MALAYSIAN PALM OIL BOARD

Transcription

...the steward of the Malaysian palm oil industry
Ministry of Plantation Industries and Commodities
h t t p : / / w w w . m p o b . g o v . m y
Contents
2
Foreword
3
Corporate Profile
4
Vision and Mission
8
Board Members
10
Management
12
Operations
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Achievements
38
MPOB Offices & Research Facilities
40
Head Office & Technical Advisory Services
42
List of MPOB Technologies and Services
Foreword
Corporate Profile
Premier Government
Agency
MPOB is the premier government agency
entrusted to serve the country’s oil palm industry.
Its main role is to promote and develop national
objectives, policies and priorities for the wellbeing of the Malaysian oil palm industry.
Dato’ Dr. Mohd Basri Wahid
Director-General
The Malaysian Palm Oil Board (MPOB) has played an active role
in developing new technologies which have contributed to the
advancement of the Malaysian oil palm industry.
In leading the industry, MPOB provides and promotes strong
scientific and technological support through its commitment to
R&D, the commercialisation of its research findings and the transfer
of knowledge and innovation. It also plays a significant role in
matters relating to registration, licensing and enforcement.
It was incorporated by an Act of Parliament
(Act 582) and established on 1 May 2000, taking
over, through a merger, the functions of the Palm
Oil Research Institute of Malaysia (PORIM) and
the Palm Oil Registration and Licensing
Authority (PORLA). Each of these respective
organisations has been involved in the oil palm
industry for more than 20 years and it is to
render more effective services as well as to give
greater national and international focus to the
industry that MPOB was instituted.
Funding
MPOB derives its funding mainly from cess
imposed on the industry for every tonne of palm
oil and palm kernel oil produced. In addition,
MPOB receives budget allocations from the
government to fund development projects and
for approved research projects under the
Intensification of Research in Priority Areas
(IRPA) programme.
MPOB has continued to provide leadership and has developed strong
research expertise in various areas. A remarkable count of more
than 340 technologies including new products and services have
been launched for commercialisation and adoption by the industry. This
has contributed towards accelerating the development of the industry
and provided opportunities for investments in oil palm-related
business.
MPOB will continue to contribute to the industry’s well-being and
future growth. It is MPOB’s vision to strive for quality R & D outputs
and to become Malaysia’s first R & D institution to produce a
Nobel Laureate.
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Vision and Mission
Strategies
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Expand and improve the current uses of oil palm products.
Find new uses for the products.
Improve production efficiency and quality of products.
Optimise land utilisation in oil palm areas.
Promote the use, consumption and marketability of oil palm.
Vision
Novel olein – premium edible oil
To become the premier Nobel Laureate producing research and development institution,
providing leadership and impetus for the
development of a highly diversified, value-added,
globally competitive and sustainable oil palm
industry.
Palm Biofuel
Double Avenue Planting System – optimises land
utilisation through crop integration
Mission
To enhance the well-being of the Malaysian oil
palm industry through research, development
and excellent services.
Oil palm biomass being converted into higher-value products
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Production of fibreboard from oil palm biomass
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Policy
Functions
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To adopt strong market and industry-oriented research and
development programmes.
To aggressively undertake transfer of technologies and
commercialisation of research results.
To forge an active partnership in technology development and
utilisation with the private and public sectors.
To strengthen international linkages and research collaboration in
selected areas.
To promote global awareness, appreciation and demand for Malaysian
oil palm and products.
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Implement policies and development programmes to ensure the
viability of the oil palm industry of Malaysia.
Conduct and promote research and development activities relating
to the oil palm industry.
Regulate, register, co-ordinate and promote all activities relating to
the oil palm industry.
Develop, promote and commercialise research findings as well as
provide technical, advisory and consultancy services to the oil palm
industry.
Develop and maintain markets for oil palm products as well as
promote efficient marketing.
Liaise and co-ordinate with other organisations inside or outside
Malaysia to further enhance the oil palm industry of Malaysia.
Plan and implement training programmes and human resource
development in line with the needs of the oil palm industry.
Be the resource and information centre of the oil palm industry
including the publication and dissemination of information on oil
palm as well as other oils and fats.
Regulatory measures to ensure
healthy growth of the industry
MPOB’s licensing regulations
require oil palm activities to be
licensed
Signing Ceremony of Agreement on Envo Diesel Usage between
MPOB and several government agencies
Dissemination of information
through CDs
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MPOB provides technical, advisory and consultancy
services to the oil palm industry
MPOB ensures that oil palm products meet the trading
contractual specifications
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Board Members
MPOB Board members lead the organisation to
be the leader in the Malaysian oil palm industry
MPOB
Board Members
Chairman
Representative of the
Ministry of Plantation Industries and Commodities
The Board Members
Members of the Board which comprises a
Chairman, representatives from the government
and the industry, and the Director-General
of MPOB are appointed by the Minister
of Plantation Industries and Commodities.
The Board plays a leadership role in giving
direction to the organisation.
Several committees serve the Board in the
following areas:
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Research (Programme Advisory)
Finance & Development
Tenders
Establishment
Registration & Licensing
Audit
Ministry of Finance
Ministry of International Trade and Industry
Federal Land Development Authority
National Association of Smallholders
Malaysian Estate Owners Association
Malaysian Palm Oil Association
Malaysian Edible Oil Manufacturers' Association
Palm Oil Millers' Association of Malaysia
Palm Oil Refiners' Association of Malaysia
Malaysian Oleochemical Manufacturers Group
Sarawak State Government
Sabah State Government
East Malaysia Planters' Association
Registration and Licensing Department
at Wisma Sawit, Kelana Jaya, Selangor
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Director General of MPOB
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Management
The Programme Advisory
Committee
The Programme Advisory Committee
comprising eminent scientists and experts from
Malaysia and abroad annually examines and
makes recommendations on research activities
for the Board’s consideration.
Organisation
Organisation Chart
The Director-General is responsible for the
administration and management of MPOB. In
executing his duties, the Director-General is
supported by the Deputy Director-General
(Research & Development) and the Deputy
Director-General (Services).
Minister of
Plantation Industries and Commodities
Chairman / Board
Director-General
Eight directors head the following divisions:
The main function of MPOB is conducting and promoting research
and development activities relating to the oil palm industry
1. Biological Research
2. Engineering & Processing Research
3. Advanced Oleochemical Technology
4. Product Development Research & Advisory
Services
5. Economics & Industry Development
6. Finance, Management & Development
7. Information Technology & Corporate
Services
8. Licensing & Enforcement
Deputy Director-General
(Services)
Finance, Management &
Development Division
• Development & Maintenance
• Finance & Procurement
• Human Resource Management
• Human Development &
Conference Management
Economics & Industry
Development Division
• Techno Economics
• Trade Development
• Industry Development
Deputy Director-General
(Research & Development)
Internal Audit
Information Technology &
Corporate Services Division
• Palm Information Centre
• Corporate Implementation &
Consultancy Unit
• Computer & Multimedia
• Public Relations & Publications
Licensing & Enforcement Division
• Enforcement
• Licensing
• Quality Control
• Legislation & Policy Studies
Biological Research Division
• Crop Production & Management
• Advanced Biotechnology &
Breeding Centre
• Crops & Livestock Integration
Advanced Oleochemical
Technology Research Division (AOTD)
• Oleochemical Products Development
• Oleochemical Products Services
• Oleochemical Methods Services
• Oleochemical Start-up Business Unit
Engineering & Processing
Research Division
• Milling & Processing
• Agro Product
• Energy & Environment
Product Development Research &
Advisory Services Division
• Analytical & Quality Development
• Food Technology & Nutrition
• Technical Advisory Services
* The placement of the divisions in the Organisation Chart does not reflect their order of importance
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Operations
Research and
Development (R&D)
Pilot plant producing polyol for polyurethane products
■ Strategy
The research activities are aimed at maximising
productivity, improving production efficiency
and quality, and increasing value creation by
expanding the palm oil and palm kernel oil value
chain to promote a globally competitive and
sustainable industry.
• High Income
Increasing the yield of oil palm through the
application of modern technologies such as
genetic engineering and tissue culture as well
as implementing good plantation
management practices, farm mechanisation
and integrated farming to increase the
income of oil palm producers.
• Zero Waste
Optimising the utilisation of oil palm waste
and biomass such as empty fruit bunches,
fronds and trunks for field-mulching and
commercial products like pulp and paper,
medium density fibre-board, automobile
components and biogas for energy generation.
Farm mechanisation and integrated farming help to increase income
of oil palm producers
From waste to wealth – utilisation of oil palm biomass is essential in
sustainable agriculture
To achieve this, MPOB has embarked on a
three-pronged R&D strategy:
• High Income
• Zero Waste
• Value-Addition
Research and Development is the thrust of
MPOB’s activities. A whole spectrum of R&D
work ranging from upstream production to
downstream processing is carried out by the
various research divisions namely Biological,
Engineering & Processing, Product
Development & Advisory Services and
Advanced Oleochemical Technology.
Sample of MDF undergoes strength-test
The Genome Analysis
Laboratory for Oil Palm
(GALOP) acts as the core
facility providing services
and gene resource
management for MPOB
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• Value-Addition
Increasing the value of palm-based products,
both edibles and non-edibles, for consumer
and industrial uses by going downstream.
Research
Production of callus of palm‘s shoot
DNA sequencing process
The following four divisions are responsible for
R&D.
Biological Research Division
This division undertakes all aspects of research
relating to crop production and management,
and advanced biotechnology.
Polyurethane–ceiling
Vitamin E
Palm-based personal care products
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The R&D areas are:
• Agronomy and fertilisers
• Entomology and mammalia
• Plant pathology and weed science
• Plant physiology
• Farm mechanisation
• Gene expression
• Metabolics
• Genomics
• Transformation
• Breeding and genetics
• Tissue culture
• Crops and livestock integration
• Extension, consultancy and training
• Smallholders’ development
Oil palm tissue culture
Hill padi is one type of crop used in
crop integration scheme
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Engineering and Processing Research Division
The thrust of this division is on enhancing the
quality of oil palm products, expanding their
uses, developing new milling and refinery
processes as well as technology for increased
efficiency and cleaner environment.
Advanced Oleochemical Technology Research
Division (AOTD)
This is a division that focuses on research in
oleochemicals. Its objective is to spearhead the
development of oleochemical downstream
activities, thus increasing the country’s earnings
through oleochemicals products.
Palm Oil Milling Technology Centre (POMTEC)
in Labu, Negeri Sembilan
The R&D areas are:
• Cosmetics, personal care and pharmaceutical
products
• Surfactants and specialty chemicals
• Polyols, polyurethanes, polymers and
coatings
• Household and industrial chemicals
• Agrochemicals
• Oleochemical methods and standards
• Oleochemical Process Development
AOTD has established analytical, efficacy and
physical testing services for the benefit of the
industry.
Plant-wide automation to facilitate control of mill operation from
a control room
Palm-based polyurethanes
Palm-based oleochemical products - towards a cleaner environment
Continuous Sterilisation - a modern milling technology
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Effluent Treatment System - an effective method in treating
discharge from mills
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The R&D areas are :
Phenolic Pilot Plant incorporated into Palm Oil Milling Technology
Centre (POMTEC) to produce phenolic antioxidants from oil palm
mill effluent
Product Development Research and Advisory
Services Division
This division is actively involved in innovative
R&D to enhance the quality of Malaysian oil
palm products, expound and promote their
nutritional attributes, find new and innovative
uses and products and conduct technical
promotional programmes for their market
expansion.
• Product formulation and performance
evaluations of palm-based solid fats and
frying oils
• Fractal and synchrotron radiation studies of
crystallisation of oil palm products
• Production of oil palm reference standards
• Development of new analytical techniques
and instruments
• Environmental impact of agrochemical
practices
• Research into health benefits of oil palm and
oil palm-based products
• Development of palm-based nutracueticals
• Market expansion through Technical Advisory
Services
Economics and Industry Development
Division
It undertakes economic research and statistical
analyses on production, marketing and new
technologies in the oil palm industry; embarks
on economic development programmes and the
registration, collection and dissemination of
market and industry information.
Its main activities relate to:
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Market Development
Techno Economics
Econometrics
Industry Development
Trade Development
Comprehensive and up-to-date
market information on palm oil are
made available through various
media
Continuous Frying Facility
MPOB High Oleic Pilot Plant
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Innovative R&D helps to
enhance the quality of oil
palm products like the
production of high oleic oil
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Licensing and Enforcement Division
The division is responsible for registering, coordinating, regulating and promoting all
relevant activities for the healthy and orderly
growth of the industry, and for ensuring that oil
palm products produced and exported meet the
trading contractual specifications and customer
needs.
Services
Technical Consultancy
The division’s four main activities are:
The Finance, Management and Development
Division, the Information Technology and
Corporate Services Division and the Licensing
and Enforcement Division provide support
services designed to enhance the effectiveness of
R&D and the growth of the palm oil industry.
Finance, Management and Development
Division
The division oversees the management of the
organisation and its finances, and provides
services in matters relating to:
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Palm Information Centre and Library
Corporate Implementation and Consultancy
Computer and Multimedia
Public Relations and Publications
Licensing
Enforcement
Quality Control
Legislation and Policy Studies
In rendering its services the division is assisted
by regional offices.
Human Resources
Finance and Procurement
Development and Maintenance
Human Resource Development and
Conference Management
State-of-the art and interactive Palm Information Centre
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Information Technology and Corporate
Services Division
The division provides expertise in the following
areas:
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Information relating to regulatory measures is also conveyed
through the use of posters and buntings
Provides research facilities to the oil palm
industry
MPOB extends technical consultancy and other
services to support the oil palm industry through
its:
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Pilot Plant Facilities
Efficacy Testings
Microbiology Testings
Analytical Testings
Biodegradation Testings
Ecotoxicity Testings
Efficacy Testings
Microbiological Testings
Physical Testings
Information & Library Services
Market Information
Technical Advisory Services
Technical Consultancy
Feasibility Studies on Oil Palm Planting
Scientific Publications
Technical Trainings
Conferences & Seminars
Transfer of Technology
Extension Services
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Achievements
Achievements
The Malaysian Palm Oil Board has developed
strong research expertise in various disciplines
such as biology, chemistry, physics, engineering
and other areas in carrying out R & D relating to
the oil palm industry. Among its many successes
include the utilisation of oil palm and
oleochemicals in non-food applications and the
development of oil palm biomass as a raw
material for pulp, paper and furniture products
such as the medium-density fibreboards and
energy sector – biofuel.
MPOB has won many awards for its
achievements in developing the Malaysian oil
palm industry. Among the prestigious awards are
the top-ranking Prime Minister’s Quality Award
and scientific excellence awards for outstanding
research projects, at both the national and
international levels. The Islamic Development
Bank (IDB) has awarded the prestigious - Prize
for Science & Technology award in the category
for
“Institutions
Having
Achieved
Outstanding Scientific or Technological
Contribution to the Development of a Member
Country”.
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Upstream Research
Gene sequences are
archived in the Palm
Genes database and are
used to build the oil palm
DNA chip, for the
development of diagnostic
tools for breeding and
tissue culture
IDB Trophy
IDB Award
MPOB has successfully assembled the world’s
largest collection of oil palm germplasm, which
has contributed tremendously to the
development of planting materials. The range of
high quality oil palm planting materials, PS1 and
PS2, besides high yield, is known for dwarfness
and high iodine value, respectively. Breeding
populations developed are PS3 (high kernel
The Cremer And Warner Medal
content), PS4 (high carotene), PS5 (thin shell),
PS6 (large fruit), PS7 (high bunch index), PS8
(high vitamin E), PS9 (bactris), PS10 (long
stalk), PS11 (high carotene E.guineensis) and
PS12 (high oleic acid). The planting materials
and breeding populations developed are for the
betterment of the oil palm industry.
Accreditation Award
Genetic engineering
programmes is instrumental
in ensuring the future
development of the oil palm
industry
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Genomic in-situ hybridisation (GISH) technique
Bar coding - part of the tissue culture facilities
MPOB plays a significant role in applying and
promoting oil palm biotechnology. The genetic
engineering programmes are targeted at
transforming oil palm from a commodity-based
crop to an industrial-based crop by modifying its
fatty acid composition and synthesising valueadded products such as oleic acid, stearic acid,
ricinoleic acid, lycopene and manomer for
biodegradable plastics.
in-situ hybridisation (GISH) technique, or
chromosome painting, has been applied for
distinguishing E. oleifera and E.guineensis
chromosomes in hybrids and their backcross
progenies. The application of automated DNA
sequencing and bioinformatics tools has resulted
in over 9,000 oil palm genes being partially
sequenced. The gene sequences are archived in
the Palm Genes database and are being used to
build an oil palm DNA chip, or micro-array, for
the development of diagnostic tools for breeding
and tissue culture.
It is the only organisation in the world today that
has the whole complement of genes, promoters
and transformation techniques for producing
high oleic oil palm via genetic engineering.
However, there is no commercial production of
genetically modified oil palm and as such,
Malaysian palm oil is GMO-free. MPOB has
well-established tissue culture facilities and some
of the most sophisticated research equipment.
In the field of genomics, MPOB has constructed
genetic linkage maps of the oil palm genes
associated with economics traits. The genomic
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In Agronomy research, MPOB has developed an
expert system known as the Oil Palm Efficient
Nutrient System (OPENS) to increase site yield
potential. This system determines the status of
nutrients in the oil palm environment so that
suitable fertilisers can be applied to plantations
in appropriate dosages.
OPENS, which
considers soil characteristics, rainfall, ageprofiles, soil and foliar data, can significantly
increase productivity in the plantations. Tools
such as Remote Sensing and Geographical
Information System (GIS) can enhance precision
agriculture and plantation management.
The fertilisers, namely MPOB F1 and MPOB F2,
have balanced nutrients that optimise nutrient
uptake, and deliver more yield. Their continuous
application provides good growth and higher yields
in the long term.
MPOB has also embarked on several farm
mechanisation programmes to promote efficiency
in the industry, address labour shortage, increase
worker's productivity and reduce plantation
management costs. New technologies have been
introduced and these include the hand-held
mechanical cutter, harvesting machine for tall
palms and a cable-way system for evacuation of
fresh fruit bunches in peat and hilly areas.
The Genome Analysis Laboratory for Oil Palm
(GALOP) acts as the core facility providing
services and gene resource management for
MPOB, the industry and the scientific
community. Research in tissue culture and the
development of alternative methods of cloning
have been aggressively undertaken.
Good agronomic practices help the oil
palm plantation to achieve higher
productivity
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Intermediate Downstream
Research
Bio-agent product
for pest control
In Entomology and Mammalia research, the
beneficial plant Cassia cobanensis is proven
effective in propagating parasitoids and
predators for the control of bagworms. A local
Bacillus thuringiensis (Bt) isolate has potential to
control bagworms and nettle caterpillars. Bioagents such as the Metarhizium and Oryctes virus
have the potential to control the rhinoceros
beetle, Oryctes rhinoceros and reduce damage,
especially in zero-burn replanting areas.
Plant Pathology research is focused on developing
control methods and seeking early detection of
Basal Stem Rot (BSR), the oil palm disease caused
by Ganoderma. The molecular method can now
be used to detect pathogenic Ganoderma species.
To prolong the lifespan of diseased palms,
hexaconazole can be applied with a pressure
injection apparatus. A mechanical trunk injector
has also been developed which will hasten the field
application of the fungicide. Sanitation is
considered extremely important in avoiding field
occurrence of this disease. Apart from chemical and
cultural practices, other microbes or antagonists
which could reduce the infection or spread of
Ganoderma are being studied.
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Trunk injection is one method of fungicide application in the control
of BSR
Research in Crop Physiology is geared towards
understanding the above-ground and belowground resource capture, storage and utilisation,
the regulatory processes involved in the
reproductive phase (e.g. sex determination,
abortion and fruit bunch development) and the
physiological responses to environment stress,
diseases and agronomic practices. Research tools
such as minirhizotron and root auger were
developed to further enhance the observation
and study of the oil palm root development and
turnover.
Mechanical harvester for tall oil palm tree
MPOB has succeeded in transforming the oil
palm milling technology with its continuous
sterilisation process. This new process
eliminates the use of steriliser cages, rail tracks,
overhead cranes, tippers, transfer carriages and
tractors. In the conventional batch sterilisation
process, bunches are loaded into cages and
pushed into sterilisers where they are steamed in
batches, for more than one hour. Considerable
space and a system of rails are required in this
method, which is also labour-intensive. The cost
of building a new mill based on continuous
sterilisation is estimated to be about 15 per cent
less than a mill based on the conventional
process. At the same time, MPOB is pioneering
the use of a plant-wide control system to
facilitate comprehensive monitoring of the
milling process and equipment from a control
room.
Downstream Research
MPOB has introduced various formulations for
food. Oil palm is so adaptable that it can be used
for a wide range of food products. These include
margarines, shortenings, fat spreads, ice-cream,
cheese, non-dairy creamer and other non-dairy
products, salad dressing, chocolates and palmbased coconut-milk (santan) and others.
New mill base on automation and plant-wide control system
Palm oil is the richest natural source of carotenes
(pro-Vitamin A). Increasing evidence shows
that carotenes, besides providing Vitamin A,
possess anti-artherosclerotic effects and anticancer properties for some cancers. MPOB has
developed a process to produce deacidified and
deodorised red palm oil to retain carotene for
consumption. This technology has been
commercially adopted and red palm oil products
are already available in the market.
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MPOB continuously seeks to improve the
nutritional value of palm oil. Research has
shown that palm oil could be a good partner in
the current dietary fat recommendation. Palm
oil is increasingly being considered to displace
trans-fatty acids in food. MPOB is optimistic
that it will become the natural fat of choice for
many fat formulations in the future.
Palm oil is also rich in Vitamin E with high
levels of tocotrienols. MPOB’s research in palm
Vitamin E began in the 1980s. Its research
findings have confirmed that tocotrienols possess
powerful antioxidant, anticancer and cholesterol
lowering properties. Recent studies have shown
that tocotrienols at nanomolar concentrations
offer neuro-protective effects against glutamateinduced cell death. Findings have continued to
be promising and as a natural product, palm
Vitamin E has an edge over synthetic products in
health and pharmaceutical applications.
The versatility of palm oil enables it being used in a wide range of food products
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The versatility of palm oil is not limited to food
applications. Its attractiveness as raw material
for non-food application is well-known.
Industries prefer to use plant-derived raw
materials since these are renewable,
environmental-friendly and is cost competitive.
Palm-based detergents
MPOB spearheads the development of palm oilbased polyol for the production of polyurethane
products. This industry is expected to generate
export income similar to the oleochemical
industry.
Palm oil or palm olein can be used as an
alternative fuel for vehicles and industrial
boilers. Palm oil can also be converted to palm
diesel and serve as a substitute for diesel. Palm
diesel is now being used in diesel engines
without the need for any modification to the
engines. MPOB is assisting the Government in
the formulation of a National Biofuel Policy
which envisions a greater use of palm oil as a
biofuel for the country.
In non-food applications, research has focused
on the development of value-added
oleochemical consumer products such as soaps,
shower products, shampoos, conditioners, grease,
detergents and softeners as well as agricultural
and industrial products.
MPOB has introduced a technology to produce
surfactant from palm oil that can compete with
other petrochemical-derived surfactants, in
terms of costs and performance. Palm-based
surfactants have proven to clean as effectively as
other surfactants. It is biodegradable, mild
towards enzymes and less sensitive to water
hardness. It can also easily be formulated into
powder and liquid detergents. MPOB estimates
the potential demand for palm-based surfactants
to be high.
MPOB’s Palm Biodiesel Pilot Plant
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About 10 per cent of the output of the oil palm
tree is palm oil while about 90 per cent, in the
form of trunk and fibre, are biomass (waste)
which has yet to be economically exploited fully.
The utilisation of the oil palm biomass is
essential in sustainable agriculture.
The Prime Minister and the Minister of Plantation Industries and
Commodities at the launching of Envo Diesel
MPOB, through its research, has made it
possible for this biomass to be converted into a
wide range of industrial applications and has
proven that the conversion of oil palm biomass
into certain higher-value products is technically
feasible. The fronds, trunks and empty fruit
bunches have been turned into plywood, pulp
and paper products, medium-density fibreboard,
m o u l d e d particleboard and thermoplastic
composites. Others include composite boards of
various kinds used for making furniture and
automotive components. The oil palm biomass
is also being used in the feedstock and chemical
industry for fertiliser and animal feed
production.
Products made from medium-density fibreboard
Vehicles using biodiesel
Commercialisation
The new technologies and products emanating
from MPOB research and development
programmes are actively promoted for adoption
and many have been transferred for
commercialisation by the industry and Malaysian
entrepreneurs.
MPOB's commercialisation efforts owe their
success to effective transfer of technology
methods which are implemented through
seminars
and
exhibitions,
technology
demonstration month, technology website, pilot
plants and incubation centres, the MPOB
intellectual
property
policy
and
commercialisation agreements.
• Farm Mechanisation
– Aluminum Harvesting Pole, Mechanical
Loader (The Grabber), Automatic
Grabber, Super Crawler and Mechanical
Harvester.
• Crop and Livestock Integration
– MPOB’s mixed farming design with
distinct features. In a defined, systematic
way, two commodities, cattle and oil
palm, are managed in a single piece of
land.
The transferred technologies have contributed
significantly to the oil palm industry. The
findings generated from transfer of technology
efforts are multifarious, and may be classified into
the following categories:
• Planting
Materials
and
Breeding
Populations
– PS1, PS2, PS3, PS4, PS5, PS6, PS7, PS8,
PS9, PS10, PS11 and PS12.
Integration of cattle with oil palm (top)
Integration of herb with oil palm (below)
Blends of processed palm oil with petroleum diesel
• Pests and Disease Control
– The biological technique developed to
control rhinoceros beetle. Metarhizium
anisopliae, a fungus which kills the
rhinoceros beetles that damage the oil
palm tree at the immature stage.
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Breeding population – PS8
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• Milling and Processing
– Effluent Treatment, Zero Discharge
Treatment Process, Sequencing Batch
Reactor, Membrane Filtration System,
Continuous
Sterilisation,
Rolek
Nutcracker and Palm Diesel.
• Food Use
– Red Palm Oil, Vitamin E, Palm Oil-Based
Specialty Animal Fats Replacer
(SAFaR™) Formulation, Pourable
Margarine and Smart Balance™ range of
products.
• Oleochemical
– Detergents, cosmetics, personal care
products, polyols and polyurethanes,
coatings and adhesives, agricultural
products and industrial products.
• Biomass Utilisation
– Pulp & paper and fibremat from oil palm
fibres, OP-Fibre Moulded Plastic
Composite and Automobile Components
Palm-based lipsticks
Biomass utilisation – oil palm fibremat (Ecomat TM) used in a desert
area and agriculture land in China
Pourable margarine
Palm chocolate spread
Smart Balance™ range of products
Palm-based sweet short crust
Palm-based detergents and personal care products
Automobile components
MPOB has released more than 340 technologies
and many of these have been commercialised.
Several more of these technologies, which are to
be commercialised through the licensing of
patents, are currently under negotiations.
Vitamin E
Food grade grease
32
Some of the food products which have been commercialised
33
Facilities
The Advanced Oleochemical Technology
Division (AOTD), located in Bandar Baru
Bangi, Selangor, is well-equipped with state-ofthe-art R&D facilities enabling it to provide
specialised services to the industry. Two other
facilities located a distance away are the Farm
Mechanisation Centre and the Biomass
Technology Centre. The Wisma Sawit in
Kelana Jaya, Selangor, accommodates the
Economics and Industry Development Division
as well as the Licensing and Enforcement Division.
Microbial Technology Engineering Centre (MICROTEC) in Bangi, Selangor
34
Advanced Oleochemical Technology Division (AOTD)
in Bandar Baru Bangi, Selangor
MPOB has set up a fully-automated modern mill
at the Palm Oil Milling Technology Centre
(POMTEC) in Labu, Negeri Sembilan. The
installation encompasses up-to-date milling
technologies which include a plant-wide control
system and continuous sterilisation. With this
modern mill, the oil palm industry will have
access to technology-transfer in commercial
mills which would lead to increased productivity,
better quality oil palm and reduced processing
costs.
Advanced Biotechnology and Breeding Centre (ABBC) in Bangi,
Selangor
The MPOB head office is located in Bangi,
Selangor. It encompasses its research facilities
which include the Oil and Fats Technology
Centre (OFTEC), Advanced Biotechnology and
Breeding Centre (ABBC), Palm Biodiesel Pilot
Plant, Margarine Pilot Plant, Continuous Frying
Pilot Plant, High Oleic Pilot Plant, Alpha SME
Pilot Plant and Microbial Technology
Engineering Centre (MICROTEC). It also
houses the Palm Information Centre and
Library.
of METEC is a landmark event in the
development of collaborative efforts between
MPOB and FELDA in promoting the effective
application of R&D. The introduction of bioagents such as the Metarhizium fungus will
benefit the plantation industry and assure high
returns.
Metarhizium Technology Centre (METEC) in Jerantut, Pahang
MPOB and FELDA Agricultural Services Sdn
Bhd (FASSB), a subsidiary of FELDA, have set
up the Metarhizium Technology Centre
(METEC) in Jerantut, Pahang. The launching
The Energy and Protein Centre (EPC) is located
in Keratong, Pahang. The centre is entrusted to
find technical solutions, formulation and feasible
practices for utilising and incorporating more
total palm fat energy in commercial livestock
feed.
A network of research stations, regional and subregional licensing and enforcement offices, as
well as port stations have been established
throughout the country to ensure the orderly
development and growth of the industry.
Farm Mechanisation Centre and Biomass Technology Centre in
Bangi, Selangor
35
Linkages
The launching of oil palm-based flexible polyurethane foams
One of MPOB Technical Advisory Services office
MPOB has also set up technical advisory offices
at various major oil palm consuming countries.
At home, a network of 6 regional and
10 subregional offices, 7 research stations and
5 port stations has been established.
A monthly MPOB’s newsletter – “Berita Sawit”
Seminar and factory visit in Japan
It also maintains linkage with international
institutions related to oils and fats, universities
and various R&D institutes. This is done
through collaborative or contract research in
areas of common interest. Such linkages help
MPOB keep abreast with the latest
developments in the oils and fats sector.
Foreign visitors on official visit to MPOB
Some of the delegates at a seminar
Seminar on Ecomat™
Research and Promotion
in China
36
Malaysia-China Palm Oil Trade
Fair and Seminar in China
37
MPOB – Northern Region
Suite 11.02, Tkt. 11 Wisma Pantai
Jalan Kg. Gajah
12200 Butterworth
Pulau Pinang
Tel: 604 - 323 0526 / 0490
Fax: 604 - 323 0527
E-mail: utara@mpob.gov.my
MPOB – Butterworth Port Station
Suite 11.4, Tkt. 11 Wisma Pantai
Jalan Kg. Gajah
12200 Butterworth
Pulau Pinang
Tel: 604 - 323 0526 / 0490
Fax: 604 - 331 5799
E-mail: buttwth@mpob.gov.my
MPOB – Kuala Terengganu Subregion
MPOB – Hulu Paka Research Station
Tkt. 4, Lot 3 & 4
Bangunan LUTH / Bank Pertanian
Jalan Sultan Ismail
20200 Kuala Terengganu, Terengganu
Tel: 609 - 623 1077
Fax: 609 - 623 4479
E-mail: ktrgnu@mpob.gov.my
Lot 2074, Bandar Ketengah Jaya
Beg Berkunci No.4
23300 Bandar Ketengah Jaya
Terengganu
Tel: 609 - 820 0142 / 0295
Fax: 609 - 820 0158
E-mail: mpobhp@mpob.gov.my
MPOB – Kuala Krai Subregion
Lot PT4674, Taman Teknik
Tingkat 1
Lebuhraya Kuala Krai - Gua Musang
Kelantan
Tel: 609 - 960 6015 / 6090
Fax: 609 - 960 6306
MPOB Offices & Research Facilities
MPOB – Sabah Region
MPOB – Eastern Region
Energy & Protein Centre (EPC)
Suites 6, 7 & 8, Tkt.10
Kompleks Teruntum
Jalan Mahkota
25000 Kuantan, Pahang
Tel: 609 - 513 8677
Fax: 609 - 513 0045
E-mail: timur@mpob.gov.my
Kilometer 143
Lebuhraya Segamat-Kuantan, Keratong
P.O. Box 24, 26900 Bandar Tun Razak
Pahang
Tel: 609 - 452 7181
Fax: 609 - 452 7182
Tkt. 7, Kompleks KUWASA
Karamunsing
Beg Berkunci No. 158
88999 Kota Kinabalu, Sabah
Tel: 6088 - 235 281
Fax: 6088 - 239 025
E-mail: sabah@mpob.gov.my
Tingkat 2, Bangunan Tabung Haji
28000 Temerloh, Pahang
Tel: 609 - 296 0580
Fax: 609 - 296 9470
MPOB – Teluk Intan Subregion
No. 56 & 58 G
Jalan Intan 6, Bandar Baru Teluk Intan
36000 Teluk Intan, Perak
Tel: 605 - 622 7515 Fax: 605 - 621 5884
E-mail: tintan@mpob.gov.my
Metarhizium Technology Centre
(METEC)
Felda Agricultural Services Sdn Bhd
Pusat Perkhidmatan Pertanian Tun Razak
Sg. Tekam, 27000 Jerantut, Pahang
Tel: 609 - 471 9344
Fax: 609 - 471 8253
E-mail: ramle@mpob.gov.my
MPOB – Teluk Intan Research Station
No. 6 & 7, Jalan Merpati, Taman Sabak
45200 Sabak Bernam, Selangor
Tel: 603 - 3216 1624 / 011 - 326 364
Fax: 603 - 3216 2909
E-mail: tkintan@tm.net.my
MPOB – Central Region
Wisma Sawit, Ground Floor
Lot 6, SS6, Jalan Perbandaran
47301 Kelana Jaya, Selangor
Tel: 603 - 7803 5544
Fax: 603 - 7803 5051
E-mail: tengah@mpob.gov.my
MPOB – Registration and
Licensing Department
Wisma Sawit
Lot 6, SS6, Jalan Perbadanan
47301 Kelana Jaya,
Selangor
Tel: 603 - 7803 5544
Fax: 603 - 7803 3533 / 2323
Microbial Technology
Engineering Centre
(MICROTEC)
6, Persiaran Institusi
Bandar Baru Bangi
43000 Kajang, Selangor
Tel: 603 - 8769 4478
Fax: 603 - 8925 9446
E-mail: ramlah@mpob.gov.my
Advanced Biotechnology &
Breeding Centre (ABBC)
Bandar Baru Bangi
Tel: 603 - 8925 5926
Fax: 603 - 8926 1995
E-mail: raviga@mpob.gov.my
Oils & Fats Technology Centre
(OFTEC)
Bandar Baru Bangi
Tel: 6 03 - 8922 2509
Fax: 603 - 8922 1742
Kilometer 137, Lebuhraya Segamat - Kuantan
Peti Surat No.24
Pejabat Pos Bandar Tun Razak
26900 Bandar Muadzam Shah, Pahang
Tel: 609 - 452 7181
Fax: 609 - 452 7182
E-mail: mpobktg@mpob.gov.my
Peti Surat Berkunci No. 14
Bahagian Perdagangan
Lembaga Pelabuhan Kuantan
26080 Kuantan, Pahang
Tel: 609 - 583 3181
Fax: 609 - 583 3775
E-mail: pkuantan@mpob.gov.my
MPOB – Bintulu Subregion
Tkt. 1, Wisma Kontena
Batu 12, Jalan Tanjung Kidurung
97000 Bintulu, Sarawak
Tel: 6086 - 253 072 / 252 930
Fax: 6086 - 291 123
MPOB – Miri Subregion
Biomass Technology Centre
(MPOB/UKM)
Jalan Sekolah, Pekan Bangi Lama
Tel: 603 - 8926 1862
Fax: 603 - 8925 1629
E-mail: mpobukm@mpob.gov.my
MPOB – Sarawak Region
Farm Mechanisation Centre
(MPOB/UKM)
Tel: 603 - 8920 1504 / 1542 /
8926 1855
Fax: 603 - 8920 1670
Kilometer 10, Jalan Tengah Nipah
Beg Berkunci No.4
91109 Lahad Datu, Sabah
Tel: 6089 - 882 400
Fax: 6089 - 882 401
E-mail: mpobld@mpob.gov.my
MPOB – Kuantan Port Station
Lot 9 & 11, Jalan P10/14
43650 Bandar Baru Bangi,
Selangor
Tel: 603 - 8925 5708 / 5748
Fax: 603 - 8925 6197
Website: http://mpob.gov.my /
research/aotd.htm
MPOB / UKM – Research Station
MPOB – Lahad Datu Research Station
Tkt. 4, Wisma Hap Seng
2.7 km Jalan Leila
90000 Sandakan, Sabah
Tel: 6089 - 614 248
Fax: 6089 - 615 245
E-mail: sandakan@mpob.gov.my
Advanced Oleochemical
Technology Division (AOTD)
Tel: 603 - 8929 7822 / 8920 1504
Fax: 603 - 8926 1852
Km. 10, Jalan Tengah Nipah
Beg Berkunci 4
91109 Lahad Datu, Sabah
Tel: 6089 - 882 400 / 885 196
Fax: 6089 - 881 222
E-mail: mpobld@mpob.gov.my
MPOB – Sandakan Port Station
MPOB – Keratong Research Station
MPOB – Temerloh Subregion
MPOB – Lahad Datu Subregion
MPOB – Seremban Subregion
Lot No. 7, Jalan 52B1
Lake View Square
70200 Seremban 2, Negeri Sembilan
Tel: 606 - 601 1605 / 1534
Fax: 606 - 601 1307
E-mail: seremban@mpob.gov.my
MPOB – Port Kelang
Port Station
Palm Oil Mill Technology Centre
(POMTEC)
7/7A, Jalan Melaka
off Persiaran Raja Muda Musa
42000 Pelabuhan Kelang,
Selangor
Tel: 603 - 3167 4923
Fax: 603 - 3167 8073
E-mail: pkelang@mpob.gov.my
Batu 10, Jalan Labu
P.O. Box 5, 71900 Labu, Negeri Sembilan
Tel: 606 - 791 6803
Fax: 606 - 791 6804
MPOB – Southern Region
MPOB – Kluang Research Station
Bilik 3, Tingkat 22
Kompleks Tun Abdul Razak
Jalan Wong Ah Fook
80000 Johor Baharu, Johor
Tel: 607 - 223 6571
Fax: 607 - 224 3319
E-mail: selatan@mpob.gov.my
Kilometer 11, Jalan Johor Tenggara
Beg Berkunci 532, 86009 Kluang, Johor
Tel: 607 - 789 1133 / 1134
Fax: 607 - 789 1030
E-mail: mpobklu@mpob.gov.my
MPOB – Kluang Subregion
Km. 11, Jalan Johor Tenggara
P.O. Box 67, 86009 Kluang, Johor
Tel: 607 - 789 1133 / 1134
Fax: 607 - 7891 030
E-mail: mpobklu@mpob.gov.my
MPOB – Pasir Gudang Port Station
No.22-A1, PTD 112731
Jalan Bandar
81700 Pasir Gudang, Johor
Tel: 607 - 251 6017
Fax: 607 - 251 0588
E-mail: pgudang@mpob.gov.my
Tkt. 4, Crown Towers
88 Jalan Pending
93459 Kuching, Sarawak
Tel: 6082 - 342 871
Fax: 6082 - 342 876
E-mail: sarawak@mpob.gov.my
MPOB – Sessang Research Station
Kompleks MPOB,
Jalan Saratok / Roban Lama
Peti Surat 69
95407 Saratok, Sarawak
Tel: 6083 - 436 252 / 438 102
Fax: 6083 - 436 254
E-mail: sessang@tm.net.my
Lot 1262, Tingkat 1
Miri Centre Point,
Jalan Miri
98000 Miri, Sarawak
Tel: 6085 - 427 166
Fax: 6085 - 437 166
E-mail: miri@mpob.gov.my
LEGEND
MPOB Regional Office
Registration & Licensing
Subregion
Research Facility
Research Station
MPOB – Tangkak Subregion
Tingkat 1, Lot 1331
Jalan Paya Mas
84000 Tangkak, Johor
Tel: 606 - 978 8269
Fax: 606 - 978 8337
Port Station
39
Head Office & Technical
Advisory Services
Head Office
Malaysian Palm Oil Board
Bandar Baru Bangi
43000 Kajang
Selangor, Malaysia
Tel: 603 - 8769 4400
Fax: 603 - 8925 9446
Website: http://www.mpob.gov.my
(Postal Address)
P.O. Box 10620
50720 Kuala Lumpur
Malaysia
Advisory Offices
Brickendonbury
Hertford
Hertfordshire SG13 8NL
England
Tel: (44)1992 554347
Fax: (44)1992 500564
E-mail: mpob@mpob.powernet.co.uk
3516 International Court N.W.
Washington D.C.
20008 USA
Tel: +1(202) 572 9719 / 9768
Fax: +1(202) 572 9783
E-mail: mpobtas@aol.com
904-905, 9th Floor
Chapal Plaza
Hasrat Mohani Road
G.P.O Box 1352
Karachi, 74200 Pakistan
Tel: 92 - 21 - 243 0670 / 0569
Fax: 92 - 21 - 243 0440
E-mail: mpob@cyber.net.pk
40
21, El Aanab Street
El Mohandessine
Giza, Arab Republic of Egypt
Tel: (202) 761 0174 / 0184
Fax: (202) 761 0216
E-mail: mpobcai@access.com.eg
6, Shahid Ashgari Alley
Sereshteh Avenue
Elahieh, Tehran
Islamic Republic of Iran
Tel: + 9821 - 201 1061
Fax: + 9821 - 201 0477
E-mail: mpobtehran@parsonline.net
LONDON
WASHINGTON
TEHRAN
CAIRO
KARACHI
SHANGHAI
KUALA LUMPUR
Level 2 & 3, Business Centre
No. 88, Huaning Road Lane 2888
Xinzhuang Industrial Park
Minhang
Shanghai 201108
People’s Republic of China
Tel: +(86) 21 6442 3303
Fax: +(86) 21 6442 3866
E-mail: engmeng_goh@mpob.gov.my
portsim@mpob.gov.my
41
... a total of more than 340 technologies/products have been launched.
42
43
List of MPOB Technologies & Services
44
Technology / Product
Researched By
29.
Evaporation Technology for Palm Oil Mill Effluent Treatment
Ir. Dr. Ma Ah Ngan
1.
Sequencing Batch Reactor
Ir. Dr. Ma Ah Ngan
30.
Activated Carbon Production from Oil Palm Wastes
Ropandi Mamat
2.
Harvesting Pole (Zirafah)
Abdul Razak Jelani
31.
Palm-Based Lubricant (for motocycle)
Dr. Choo Yuen May
3.
Mechanical Loader (The Grabber)
Dr. Hj. Ahmad Hitam
32.
Production of Phytin, Phytic Acid and Myo-inositol from Palm Kernel Cake
Karim Yaacob
4.
Palm-Based Printing Ink
Dr. Ooi Tian Lye
33.
Palmanis Lotion and Cream
Rubaah Masri
5.
Leasing of Dura Mother Palms for Seed Production
Dr. N. Rajanaidu
34.
Palm-Based Processed Cheese
Dr. Karimah Ahmad
6.
Sale of Pollen for Seed Production
Dr. N. Rajanaidu
35.
Palm-Based Chocolate Pastel
Sabariah Samsudin
7.
Palm Particle Board Furniture
Kamarudin Hassan
36.
Ice Cream Powder
Wan Rosnani Awang Isa
8.
Extraction of Vitamin E
Abd. Gapor Mat Top
37.
Trans Free Margarine
Dr. Hj. Mohd Suria Affandi Yusuf
9.
Palm-Based Candles
Dr. Ooi Tian Lye
38.
Palm-Based Paper Coating
Abdul Rashid Abd. Shukor
10.
Palmoilis (Palm Oil Information Online Service)
Datin Hjh. Mardhiah Mohd Zin
39.
Palm-Based Products in Deinking of Waste Papers
Dr. Ooi Tian Lye
11.
Red Palm Oil
Dr. Choo Yuen May
40.
Quality Control Process for Oil Palm Tissue Culture Using DNA Probes
Dr. Cheah Suan Choo
12.
Production Technology for Methyl Esters
Dr. Choo Yuen May
41.
PORIM Elite Series 3-Planting Materials
Dr. N. Rajanaidu
13.
Production Technology for Carotenes
Dr. Ooi Cheng Keat
42.
Elaeis oleifera Palm for the Pharmaceutical Industry
Dr. Choo Yuen May
14.
Production Technology for Monoglycerides
Dr. Choo Yuen May
43.
Crude Palm Oil Clarification by Membrane Filter Press
Ir. Mohamad Sulong
15.
PORIM Series No.1-Planting Material
Dr. Ahmad Kushairi Din
44.
Palm Oil-Based Reduced Fat Spread
Noor Lida Habi Mat Dian
16.
PORIM Series No.2-Planting Materials
45.
Palm Oil-Based Santan Powder
Dr. Zaida Zainal
17.
Super Crawler
Dr. Hj. Ahmad Hitam
46.
Palm Oil-Based Trans Vanaspati
Dr. Nor Aini Idris
18.
Automatic Grabber
Dr. Hj. Ahmad Hitam
47.
Pulp and Paper from Oil Palm Fibres
Kamarudin Hassan
19.
Loose Fruit Collector
Dr. Hj. Ahmad Hitam
48.
Palm Oil-Based Anionic Surfactants
Dr. Hjh. Salmiah Ahmad
20.
Wakfoot
Ir. Abd. Rahim Shuib
49.
Chromosome Painting in Oil Palm Hybrids
Dr. Maria Madon
21.
PORIM Elite Pollen
Dr. N. Rajanaidu
50.
Palm Oil Pourable Margarine
Miskandar Mat Sahri
22.
Planting Medium from Oil Palm Biomass
Kamarudin Hassan
51.
The Laser Spectrofluorimeter
Dr. Tan Yew Ai
23.
Red Palm Oil/Olein by Modified Chemical Refining
Dr. Hj. Mohd Suria Affandi Yusof
52.
Transparency Meter
Dr. Hjh. Ainie Kuntom
24.
Production of Palm-Based Ice-Cream
53.
Slip Melting Point Meter
Dr. Siew Wai Lin
25.
Palm Oil-Based Shortenings
Dr. Nor Aini Idris
54.
Non-Dairy Ice Cream
26.
Palm Olein Salad Dressings
Dr. Nor Aini Idris
55.
Smart Balance
Dr. K. Sundram
27.
Microencapsulated Palm Oil-Based Products
56.
Application of Oil Palm Efficient Nutrient System
Hj. Ahmad Tarmizi Mohamed
28.
Palm-Based Glycerine Soap
Dr. Hjh. Ainie Kuntom
57.
Mechanical Loose Fruit Collector (MK II)
Ahmad Zamri Yusof
45
58.
Soil Stabilizer for Plantation Roads
Dr. Hj. Ahmad Hitam
59.
Mechanical FFB Loader fot Short Palms - ‘The Crabbie’
Salmah Jahis
60.
Oil Palm Mechanical Cutter
Abd. Razak Jelani
78.
Wakfoot 2 : (FFB In-Field Transporter)
Dr. Hj. Ahmad Hitam
61.
Palm-Based Hydroxy Fatty Acid-Precursor to Surfactants, Cosmetics
Dr. Roila Awang
79.
Palm-Based Eye Contour Gel
Rubaah Masri
80.
Palm-Based Whitening Gel
Rubaah Masri
and Lubricants
77.
Dr. Idris Abu Seman
Diesease of Oil Palm in Malaysia - Pathogenicity Test
62.
Palm-Based Soap with Goat’s Milk
Rubaah Masri
81.
Palm-Based Cleansing Milk
Rubaah Masri
63.
Goat’s Milk Lotion with Palm Vitamin E for Dry Skin
Rubaah Masri
82.
Palm-Based Day Cream with Sunscreen
Rubaah Masri
64.
Goat’s Milk Lotion with Palm Vitamin E for Normal Skin
Rubaah Masri
83.
Palm-Based Night Cream
Rubaah Masri
65.
Goat’s Milk Skin Freshener
Rubaah Masri
84.
Palm-Based with Tawas
Rubaah Masri
66.
Clear Gel with Encapsulated Vitamin E & A
Rubaah Masri
85.
Palm Soap with Srubbing Agent
Rubaah Masri
67.
Solvent Extraction of Oil Palm Biomass using the Alcell Process
Dr. Mohamad Husin
86.
Hi Reach Harvesting Pole
Abd. Razak Jelani
68.
OP-Fibre Moulded Plastic Composites
Ridzuan Ramli
87.
Goats Milk Ice Cream
69.
Automotive Components: Thermoformable Plastic Composites from
Ridzuan Ramli
88.
Recovery of Glycerol and Valuable Components from Glycerol Residue
Dr. Ooi Tian Lye
89.
Recovery of Glycerol and Valuable Components from Glycerol Pitch
Dr. Hazimah Abu Hassan
90.
Palm-Based Insecticide Formulation
Ismail Ab. Rahman
91.
Speciality Animal Fats Replacer For Meat Products
Dr. Osman Atil
92.
Palm-Based Esterquats
Zainab Idris
93.
Palm-Based Tempura Oil
Razali Ismail
94.
30 Tonnes FFB Technology for Oil Palm Growers-A Case Study on
Hj. Suboh Ismail
OP-Fibre - Bar Bumper
70.
Ridzuan Ramli
OP-Fibre - Boot Trim
71.
Ridzuan Ramli
OP-Fibre - Door Trim
72.
Ridzuan Ramli
OP-Fibre - Rear Parcell Shell
73.
Coastal Area
Ridzuan Ramli
95.
OP-Fibre - Spare Wheel Cover
74.
Ridzuan Ramli
75.
Mobile Ramp for Mainline Loading of Oil Palm FFB
Ahmad Zamri Yusof
76.
Palm-Based Blanket and Roller Wash for Off-set Printing
Dr. Ooi Tian Lye
77.
a) The Identity of Ganoderma Responsible for Basal Stem Rot Diesease
Dr. Idris Abu Seman
of Oil Palm
Field Practices for Reducing Risk of Rhinoceros Beetles (Oryctes
Dr. Norman Kamarudin
Rhinoceros)
OP-Fibre - Splash Sheild
46
b) The Identity of Ganoderma Species Responsible for Basal Stem Rot
96.
Systematic Integration of Cattle in Oil Palm
Dr. Rosli Awaluddin
97.
Novel Process for the Production of Water-soluble Antioxidants with
Dr. S. Ravigadevi
Potential Nutraceutical Application From POME
98.
Efficacy Tests of Bacillus thuringiensis Products for Strategic Biocontrol
Dr. Siti Ramlah Ahmad Ali
Metisa plana
99.
Double-Layer Technique in Rooting of Oil Palm in vitro Plantlets
Zamzuri Ishak
47
100. Polution 12 : Pollen for the development of Dwarf PS1 - type Palm
Planting Materials
101. An Innovative Technique on Management of Biomass during Oil Palm
Dr. Khalid Haron
Replanting
126. Palm-Based Shortening Formulations for Turkey
Dr. Nor Aini Idris
127. Integration of Deer in Oil Palm Estate
Dr. Rosli Awaluddin
128. Precision Agriculture - Fertilizer Management Map
Hj. Wahid Omar
102. Sap Harvesting during Replanting
Dr. Anis Mokhtar
129. High Oil Palm Density On Peat
Hj. Tayeb Dolmat
103. MPOB’s diffrential GPS Base Station for Oil Palm Industry
Hj. Wahid Omar
130. Indirect Method for Measuring Oil Palm Leaf Area Index
Mohd Roslan Mohd Nor
104. Optical Mark Reader : An option in Data Entry in Oil Palm Breeding
131. Control of Ganoderma Infected Palm - Development of Preesure
Dr. Idris Abu Seman
105. Fertilizer Reduction Pakage
Hj. Mohd Tayeb Dolmat
106. Powder Formulation of Metarhizium anisopliae for Control of Oryctes
Ramle Moslim
rhinoceros
48
125. Red Palm Oil-Based Ice Cream
Injection and Field Applications
132. Cassia cobanensis as Beneficial Plant for Bagworm Control
Dato’ Dr. Mohd Basri Wahid
133. Bacillus thuringiensis, MPOB SRBT1 for Controlling Metisa plana
Dr. Siti Ramlah A. Ali
107. Motocycle Cart for Smallholders
Dr. Hj. Ahmad Hitam
(Lepidoptera : Psychidae)
108. Motorised Wheelbarrow for in-field FFB Evacuation
Dr. Hj. Ahmad Hitam
109. Sprayer for Young Palm
Abd. Razak Jelani
110. Block Board from Oil Palm Trunk
Dr. Mohamad Husin
135. Mechanical Fertilizer Spreader for Young Palms
Salmah Jais
111. Fully Stripped Bunches in Palm Oil Mill
Hj. Zulkifli A. Rahman
136. Half-Track Machine for lin-Field FFB Collection
Ir. Abd Rahim Shuib
112. Palm-Based Soap with Reishi Mushroom (Ganoderma)
Rubaah Masri
137. PS4-High Carotene E. oleifera Planting Materials
Dr. Mohd Din Amiruddin
113. Namari Olive Oil Soap
Rosnah Ismail
138. Oil Palm Liquid Culture-MPOB Protocol
Dr. Ahmad Tarmizi Hashim
114. Palm-Based Cleansing Gel
Rosnah Ismail
139. Flameless Sterilizer
Zamzuri Ishak
115. Skin Lightening Day Cream
Rosnah Ismail
140. Genome Analiysis Laboratory for Oil Palm (GALOP)
Dr. S.C. Cheah
116. Skin Lightening Night Cream
Rosnah Ismail
141. Technology for Screening and Selection for Low Lipase Oil Palm Varieties
Dr. S. Ravigadevi
117. Palm-Based Facial Cleanser
Rubaah Masri
142. Licensing of a Mesocarp-Specific Promoter
Dr. Siti Nor Akmar Abdullah
118. Palm-Based Facial Toner
Rubaah Masri
143. Palm-Based Methyl Ester Sulphonates
119. Palm-Based Whitening Cream
Rubaah Masri
144. Bio-Degradation Testing Services
Razmah Ghazali
120. Palm-Based Sunblock Cream
Rubaah Masri
145. Eco-Toxicity Testing Services
Razmah Ghazali
121. Palm-Based Lipsticks
Dr. Zahariah Ismail
146. Palm Diesel with Low Pour for Cold Climate Countries
Dr. Choo Yuen May
122. Sprayable Cooking Oil
Dr. Muhammad Nor Omar
147. Trash Removal From Mass Passing Through Digester
Ropandi Mamat
123. Mengkudu Spread
Hj. Miskandar Mat Sahri
148. Continuous Sterilization of Fresh Fruit Bunches
Dr. Sivasothy Kandiah
124. Protein Fortified Trans-Free Margarine
Hj. Miskandar Mat Sahri
149. Production of C16 and C18 Mixed Palm Oil Methyl Ester
Dr. Choo Yuen May
134. Parator VI.0 - A Diagnostic Tool for the Identification of Parasitoids
and Predators for Bagworm and Nettle Caterpillars in Oil Palm
49
150. Production of Individual Carotene, Tocols and Cholesterol Free Sterol
Dr. Choo Yuen May
from Crude Palm Oil
151. Production of Phonutrients (Carotenes, Vitamin E, Sterols, Squalene,
Dr. Choo Yuen May
Co-enzyme Q and Phospholipids) from Palm Methyl Esters
Ramle Moslim
176. Organic Biomass in Enhancing P Fertilizer Efficiency on Rengam Soil Series
Dr. Zulkifli Hashim
177. Remote Sensing for Oil Palm Foliar Nitrogen
Hj. Wahid Omar
178. Formulation of Compound Fertilizer for Oil Palm
Hj. Ahmad Tarmizi Mohammed
179. An Improved Minirhizotron for Observing Oil Palm Root Development
Dr. Mohd Haniff Harun
152. Palm-Based Crayons
Dr. Ooi Tian Lye
153. Palm-Based Polyols and Polyurethanes
154. Palm-Based Grease
Dr. Yeong Shoot Kian
180. Hand-Held Mechanical Cutter
Abd. Razak Jelani
155. Roselle Soap
Rosnah Ismail
181. Integration of Free Range Chicken with Oil Palm
Dr. Rosli Awaluddin
156. Roselle Toner
Rosnah Ismail
182. Colour Meter for Measuring Fruit Ripeness
Hj. Idris Omar
157. Roselle Cleansing Milk
Rubaah Masri
183. Palm Series 5 (PS5) - Breeding Populations Selected for Thin Shell Teneras
158. Roselle Day/Night Cream
Rubaah Masri
184. Palm Series 6 (PS6) - Breeding Populations Selected for Large Fruit Duras
159. Roselle Sunblock
Rubaah Masri
185. Oil Palm Tissue Culture Tracking System (OPTRACKS) : Version 1
160. Roselle Hand and Body Lotion
Rubaah Masri
186. PalmGenes
Dr. Cheah Suan Choo
161. Roselle Lipstick
Dr. Zahariah Ismail
187. Tissue Culture of Bactris
Hjh. Rohani Othman
162. Roselle Lip Protector
Dr. Zahariah Ismail
188. PCR Technique for Detection of Ganoderma
Dr. Idris Abu Seman
163. High-Energy Formulated with Medium Chain Triglycerides (MCTs)
Radzuan Jamaludin
189. Microprojectile Bombardment for Generating Transgenic Oil Palm
Dr. Ahmad Parveez Ghulam Kadir
164. Palm-Based Low Calorie Bakery Margarine
190. Process System for Production of Shell Free Palm Kernel
Rohaya Halim
165. High Fibre Chocolate
191. Rapid Moisture Determination for Palm Pressed Fibres
Fatah Yah Abd. Manaf
166. Automatic Colorimeter for Palm Oil
Dr. Tan Yew Ai
192. Used Frying Oil : Recovery and Applications
Dr. Loh Soh Kheang
167. Determination of the Eutectic Mixture of Diphenyl Oxide and
Felix Moh Mee Ho
193. Value-Added Products from Palm Pressed Fibres
Dr. Choo Yuen May
194. Novel Oil Compositions
Dr. Siew Wai Lin
Biphenyl in Vegetables Oils and Oleochemicals by HPLC-Dowtherm A
50
175. Oryctes virus for Biocontrol of Rhinoceros Beetles, Oryctes rhinoceros
and Turnover
168. Production of MDF from Oil Palm Biomass
Dr. Mohamad Husin
195. Anti-crystallizers in Palm Olein
Dr. Nor Aini Idris
169. Production of Canned Palm Heart
Dr. Anis Mokhtar
196. Palm-Based Non-Hydrogenated Creamer
Dr. Mohd Suria A. Yusoff
170. Solvent-Soda Extraction of Cellulose and Lignin from Oil Palm Biomass
Astimar Abdul Aziz
197. Detergent Testing Services
Dr. Mohtar Yusof
171. Road-Making Using Oil Palm Fibre (Bit5)
Wan Hasamudin Wan Hasan
198. Recovery of Nickel from Spent Nickel Catalyst
172. Process for Recovery of Squalene From Palm Oil Products
Ab. Gapor Md. Top
199. J Pearl Soap
Rubaah Masri
173. Production of Phytosterols from Palm Fatty Acid Distillate
Ab. Gapor Md. Top
200. J Pearl Facial Toner
Rubaah Masri
174. Short Retention Time Crude Palm Oil Clarifier
Ir. Mohamad Sulong
201. J Pearl Facial Cleansing Milk
Rubaah Masri
51
202. J Pearl Moisturising Facial Cream
Rubaah Masri
227. Production of Refined Xylose and Xylitol from Empty Fruit Bunch
Ir. Mohamed Sulong
203. J Pearl Liquid Foundation
Dr. Zahariah Ismail
228. Production of Carboxymethylcellulose (CMC) from Oil Palm Empty
Rosnah Mat Som
204. J Pearl Lipstick
Dr. Zahariah Ismail
205. J Pearl Lip Gloss
Dr. Zahariah Ismail
206. Oil Palm Plywood
Dr. Mohamad Husin
207. NoSkin Moulded Particleboard from Oil Palm Biomass
Wan Hasamudin Wan Hassan
230. Regeneration of Spent Bleaching Earth
Dr. Cheah Kien Yoo/Dr. Siew Wai Lin
208. Oil Palm Flat Particleboard
Dr. Mohamad Husin
231. Palm-Based Industrial Solvent
Dr. Choo Yuen May
209. Extraction of Oil Palm Heart
Dr. Anis Mokhtar
232. Production of Co-Enzyme Q10 from Crude Palm Oil
Dr. Choo Yuen May
210. Trap for Auto-Dissemination of Metarhizium for the Control of Oryctes
Ramle Moslim
233. Palm-Based General Cleaning Agent : Degreaser
Dr. Choo Yuen May
234. a) Palm-Based Lotion type Waterless Hand Cleaner
Aishah Ahmad
rhinocerous
211. Orcytes Supplemented Pellets as Ornamental Fish Feed
212. Root Auger for Peat Area
Dr. Mohd Hanif Harun
213. Innovative Technique of Sanitation for Controling Ganoderma at Replanting
Dr. Idris Abu Seman
214. Prolonging the Productive Life of Ganoderma-Infected Palms with
Dr. Idris Abu Seman
Hexaconazole
229. Gasification Technology Using Palm Oil Mill Biomas for Syngas
Hj. Zulkifli Abd Rahman
Production and Renewable Energy
b) Palm-Based Gel type Waterless Hand Cleaner
235. a)Palm-Based Baby Shampoo
b)Palm-Based Baby Lotion
236. Environment Friendly Palm-Based Insert Ingredients for EW-Insecticides
Aishah Ahmad
Norashikin Ahmad
Norashikin Ahmad
Ismail Ab. Rahman
Formulations
215. Mechanical Trunk Injection for Control of Ganoderma
Abd. Razak Jelani
237. Niki Stimulating Shampoo
Norashikin Ahmad
216. Variable-Rate Fertilizer Applicator for Oil Palm
Hj. Wahid Omar
238. Niki Nourishing Conditioner
Norashikin Ahmad
217. Development of a Machine for harvesting Tall Palm
Abd. Rahim Shuib
239. Niki Silky Soft Hand Cream
Rubaah Masri
218. Cableway System for Oil Palm FFB Evacuation
Mohd Solah Deraman
240. Niki Vitamin E Night Cream
Rubaah Masri
219. Beta-Ketoacyl ACP Synthase II (KAS II)
Dr. Umi Salamah Ramli
241. Niki Soothing and Smoothing Foot Cream
Rubaah Masri
220. Stearoyl-ACP Desaturase Genes from Oil Palm
Dr. Siti Nor Akmar Abdullah
242. Niki Revitalising Body Lotion
Rubaah Masri
221. PS7 : High Bunch Index Breeding Populations
Junaidah Jidin
243. Niki Sunscreen Lotion SPF 20+
Rosnah Ismail
222. PS8 : High Vitamin E Breeding Populations
244. Niki UV Defence Face Cream
Rosnah Ismail
223. Peach Palm (Bactris gasipaes) for Palm Heart Production
Dr. Rajanaidu/Dr. Ahmad Kushairi Din
245. Niki Anti-Fatigue Bath & Shower Gel
Rosnah Ismail
224. Integration of Banana (Berangan variety) with Oil Palm Planted in
Hj. Suboh Ismail
246. Niki Vitarose Foundation SPF 12
Dr. Zahariah Ismail
247. Palm Esters for Lubricant
Double Avenue Planting System
225. Integration of Dairy Goats with Oil Palm
Dr. Rosli Awaluddin
248. Palm-Based Food-Grade Grease
226. Crude Palm Oil Clarification by Accelerated Oil and Solid Recovery
Ir. Mohamed Sulong
249. Lip Gloss with Changeable Colours
Dr. Zahariah Ismail
250. Palm-Based Spray Oil
Dr. Muhammad Nor Omar
Process (AOSR)
52
Fruit Bunch (EFB)
53
251. Trans-Free Based Chocolate Spread
Salmi Yati Shamsudin
275. Palm-Based Colour Care Shampoo
Norashikin Ahmad
252. Palm-Based Mozzarella Cheese as Pizza Topping
Dr. Karimah Ahmad
276. Palm-Based Colour Care Conditioner
Norashikin Ahmad
253. Deterioration of Bleachability Index
Dr. Siew Wai Lin
277. Palm-Based Polyol for Adhesives
254. Bunch Ash: An Efficient and Cost Effective K Fertilizer Source for
Hasnol Othman
278. Palm-Based Polyol for Coatings
279. Palm-Based Pour Point Depressant for Fatty Alkyl Esters
Dr. Ooi Tian Lye
Mature Oil Palm on Peat under High Rainfall Environment
255. Satellite Mapping of Oil Palm Land Use
Hj. Wahid Omar
280. Microwave Aided Rapid Production of Oleylamide
Hoong Seng Soi
256. Reactive Phosphates Fertilizers Recommended for Young Oil Palm
Dr. Zin Zawawi Zakaria
281. Palm-Based Hydraulic Fluid
282. Improved Technology for the Production of Palm-Based
Ir. Parthiban Siwayanan
Planted in Inland Soils
257. Air Assisted Loose Fruit Separating Machines
Ir. Abd. Rahim Shuib
258. Bacillus thuringiensis, Terakil-1 (WP) for Biological Control of Bagworms
259. Bacillus thuringiensis, Teracon-1 (TI) for Biological Control of Bagworms
260. Reducing Risk of Ganoderma in Supply Palms
Dr. Idris Abu Seman
261. MPOB Fast Transfer Technique (MoFaTT) in Liquid Culture System
262. Direct Data Capturing System for Bunch Analysis
Mohd Isa Zainol Abidin
285. Plant-Wide Automation of Palm Oil Mills
Dr. Sivasothy Kandiah
263. Breeding Populations Selected for Long Stalk
Noh Ahmad
286. Water Cooled Screw Press For Production of Feed Quality Palm Kernel
Rohaya Mohd Halim
264. Integration of Bactris (Bactris qasipaes) for Palm Heart with Oil Palm
Hj. Suboh Ismail
Planted in Double Avenue Planting System
265. Integration of Banana (Tanduk Variety) with Oil Palm Planted in
Hj. Suboh Ismail
Dihydroxystearic Acid (DHSA)
283. Improved Technology for the Production of Palm-Based Powder
Zulina Abd Maurad
Detergent
284. Improved Technology for the Production of Palm-Based Liquid Laundry
Zulina Abd Maurad
Detergent
Expeller (PKE) for Feedstuff
287. Agrolumber : A Polymeric Composite Material from Oil Palm Fibres
Kamarudin Hassan
288. Mass Coloured Medium Density Fibreboard from Admixture of Empty
Ropandi Mamat
Fruit Bunches and Rubber Wood Fibre : Enhanced the Board Appearance
266. Palm-Based Anti-Acne Cream
Zafarizal Aldrin Azizul Hassan
289. Disintegrable Plastics from Oil Palm and Its Products
Wan Hasamuddin Wan Hassan
267. Palm-Based Anti-Inflammatory Cream
290. Production of Palm-Based Tocotrienols-Enhanced Fraction (TEF)
Abd. Gapor Md. Top
268. Palm Kleen Liquid Dish Wash
Dr. Zahariah Ismail
291. Certified Reference Materials from Palm Oil Products
Elina Hishamuddin
269. Palm Kleen Gel Dish Wash
Dr. Zahariah Ismail
292. Determination of Glyphosate Residue in Oil Matrix Part I. Pre-Column
Dr. Ainie Kuntom
270. Palm Kleen Hand Wash
Dr. Zahariah Ismail
271. Palm-Based Anti-Wrinkle Lotion
Dr. Zahariah Ismail
293. Determination of Paraquat in Edible Oil
Dr. Ainie Kuntom
272. Palm-Based Liquid Foundation SPF 13
Dr. Zahariah Ismail
294. Determination of Methamidophos in Oil Using Gel Permeation Clean-Up
Yeoh Chee Beng
273. Palm-Based Compact Powder with Vitamin E
Dr. Zahariah Ismail
274. Palm-Based Compact Paste with Vitamin E
Dr. Zahariah Ismail
Derivation and Gas Chromatographic Analysis
and Capillary Gas Chromatography
295. Determination of Monocrotophos in Palm Oil Using Gel Permeation
Yeoh Chee Beng
Chromatography Clean-Up and Capillary Gas Chromatography
54
55
296. Determination of Acephate in Palm Oil Using Gel Permeation
Yeoh Chee Beng
Dr. Idris Abu Seman
Ganoderma
Chromatography Clean-up and Capillary Gas Chromatography
297. Determination of Deltamethrin in Edible Oil
Dr. Ainie Kuntom
315. Hovercraft for In-field Operation in Oil Palm Estates with Soft Ground
Mohd Solah Deraman
298. Determination of Organochlorine Pesticide in Edible Oil (Using Sweep
Halimah Muhamad
316. Compact Transporter for In-field Activities
Mohd Solah Deraman
317. Standard Reference Materials- Fatty Acid Composition of Palm Oil,
Azmil Haizam Ahmad Tarmizi
Co-Distillation Clean-Up Method)
299. Determination of Chlorpyrifos in Edible Oil (Liquid-Liquid Extraction
Halimah Muhamad
Method)
Palm Olein and Palm Stearin (MRM-2)
318. Palm-based Fudge Sauce as Dessert Topping
Salmi Yati Shamsudin
300. Determination of Hydrocarbons (n-alkanes) in Oil Matrix
Norizah Halim
319. Palm-based Bakery Fats For Crumble Pastry
Dr. Nor Aini Idris
301. Determination of Benzo (a) Pyrene in Edible Oils and Fats by HPLC
Norizah Halim
320. Palm-based Sweet Short Crust
Dr. Nor Aini Idris
321. Palm-based Fluid Shortening (MPOB Shortening FL 30)
Miskandar Mat Sahri
322. Palm Oil Based Shortening For Multi Layered Bread
Sivaruby Kanagaratnam
323. Interesterified Palm Products as Hard Stock for Solid Fat Formulations
324. Palm Based Whipped Topping
325. Food Grade Palm-based Industrial Lubricant- Base Fluids
Dr. Loh Soh Kheang
326. Food Grade Palm-based Industrial Lubricant- Spindle Oil
Dr. Loh Soh Kheang
327. Food Grade Palm-based Industrial Lubricant- Hydraulic Oil
Dr. Loh Soh Kheang
and Fluorescence Detection
302. MPOB-HiE as Alternative to Crude Palm Oil in Total Mixed Ration of
Dr. Osman Atil
Broiler Chicken
303. Two-in-One MPOB- Simple Impeller (2-in-1 Mo-SLIM) in Liquid
Culture System
304.
Simple Impeller with Fast Transfer Technique (SLIM-FaTT) in Liquid
Culture System
305. Microsatellite Probes for Fingerprinting of Oil Palm Clones
Dr. Rajinder Singh
328. Food Grade Palm-based Industrial Lubricant- Circulating Oil
Dr. Loh Soh Kheang
306.
Dr. Rajinder Singh
329. Palm-based Additive to Improve Lubricity of Ultra Low Sulphur Diesel
Dr. Cheng Sit Foon
Dr. Zin Zawawi Zakaria
330. Production of Palm-Based Biomass Briquettes
Nasrin Abu Bakar
331. Carbon Black from Oil Palm Empty Fruit Bunches
Astimar Abdul Aziz
332. High Porosity Carbon Powder from Oil Palm Empty Fruit Bunches for
Astimar Abdul Aziz
Markers to Predict Skin Colour of Oil Palm Fruit
307. Fertilizer Management for Immature Oil Palm Planted on Inland
Terraced Soil
308.
Rubstake- Rubber Wood for Detecting Subterranean Termites on Peat Soil
Zulkifli Masijan
309. Canopy Temperature Differences (CTD) for Detecting Stress in Oil Palm
Dr. Mohd Haniff Harun
310. Integration of Groundnut with Oil Palm Planted in Double Avenue
Raja Zulkifli Raja Omar
Planting System
311. Integration of Pineapple (Sarawak Variety) with Oil Palm Planted in
Noskaspi Khasim
56
314. Technique for Inoculation of Oil Palm Germinated Seeds with
Adsorbent Products
333. Carbon Glassy for Electrodes from Oil Palm Empty Fruit Bunches
Astimar Abdul Aziz
334. Electrical Carbon Brushes from Oil Palm Empty Fruit Bunches
Astimar Abdul Aziz
335. Mobile Filter Press for Effluent Pond Cleaning
Ir. Mohamad Sulong
336. Fibre Washing Using Dynamic Washer
Ir. Mohamad Sulong
312. PS 11- High Carotene E. guineensis Breeding Population
Dr. Mohd Din Amiruddin
337. Crude Palm Oil Clarification by Cyclo-Separator and Filter Press System
Ir. Mohamad Sulong
313. PS 12- Breeding Population for High Oleic Acid
Mohd Isa Zainol Abidin
338. Solid Separation From Sludge Using Membrane Filter Press
Ir. Mohamad Sulong
57
339. Palm Tocols (Tocopherols & Tocotrienols) as Standard Reference
Ng Mei Han
Materials (MRM-3)
Service Transfered
Researched By
1.
Anti-Acne Efficacy Testing Services
2.
Determination of Parabens Preservatives in Cosmetic and Personal
Suriati Hashim
340. Palm-based Cleaner for Automobiles - Tyre Cleaner and Shine
341. Palm-based Cleaner for Automobiles - Dashboard Cleaner and Shine
342. Palm-based Cleaner for Automobiles - Engine Degreaser
3.
Detection of Arsenic in Edible Oils
Dr. Mohtar Yusof
343. Palm-based Rigid Polyurethane Foams
Tuan Noor Maznee Tuan Ismail
4.
Physical Testing Service - DSC-TGA
344. Palm-based Polyurethane Flexible Slabstock Foams
Dr. Ooi Tian Lye
5.
Physical Testing Service - Rheology
6.
Physical Testing Service - Particle Size Analysis
7.
Physical Testing Service - Optical Microscope
Dr. Zahariah Ismail
8.
Physical Testing Service - Surface and Interfacial Tension
Dr. Zahariah Ismail
9.
Arabidopsis thaliana Laboratory as a Research Facility in MPOB
Zubaidah Ramli
10.
Construction of Transformation Vectors for Genetically Modifying Plants
Abdul Masani Mat Yunus
11.
Polymorphic Determination of Crystals Of Palm Oil and its Products
Dr. Chong Chiew Let
Care Products
Using TTRAX III Rotating Anode Diffractor Meter
12.
Product Development and Crystallisation Simulation Using Mettler
Dr. Chong Chiew Let
LabMax Reactor with FBRM System
13.
Determination of Titanium (organic) in Fatty Acids
Dr. Mohtar Yusof
14.
Determination of Alcohol Bottom and Ester Bottom in Crude Palm
Dr. Mohtar Yusof
Kernel Oil
15.
MicrobeLynx- for Identification of Bacterial Species
16.
Denaturing Gradient Gel Electrophoresis for Studying the Microbial
Population
17.
58
Batch and Continuous Frying Testing Services
Dr. Karimah Ahmad
59
Ministry of Plantation Industries and Commodities, Malaysia
6, Persiaran Institusi, Bandar Baru Bangi, 43000 Kajang, Selangor
Tel: 03-8769 4400 Fax: 03-8925 9446
Website: http://www.mpob.gov.my

MALAYSIAN PALM OIL BOARD

Transcription

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