXHIBIT 4 – APPROXIMATE ASBESTOS CEMENT BOARD LOCATIONS
EXHIBIT 5 – APPROXIMATE ASBESTOS ROOFING MATERIAL LOCATIONS
EXHIBIT 6 – APPROXIMATE ASBESTOS CONTAINING SURFACING LOCATIONS
304 shop
5th addition
304 shop
4th addition
304 shop
3rd addition
304 Building
304 shop 2nd
addition
304 shop
6th addition
304 shop 1st
addition
Lean-to
302 Building
302 shop 2nd
addition
Project Manager:
Project No.
DMG
Apparent Building Additions
06157711
Exhibit
Scale:
Drawn by:
EWH
DIAGRAM IS FOR GENERAL LOCATION
ONLY, AND IS NOT INTENDED FOR
CONSTRUCTION PURPOSES
302 shop 1st
addition
Checked by:
Not to scale.
Asbestos and Regulated Materials Survey
File Name:
DMG
Appendix D
2640
Date:
Approved by:
DMG
June 2015
12th
Street SW
PH. (319) 366-8321
FAX. (319) 366-0032
304 1st Avenue
Coralville, Iowa
1
D
D
Project Manager:
Project No.
DMG
= ACM glazing or sealant window location
D
= ACM glazing or sealant door location
Approximate Asbestos Window/Door Glazing/Sealant Locations
06157711
Exhibit
Scale:
Drawn by:
EWH
W
Checked by:
Not to scale.
File Name:
DMG
Appendix D
Date:
Approved by:
DMG
June 2015
2640 12th Street SW
PH. (319) 366-8321
FAX. (319) 366-0032
304 1st Avenue
Coralville, Iowa
2
stair landing
ACM mastic associated
with cove base
sink liner
(apartment)
= residual mastic area, associated with
12"x12" VFT
= 9"x9" VFT area only
= 9"x9" VFT and mastic area
Project Manager:
Project No.
DMG
EWH
Approximate Asbestos Floor Tile and/or Mastic Locations
06157711
Exhibit
Scale:
Drawn by:
Checked by:
Not to scale.
File Name:
DMG
Appendix D
2640
Date:
Approved by:
DMG
June 2015
12th
Street SW
PH. (319) 366-8321
FAX. (319) 366-0032
304 1st Avenue
Coralville, Iowa
3
ACM Garage door
ACM at entryway
ACM on ceiling covered with acoustical
tile, also on select walls in 302 Building
ACM on Mezzanine walls
ACM on ceilings
ACM on walls, ceiling
ACM on walls
and ceiling in
boiler room
Project Manager:
Project No.
DMG
Approximate Asbestos Cement Board Locations
06157711
Exhibit
Scale:
Drawn by:
EWH
ACM flue pipe
Checked by:
Not to scale.
File Name:
DMG
Appendix D
Date:
Approved by:
DMG
June 2015
2640 12th Street SW
PH. (319) 366-8321
FAX. (319) 366-0032
304 1st Avenue
Coralville, Iowa
4
ACM on unit vent (interior)
ACM tar on vent
and roofing decking/
membrane
= ACM flashing area (black with grey flecks or
white)
= ACM roofing area
= ACM tar area
Project Manager:
Project No.
DMG
EWH
Approximate Asbestos Roofing Material Locations
06157711
Exhibit
Scale:
Drawn by:
Checked by:
Not to scale.
File Name:
DMG
Appendix D
2640
Date:
Approved by:
DMG
June 2015
12th
Street SW
PH. (319) 366-8321
FAX. (319) 366-0032
304 1st Avenue
Coralville, Iowa
5
= ACM stucco/skim coat - interior and exterior
walls on CMU
= ACM skim coat - interior walls on CMU
Project Manager:
Project No.
DMG
EWH
Approximate Asbestos Containing Surfacing Locations
06157711
Exhibit
Scale:
Drawn by:
Checked by:
Not to scale.
File Name:
DMG
Appendix D
Date:
Approved by:
DMG
June 2015
2640 12th Street SW
PH. (319) 366-8321
FAX. (319) 366-0032
304 1st Avenue
Coralville, Iowa
6
APPENDIX E
Briskey Cabinet Shop
Coralville, Iowa
Photo 1: View of the south side of the property, looking west.
Photo 2: View of the property, looking northeast.
E-1
Coralville, Iowa
Photo 3: View of ACM 9-inch(”)x9” vinyl floor tile (HA #12) in entryway to the apartments.
Photo 4: View of 9”x9” vinyl floor tile and black mastic (HA #17 &18) in the 302 building.
E-2
Coralville, Iowa
Photo 5: View of 9”x9” vinyl floor tile and black mastic (HA #19) and brown base cove
mastic (HA #22) in the hallway of the 302 building.
Photo 6: View of asbestos cement board (HA #20) on ceilings and walls of office in the 302
shop area.
E-3
Coralville, Iowa
Photo 7: View of asbestos cement board in the 302 shop area, looking east.
Photo 8: View of asbestos cement panels in 302 building boiler room, on walls and
ceiling.
E-4
Coralville, Iowa
Photo 9: View of asbestos cement board above acoustical tile in 302 office area.
Photo 10: View of asbestos cement board above acoustical tile in 302 office area..
E-5
Coralville, Iowa
Photo 11: View of asbestos cement board at the east entryway of the 304 reception area.
Photo 12: View of asbestos cement board panels in 302 shop areas looking west.
E-6
Coralville, Iowa
Photo 13: View of asbestos cement board panels in 304 shop, 2nd addition, looking west.
Photo 14: View of non-ACM insulation above asbestos cement panels.
E-7
Coralville, Iowa
Photo 15: View of 304 shop, 3rd addition, looking east at asbestos cement panels.
Photo 16: View of asbestos cement panels and lower portion of mezzanine level. Note
asbestos cement panel garage door along wall.
E-8
Coralville, Iowa
Photo 17: View of asbestos cement flue pipe (HA #21) in 302 boiler room.
Photo 18: View of ACM floor tile in 302 hall/storage north of stairwell (HA #25).
E-9
Coralville, Iowa
Photo 19: View of ACM floor tile and ACM cove base mastic (HA #26) in 302 office area.
Photo 20: View of HA #06, sink basin with asbestos under coating in 302 south
apartment.
E-10
Coralville, Iowa
Photo 21: View showing general location of HA #29, top left corner on unit vent.
Photo 22: View of HA #35, residual black mastic under tile.
E-11
Coralville, Iowa
Photo 23: View of windows containing ACM glazing in 304 shop, 1st addition (HA #36).
Photo 24: View of asbestos spray applied cementitious texture (HA #39) in 304 shop, 4th
addition.
E-12
Coralville, Iowa
Photo 25: View of HA #40, asbestos white plaster skim coat in 304 shop, 4th addition, north
wall.
Photo 26: View of spray applied texture and white skim coat in 304 shop, 4th addition (HA
#39 and #40).
E-13
Coralville, Iowa
Photo 27: View of ACM window glazing in 304 shop, 4th addition, 12 pane window.
Photo 28: View of 9 pane window with ACM glazing (HA #42) in 304 shop, 4th addition.
E-14
Coralville, Iowa
Photo 29: View of asbestos stucco (skim coat HA #44) and asbestos garage door frame
sealant (HA #65) on 304 shop, 6th addition.
Photo 30: View of asbestos stucco (skim coat HA #44) on 304 shop, 6th addition.
E-15
Coralville, Iowa
Photo 31: View of HA #45, asbestos hard finish plaster in 304 shop, 6th addition.
Photo 32: View of asbestos hard finish plaster on 304 shop, 6th addition interior
walls.
E-16
Coralville, Iowa
Photo 33: View of asbestos vinyl floor tile (HA #47) on the south side of the 304
shop, 6th addition.
Photo 34: View of asbestos flashing on 302 shop, 1st addition flue (HA #49).
E-17
Coralville, Iowa
Photo 35: View of pipe penetrations on 302 building roof, containing ACM flashing (HA #50
and #49).
Photo 36: View of asbestos-containing roofing under membrane, plywood, and several
layers of asphaltic materials over decking; 302 building roof.
E-18
Coralville, Iowa
Photo 37: View of asbestos containing tar between the 304 shop, 2nd addition and 302
shops (HA #56).
Photo 38: View of HA# 66, glazing around glass on door of 302 shop and windows.
E-19
Coralville, Iowa
Photo 39: View of white asbestos sealant around 302 shop doors (HA #67).
Photo 40: View of asbestos glazing and sealant around 302 shop addition windows (HAs
#70, #69).
E-20
Coralville, Iowa
Photo 41: View of ACM glazing on 4’x4’ windows on the south side of the 302 shops (HA
#68).
Photo 42: View of ACM glazing and sealant (HAs #71, #72) on building 302.
E-21
Coralville, Iowa
Photo 43: View of asbestos sealant around frame of window and glass block (HA #75).
Photo 44: View of HA #74 – ACM sealant on frame/block.
E-22
ATTACHMENT B
PROJECT FORMS
Asbestos Pre-Abatement Checklist
Notification Of Abatement Work Area Clearance
ASBESTOS PRE-ABATEMENT CHECKLIST
Client:________________________________________________________
Project #:_______________________
Project:________________________________________________________________________________________
Date:_________________________
Shift:__________________________
Hours:_________________________
Abatement Supervisor:______________________________
Abatement Contractor:_______________________
Containment/Work Area:___________________________________________________________________________
Site Security:
Yes
No
N/A
1. Work site barriers and warning signs
___________
__________
__________
2. Sign-in/out posted
___________
__________
__________
3. Adequate escape routes are properly marked
___________
__________
__________
4. Fire extinguishers of proper size and rating on site
___________
__________
__________
5. Work site access controlled
6. Other:
___________
__________
__________
___________
__________
__________
Notes/Comments:_________________________________________________________________________________________________
_________________________________________________________________________________________________________________
Documentation on Site:
Yes
No
N/A
1. Emergency phone numbers posted
___________
__________
__________
2. Copy of permits/notifications
___________
__________
__________
3. Emergency fire/action plan
___________
__________
__________
4. MSDS's for all chemicals on site
___________
__________
__________
5. Copy of OSHA, EPA State and Local Reg. on-site
___________
__________
__________
6. Respirator Protection Program
___________
__________
__________
7. Air monitoring results from prior phases, if applicable
___________
__________
__________
8. Respirator program and project work plan/design on site
___________
__________
__________
___________
__________
__________
9. Worker documentation on site & current
a. Medical
b. AHERA training certificates
c. Respiratory fit test
d. Worker's state licensure
10. Other:
Notes/Comments:_________________________________________________________________________________________________
_________________________________________________________________________________________________________________
Tools, Equipment & Waste Handling:
Yes
No
N/A
1. Abatement Equipment on Site & In Working Order
___________
__________
__________
___________
__________
__________
2. Appropriate respirator and PPE on site
___________
__________
__________
3. Disposal bags and/or barrels provided and properly labeled
___________
__________
__________
4. Containers for Sharp materials on site
___________
__________
__________
5. Dumpster/waste vehicle on site properly labeled and lined
___________
__________
__________
6. Dumpster enclosed and locked
___________
__________
__________
7. Electrical panel outside work area
___________
__________
__________
8. Temporary wiring installed by a licensed electrician
___________
__________
__________
9. Ground fault interrupition provided from outside work area
___________
__________
__________
10. Extention cords in acceptable condition
___________
__________
__________
11. Equipment properly grounded
___________
__________
__________
12. Electrical system in abatement area locked out
___________
__________
__________
13. Neg. air machine have properly installed filters/pre-filters/required pressure drop
___________
__________
__________
14. Other:
___________
__________
__________
(HEPA Vacuum , Negative Air Units, Sprayers, Ladders Scaffolds)
Notes/Comments:_________________________________________________________________________________________________
_________________________________________________________________________________________________________________
Decontamination Unit:
Yes
No
N/A
1. Decon firmly constructed, opaque, with air locks
___________
__________
__________
2. Decon trailers properly grounded
___________
__________
__________
3. Personnel Lockers/Storage Area
___________
__________
__________
4. Adequate lockers/storage for site personnel and visitors
___________
__________
__________
Page 1 of 2
5. Shower operational with hot water supply
___________
__________
__________
6. Shower drains, filters and has proper water disposal soap/towels
___________
__________
__________
7. Soap and towels provided on site
___________
__________
__________
8. Equipment storage area firmly constructed with air locks
___________
__________
__________
9. Other:
___________
__________
__________
Notes/Comments:_________________________________________________________________________________________________
_________________________________________________________________________________________________________________
Work Area Preparation:
Yes
No
N/A
1. Work area inspected for damage
___________
__________
__________
2. HVAC system passing through abatement area shut down/modified
___________
__________
__________
3. Electrical secured & locked out
___________
__________
__________
4. Critical barriers in place
___________
__________
__________
5. Stationary items properly sealed
___________
__________
__________
6. Movable items removed and stored
___________
__________
__________
7. Personal decon Unit in place
___________
__________
__________
8. Equipment/load out in place
___________
__________
__________
9. Operational test of negative air units
10. Poly on:
walls,
layers; floors,
___________
__________
__________
___________
__________
__________
11. Negative air machines have properly installed filters/pre-filters
___________
__________
__________
12. Prep. Work secure with negative air running
___________
__________
__________
13. Make-up air sources provide adequate circulation and air cleaning
___________
__________
__________
14. Temporary lighting is adequate and properly wire and grounded
___________
__________
__________
15. Load-out/equipment room sealed unless needed for make-up air
___________
__________
__________
16. Area monitoring locations identified
___________
__________
__________
17.
___________
__________
__________
layers;
ceilings,
layers
Other:
Notes/Comments:_________________________________________________________________________________________________
_________________________________________________________________________________________________________________
Terracon IHT Signature:__________________________________________________
Date:_______________________________
Abatement Supervisor Signature:__________________________________________________
Date:_______________________________
Page 2 of 2
2640 12th Street SW
NOTIFICATION OF ASBESTOS ABATEMENT PROJECT FINAL CLEARANCE
Location:
Terracon Project #:
REQUEST FOR VISUAL INSPECTION
The Abatement Contractor hereby certifies that the competent person/supervisor has visually inspected the surfaces in and around
the regulated work area (floors, walls, pipes, ducts, beams and girders, ceiling and roof decks, decontamination area, polyet hylene
sheeting, ledges, lights, etc.) and has observed no visible asbestos-containing debris, residue, or wastes from the area where
asbestos was specified for removal.
SUPERVISOR:
(Print name)
Date:
(Signature)
FINAL VISUAL INSPECTION
MATERIAL REMOVED
a.
b.
c.
d.
Dust/Debris Free
Floors
Horizontal surfaces
Pipes
HVAC
LOCATION
N/A




Yes




PHASE
No




e.
f.
g.
h.
UNIT OF
MEASURE
APPROXIMATE QUANTITY
Dust/Debris Free
Vertical surfaces
Containment barriers
Ducts
Decon area
N/A




Yes




No




In accordance with Specification, Terracon has visually inspected the surfaces in and around the regulated work area (floors, wa lls,
pipes, ducts, beams, ceiling and roof decks, decontamination area, polyethylene sheeting, ledges, lights, etc.) and has obser ved no
visible asbestos-containing debris, residue, or wastes from the area where asbestos was specified for removal. Exceptions to this
statement are noted below on the punch list. Each exception has been corrected as of the date below:

Date:

Date:

Date:

Date:
Waste containerized per local, state, and federal regulations:
 Yes
 No
REMARKS:
Terracon Representative:
(Print name)
Date:
(Signature)
 Unknown
Area/Location
Material/Item
Phase:
Page
Abatement Contractor
Supervisor Signature
Building:
Terracon Rep. Signature
Project #:
Inspectors:
Date Complete
Project:
Date Verified
Date:
Units
Client:
Contract Quanity (add or
deduct)
Quantity Abated
Survey Report
Estimated Quantity
2640 12th Street SW
of
ATTACHMENT C
GLOSSARY OF TERMS
Hazardous Material Abatement Specification – Glossary of Terms
ASBESTOS TERMS:
ACS: Asbestos-contaminated soil.
Aerosol: A system consisting of particles, solid or liquid, suspended in air.
Aggressive sampling: EPA-defined clearance sampling methods using air moving equipment
such as fans and leaf blowers to stir the air.
Aggressive method: Removal or disturbance of building material by sanding, abrading, grinding,
or other method that breaks, crumbles, or disintegrates intact ACM and/or PACM.
Air cell: Pre-formed, factory-made insulation normally used on pipes and duct-work. This
corrugated cardboard almost always contains asbestos fibers combined with cellulose or
refractory binder.
Air sample collection filter: Membrane filter used to collect fibers/particulates which are
counted and/or otherwise analyzed. Mixed cellulose ester (MCE) filters are used for phase
contrast microscopy (PCM) and polycarbonate or MCE filters are used for transmission
electron microscopy (TEM.)
Air monitoring: The sampling for and measuring of contaminants in the air.
Amended water: Water to which a surfactant has been added.
APR: Air-purifying respirator.
Asbestos: The asbestiform varieties of serpentine (chrysotile), riebeckite (crocidolite), amosite,
anthophyllite, actinolite, and tremolite. For purposes of determining respiratory and worker
protection both the asbestiform and non-asbestiform varieties of the above minerals and
any of these materials that have been chemically treated and or altered shall be
considered asbestos.
Asbestos-contaminated elements (ACE): Building elements such as ceilings, walls, lights, and
duct work that are contaminated by asbestos.
Asbestos-containing material (ACM): Any material containing more than one percent (1%) by
volume of asbestos of any type or mixture of types.
Asbestos-containing waste material: Any material which is known to be or suspected of being
contaminated with asbestos which is to be removed from a work area for disposal.
Asbestos waste decontamination facility: Airlock system consisting of drum/bag washing
facilities and temporary storage area for cleaned containers. Used as exit for waste and
equipment leaving the abatement area. May be used in an emergency to evacuate
personnel.
Authorized person: Any person authorized by the employer and required by work duties to be
present in regulated areas.
Authorized visitor: The City, the City’s representative, or a representative of any federal, state,
or local regulatory or other agency having authority over the project.
Barrier: Any surface that seals off the work area to inhibit the movement of fibers.
Breathing zone: A hemisphere forward of the shoulders with a radius of approximately 6 to 9
inches.
Bridging encapsulant: An encapsulant that forms a discrete layer on the surface of an in-place
asbestos matrix.
C-1
Bulk test: The collection and analysis of samples of suspected asbestos materials. A small
amount, or bulk sample, of the material is physically removed from the structure and
placed in a rigid airtight container for transportation to an accredited laboratory for
analysis.
Category I nonfriable: (NESHAP definition) Materials such as floor tile, roofing materials, and
mastics that are normally nonfriable, but may become friable during renovation/demolition
activities must be removed prior to disturbance. Always consult with the state regulators
regarding any state-specific requirements. Always consult with landfills regarding their
specific requirements for disposal of these materials. Landfills accept and bury these
materials somewhat differently.
Category II nonfriable: (NESHAP definition) Materials such as cement asbestos board
(Transite) that are normally nonfriable, but are likely to become friable during
renovation/demolition activities must be removed prior to disturbance. If removed and
disposed of in a nonfriable state, it is not regulated. Always consult with the state
regulators regarding any state-specific requirements. Always consult with landfills
regarding their specific requirements for disposal of these materials. Landfills accept and
bury these materials somewhat differently.
Ceiling concentration: The concentration of an airborne substance that shall not be exceeded.
Certified industrial hygienist (CIH): An industrial hygienist certified in comprehensive practice
by the American Board of Industrial Hygiene.
CFR: Code of Federal Regulations.
Changing area: Normally the first chamber of the personnel decontamination facilities, i.e., the
clean room.
Class I asbestos work (OSHA): Activities involving the removal of thermal system insulation
(TSI) and surfacing ACM and presumed ACM (PACM).
Class II asbestos work (OSHA): Activities involving the removal of ACM and/or PACM which is
not TSI or surfacing material. This includes, but is not limited to, the removal of asbestoscontaining wallboard, floor tile and sheeting, roofing and siding shingles and construction
mastics.
Class III asbestos work (OSHA): Repair and maintenance operations, where ACM and/or
PACM, including TSI and surfacing material, are likely to be disturbed.
Class IV asbestos work (OSHA): Maintenance and custodial activities during which employees
contact ACM and/or PACM and activities to clean up waste and debris containing ACM
and/or PACM.
Clean room: An uncontaminated room having facilities for the storage of employees’ street
clothing and uncontaminated materials and equipment.
Closely resemble: The major workplace conditions which have contributed to the levels of
historic asbestos exposure, are no more protective than conditions of the current
workplace.
Competent person: A person properly trained and capable of identifying existing asbestos
hazards in the workplace and selecting the appropriate control strategy for asbestos
exposure and has the authority to take corrective measures to eliminate them, under
requirements of 29 CFR 1926.1101.
C-2
Count:
Refers to fiber count, or the average number of asbestos fibers greater than five
micrometers (µm) in length per cubic centimeter of air (f/cc).
Critical barrier: One or more layers of plastic sealed over all openings into a work area or any
other similarly placed physical barrier sufficient to prevent airborne asbestos in a work
area from migrating to an adjacent area.
Decontamination area: An enclosed area adjacent and connected to the regulated area and
consisting of an equipment room, shower area and clean room, which is used for the
decontamination of workers, materials, and equipment that are contaminated with
asbestos.
Demolition: The wrecking or taking out of any load-supporting structural member and any related
razing, removing, or stripping of asbestos products.
Disposal bag: Six-millimeter (6-mil) thick, leak-tight plastic bag used for transporting asbestoscontaining waste material from work and to disposal site. Each is labeled with the DOT
designation Asbestos NA2212 RQ, Class 9 and the following:
DANGER
AVOID CREATING DUST
DANGER
ASBESTOS
MAY CAUSE CANCER
Disturbance: Any contact which releases fibers from ACM and/or PACM, or debris containing
ACM and/or PACM.
Drum: A rigid, impermeable container made of cardboard, metal, or plastic which can be sealed
in an air and liquid tight manner.
EDF: Equipment decontamination facilities
Employee exposure: The exposure to airborne asbestos that would occur if the employee were
not using respiratory protection.
Encapsulant: A material that surrounds or embeds asbestos fibers in an adhesive matrix, to
prevent release of fibers.
Encapsulation: Treatment of asbestos-containing materials with encapsulant.
Enclosure: The construction of an air-tight, impermeable, permanent barrier around asbestoscontaining materials to control the release of asbestos fibers into the air.
Entrance port: A name sometimes used for the main entrance airlock in an OSHA-defined
negative air containment area.
EPA: Environmental Protection Agency
C-3
Equipment room: A contaminated room located within the decontamination area that is supplied
with impermeable bags or containers for the disposal of contaminated protective clothing
and equipment.
Excursion limit (EL): An airborne concentration of asbestos in excess of 1.0 fiber per cubic
centimeter of air (1 f/cc) as averaged over a sampling period of 30 minutes.
f/cc: Fibers per cubic centimeter of air; standard measurement units used to measure the level
of asbestos contamination in the air.
Filter: A media component used in respirators to remove solid or liquid particles from the air
breathed.
Friable asbestos-containing material: Material that contains more than 1% asbestos and that
can be crumbled, pulverized, or reduced to powder by hand pressure.
Glovebag: An impervious plastic bag-like enclosure with glove-like appendages through which
material and tools may be handled.
HEPA filter: A high efficiency particulate air (HEPA) filter capable of trapping and retaining
99.97% of asbestos fibers greater than 0.3 micrometers (µm) in length.
HEPA filter vacuum collection equipment: HEPA-filtered vacuum collection equipment with a
filter system capable of collecting and retaining 99.97% of asbestos fibers greater than 0.3
µm in length.
High efficiency filter: A filter which removes from air 99.97% or more of monodisperse dioctyl
phthalate (DOP) particles having a mean particle diameter of 0.3 µm.
Industrial hygienist (IH): A person who is professionally qualified by education, training, and
experience to anticipate, recognize, evaluate, and develop controls for occupational health
hazards.
IH technician: A person working under the supervision of the IH with special training, experience,
certifications, and/or licenses required for the industrial hygiene work assigned to be
performed.
Intact: The ACM and/or PACM has not crumbled, been pulverized, or otherwise deteriorated so
that it is likely to remain bound with its matrix.
IAC: Iowa Administrative Code
Lock-back: This is the encapsulation of all surfaces in the regulated work area at the conclusion
of ACM and/or PACM removal and before removal of primary barriers.
MCEF: Mixed cellulose ester filter.
Negative exposure assessment: A demonstration by the employer that employee exposure to
airborne asbestos during an operation is expected to be consistently below the permissible
exposure limits (PELs).
Negative pressure: Air pressure lower than surrounding areas, created by exhausting air from
a sealed space (work area).
Negative pressure respirator: A respirator in which the air pressure inside the respiratory inlet
covering is positive during exhalation in relation to the pressure of the outside atmosphere
and negative during inhalation in relation to the air pressure of the outside atmosphere.
Negative pressure ventilation system: A local exhaust system, utilizing HEPA filtration,
capable of maintaining a negative pressure inside the work area and a constant air flow
C-4
from adjacent areas into the work area and that exhausts that air through HEPA filters to
air outside the work area.
NESHAP: National Emission Standards for Hazardous Air Pollutants.
NIOSH: National Institute for Occupational Safety and Health
Nonfriable asbestos-containing material (NF-ACM): Material that contains more than 1%
asbestos but cannot be crumbled, pulverized, or reduced to powder by hand pressure
when dry. Nonfriable asbestos materials can release fibers when power tool such as
grinders, drills, sanders, etc. are used on them.
OSHA: Occupational Safety and Health Administration.
City: The governmental or public body or authority, corporation, association, firm, or person with
whom the Abatement Contractor has entered into the Agreement and for whom the Work
is to be provided who is the authorized representative of (or the actual) the City of the
facility in/on which the work is to be performed.
OV: Organic vapor.
PACM: OSHA acronym for presumed asbestos-containing material.
PAPR: Powered air-purifying respirator.
PCM: Phase contrast microscopy. PCM uses a light microscope for the purpose of counting
fibers. Reference NIOSH method 7400.
PDF: Personnel decontamination facilities
PEL: Permissible exposure limit
Penetrating encapsulant: An encapsulant that is absorbed by the asbestos matrix without
leaving a discrete surface layer.
Personal air sampling: Air sample collected with a special battery-powered, portable, lowvolume pump unit which is fitted on the body of the monitored person. The collection
device (filter cassette) is located within the individual's breathing zone.
Personal monitoring: Sampling of the asbestos fiber concentrations within the breathing zone
of an employee.
Penetrating encapsulant: An encapsulant that is absorbed by the in-place asbestos matrix
without leaving a discrete surface layer.
Permissible exposure limit: The level of exposure OSHA allows. For asbestos fibers, the PELs
are 0.1 f/cc as an 8-hour time-weighted average and 1.0 f/cc as a 30-minute excursion
limit.
Plastic sheeting: Barrier material not as strong as polyethylene.
PLM: Polarized light microscopy with dispersion staining using light microscopy and refractive
indices to identify type of asbestos present.
Polyethylene sheeting: Strong, usually transparent plastic barrier material.
Positive/negative pressure fit check: A method to check respirator fit, performed by placing
the palm of one hand over the exhalation valve and exhaling (positive pressure) and
feeling for facepiece-to-face fit leakage or, covering the filters cartridges with the palms of
the hand and inhaling (negative pressure) while feeling for facepiece-to-face fit leakage.
Pressure differential system: A system which restricts airflow from adjacent areas into work
area and continuously refilters air from the HEPA filtration machine. Minimal exhaust
C-5
ventilation is utilized by maintaining a pressure deferential of two-hundredths of an inch
(0.02") of water (H2O).
Project designer: A person who has successfully completed training requirements for an
abatement project designer specified in 40 CFR 763-Asbestos and in licensed in the state
of Iowa.
Protection factor: The ratio of the ambient concentration of an airborne substance to the
concentration of the substance inside the respirator at the breathing zone of the wearer.
The protection factor is a measure of the degree of protection provided by a respirator to
the wearer.
QNFT: Quantitative fit test.
RACM: EPA-NESHAP acronym for regulated asbestos-containing material.
Regulated area: The area established by the employer to demarcate areas where Class I, II,
and III asbestos work is conducted and any other adjoining area where debris and waste
from such asbestos work accumulates; and a work area within which airborne
concentrations of asbestos exceed, or there is a reasonable possibility they may exceed,
the PELs.
Removal: All operations (including demolition) where ACM and/or PACM are taken out or
stripped from structures or substrates.
Removal encapsulant: A penetrating encapsulant specifically designed for removal of ACM
rather than encapsulation.
Demolition: Modification of any existing structure, or portion thereof.
Repair: Overhauling, rebuilding, reconstructing, or reconditioning of, mechanical equipment,
structures, or substrates, including encapsulation or other repair of ACM and/or PACM
attached to mechanical equipment, structures, or substrates.
Respirator: A device designed to protect the wearer from the inhalation of harmful atmospheres.
RPP: Respiratory protection program.
RPPC: Respiratory protection program coordinator.
SAR: Supplied air respirator.
SCBA: Self-contained breathing apparatus.
Sealant: Another name for encapsulating material. This term also refers to the paint which is
used to cover brown-coat ceilings after asbestos surfaces have been removed.
Sealed work area: Refers to the work area after containment barriers and decontamination
facilities have been erected and a negative pressure air system installed.
Showers: Shower stalls installed in the personnel decontamination facilities and used as part of
the decontamination process, required for every person leaving the sealed work area.
Also used in the equipment decontamination facilities to wash disposal bags.
SOP: Standard operating procedures required to be submitted by the Abatement Contractor.
Stationary or area sample: Refers to air samples collected at a specific spot, or station, with
high-volume air pumps.
Surfactant: A chemical wetting agent added to water to improve penetration, thus increasing the
effective wetting properties of water when applied to asbestos-containing materials
required for a given removal operation.
C-6
Surfacing material: Material that is sprayed, troweled-on or otherwise applied to surfaces (such
as acoustical plaster on ceilings, and fireproofing materials on structural members, or
other materials on surfaces for acoustical, fireproofing, decorative texturing, and other
purposes).
Surfacing ACM: Surfacing material which contains more than 1% asbestos.
TEM: Transmission electron microscopy. TEM is used for the purpose of fiber counting and has
the analytical capacity of specifically identifying asbestos fibers.
Thermal system insulation (TSI): This means ACM and/or PACM containing more than 1%
asbestos that is applied to pipes, fittings, boilers, breech, tanks, ducts, or other
mechanical/structural components to prevent heat loss or gain.
Time-weighted average (TWA): The average concentration of a contaminant in air during a
specific time period, usually 8 hours.
VAT: Vinyl asbestos floor tile.
Visible emissions: Any emissions containing particulate asbestos-containing materials that are
visually detectable without the aid of instruments. This does not include condensed
uncombined water vapor.
Wetting agent: See Surfactant.
Wet cleaning: The process of eliminating asbestos contamination from building surfaces and
objects by using cloths, mops, or other cleaning utensils which have been dampened with
amended water or diluted removal encapsulant and afterwards thoroughly
decontaminated or disposed of as asbestos-containing waste.
Work area: The area where asbestos-related work or removal operations are performed which
is defined and or isolated to prevent the spread of asbestos dust, fibers, debris and entry
by unauthorized personnel. Work area is a regulated area as defined by 29 CFR
1926.1101.
MERCURY TERMS:
Dermal exposure: Skin contact with a substance as a solid, liquid or vapor.
Dermal absorption: Transport of a substance through the skin.
Mercury (Hg): An odorless silvery, heavy, mobile, liquid metal with a molecular weight of 200.59
that is slightly volatile at room temperature.
Permissible exposure limit (PEL): The level of exposure OSHA allows. The PEL is 0.1 milligram
of mercury per cubic meter (0.1 mg/m3) of air as an 8-hour TWA.
Skin notation or designation: Danger of cutaneous absorption.
Toxicity characteristic leaching procedure (TCLP): A Resource Conservation and Recovery
Act (RCRA) method used to determine if a material should be characterized as a
hazardous waste. (EPA)
Threshold Limit Value (TLV®): The American Conference of Governmental Industrial
Hygienists’ (ACGIH®) TLV® is 0.025 mg/m3 as an 8-hour TWA.
Vapor: The volatile form of substances that are normally in the solid or liquid state at room
temperature and pressure. Evaporation is the process by which a liquid is changed into the
C-7
vapor state and mixed with the surrounding atmosphere. Substances with low boiling points
volatilize readily at room temperature.
Vapor pressure: A measure of a chemical’s volatility at 68°F.
C-8

Briskeys Bid Document 6.30.2015

Transcription

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