Innovations in energy efficient technologies supported by Skolkovo

Transcription

Innovations in energy efficient
technologies supported by
Skolkovo Foundation
Cluster of Energy Efficient Technologies
Cluster of Energy Efficient Technologies
MISSION
Russia possesses the largest supply of energy
resources in the world. This fact allowed
developing economy for a long time without
sufficient investments in innovations. At the same
time, our country has created unique research
and development potential that allows creating
world-class technologies. Significant improvement
of energy efficiency resulting from the development
of new technologies is one of the most important
mechanisms for turning Russia into a country with
strong competitive innovation-based economy.
DEVELOPMENT PRIORITIES
Energy Efficiency Cluster supports the
development of the newest technologies
of energy generation, transmission
and accumulation, enhancement of
consumption efficiency, “green” energy.
Such technologies both increase energy efficiency
of the economy and become a base for emerging of
new hi-tech Russian companies. Their commercial
success will stimulate innovative economy
development.
KEY OBJECTIVES:
• Searching for innovative ideas and teams that
are able to perform the full cycle of innovation
development, from research to commercial
success
• Stimulating foundation of corporate R&D centers
targeted to energy efficient technologies
• Involving scientists into solving actual technical
problems facing the business, stimulating applied
research
• Providing the most comfortable administrative
environment and support for the innovators’
companies
• As a result, enhancing competitiveness of Russian
energy efficient technologies in the world market
PARTICIPANTS
Our cluster is an international community of the
outstanding researchers and entrepreneurs, who
generate innovative ideas and turn them into
commercially successful products and technologies
in the energy efficiency sector. Currently our cluster
unites more than 130 innovative companies. The
number of those who wish to join us is growing
day by day; therefore we thoroughly choose
our members and provide support only to the
companies that carry out the most innovative
R&D with high potential for commercialization.
Residents of the Cluster receive various kinds of
support from the Skolkovo Foundation and its
partners: grants up to 300 mln. roubles, significant
tax benefits, venture investments, access to the
newest equipment, support of the global wellknown research institutes and leading technological
companies. Moreover our residents will get
the opportunity to become a part of the future
“Skolkovo” innovation center.
Network pneumatic wave power generation plant with efficiency
of up to 60% on waves from 1 meter high
KD Technology ZAO
THE ESSENCE OF INNOVATION
• Array of plastic floats with pneumatic air compressors connected by lever arms
• Energy of each wave impacts floats
• Relative motion of floats drives air compressors
• Compressed air is produced and transmitted to
the shore, where electric power is generated
COMPETITIVE ADVANTAGES
• Power generation on waves from 1 meter high,
with efficiency up to 60%
• Competitive wave power generation technologies
provide efficiency up to 45% on waves not less
than 5 meters
• Costs of electricity is as low as $0.17/ kW∙h as a
result of cheap polymeric structures use
• Reduced maintenance costs due to on shore
electrical equipment
PROJECT PRODUCT
Wave power plant
CURRENT PROJECT STAGE
• Proof of concept by University College of Cork
(Ireland)
• Efficiency of 54% proven by Swansea University
(UK)
• 1:9 skale model is tested in a pool in Cork, Ireland
FINISHED PRODUCT AVAILABILITY
• Offshore lab prototype – Q2 2013
• 1 MW plant protorype – 2014
KEY MARKETS
United Kingdom, Japan, the United States, China
and other countries with access to the sea
INTELLECTUAL PROPERTY
• CRDF Global - Best 2011 Innovation Idea
• Cleantech Connect, One to watch 2011 - 30 most
promising European start-ups
CONTACTS:
Moscow, +7 (926) 170-01-17
www.vertlabs.org, oleg@vertlabs.org
Energy generation
PROJECT NEEDS
• Venture investments in 2012
• Strategic investor in 2013
• Pilot implementation sites for prototype models
REQUIRED FINANCING
• 2012 : RUB 28.5 million
• 2013-2014 : RUB 220 million
Production technology of energy-efficient Spin-Cell heat
exchangers for heat supply systems used in the housing and
utilities sector
Energotekhnika LLC
•C
ell heat exchangers with swirling-flow heat
exchange tubes (Spin-Cell)
•C
ell structure of tube bundle without tube plate
•S
pace between tubes is filled with hollow helical
fins
•H
eat transfer coefficient is 1.5 to 2.5 times
greater than that of plate, and shell-and-tube heat
exchangers
•H
ydraulic resistance lower than that of plate heat
exchangers
•D
ecreased scaling and scum
• L ight and compact design, resistant to thermal
and hydraulic impact
•C
ost and maintenance expenses could be
decreased by 15-30%
PROJECT PRODUCT
•H
eat exchangers for heating systems (500
Mcal/h) and hot water supply (200 Mcal/h)
• T ool for calculating swirling flows (combination of
software and hardware)
•P
ilot implementation
•C
ompleted: R&D, working design documentation,
pilot model manufacture and testing
Q1 2013
KEY MARKETS
Housing and utilities ($300 M), energy production
sector, oil and gas, chemical, food processing and
ship building industries
Method for heat exchanger manufacturing is
protected with 3 Russian patents
CONTACTS:
Moscow, Zelenograd, +7 (495) 972-38-44, lebedev@kurkino.net.ru
Energy generation
PROJECT NEEDS
• Pilot implementation on sites
• Financing for launch of manufacture
PROJECT FINANCING
• Grants received – RUB 2.5 million
• Own funds – RUB 3 million
REQUIRED FINANCING
RUB 18.2 million
Technology for manufacturing cost-effective and clean gas-fired
mini power stations based on Solid-Oxide Fuel Cells
NF CJSC
• Innovative cost-effective solid-oxide fuel cells
(SOFC) production technology which is:
– Sustainable technology
– Cost-effective technology
– Scalable
•P
rojected cost of SOFC production is 2-3 times
less than competitive technologies
•W
ider power-range of developed power stations
(0,5 – 25 kW, compared to 0,5 – 3 kW)
•S
imple and rugged design
•S
oundless clean tech generator with levelized
costs of electricity of $0.2 per kW∙h
PROJECT PRODUCT
•P
ower station manufacturing technology
•S
PVs for power stations production in US, EU,
Japan
•P
ower station lab prototype was designed
•C
ost-effective SOFC manufacturing technology
was developed
• L ab prototype devices – Q3 2013
• F ull-scaled prototypes – late 2014
•P
ilot production - 2015
KEY MARKETS
•H
ouseholds, small and mid-business, oil-and-gas
companies, utilities, heavy vehicles
•P
otential markets: US, Middle East, Japan, EU,
Russia, South-Eastern Asia
•C
ost-effective SOFC manufacturing technology
patented in Russia, US
•P
atent applications for power station designed
planed in Russia, US, Japan, EU
CONTACTS:
Moscow, www.nf-venture.ru, nf.venture@gmail.com
Energy generation
PROJECT NEEDS
•S
trategic partner and investor for production and
implementation in 2014
• T echnological partner in 2015
•P
ilot implementation sites for prototypes
PROJECT FINANCING
Own funds $1,9 million
REQUIRED FINANCING
Lab prototype – 0,7 million
Full-scaled prototype – $1,1 million
Pilot production – $2 million
Technology for the production of zirconium dioxide-based
electrolytic membranes to manufacture energy-efficient hightemperature solid oxide fuel cells
GPI Innovation Center Co Ltd.
• Development of solid oxide fuel cells (SOFC)
electrolyte based on stabilized monocrystals of
zirconium dioxide (instead of ceramic elements)
• Processing of electrolytic membranes with new
directional crystallization methods in the conditions of HF-melting, chemical and mechanical
polishing and impact with intensive laser pulses
• New electrolyte has greater ion conduction and
strength, which increases power output and
extends SOFC service life:
– Power density up to 1 W/cm2 –1.5-2 times
greater than that of ceramic electrolytes
– Service life of 3-5 years, which is up to 5 times
greater than that for analogues
– SOFC price of USD 350-400 per 1 kW, which is
1.5-2 times lower than for analogues
CONTACTS:
Moscow, Prokhorov General Physics Institute of the Russian
Academy of Sciences, +7 (499) 503-81-65,
artemov@kapella.gpi.ru
PROJECT PRODUCT
Method of SOFC electrolyte production with ion
conduction of at least 0.02 (Ohm*cm)-1 at 730ºC, with
SOFC efficiency of 80%, and service life of up to 5 years
PROJECT NEEDS
• Strategic partner and investor
•P
ilot implementation sites for prototypes, starting
from 2014
• Batch of monocrystals was obtained for electrolyte production
• Electrolytic membrane treatment technologies
were developed
REQUIRED FINANCING
•D
evelopment of prototype and membrane production technology: RUB 30 million
•D
evelopment of prototype SOFC based on membrane: RUB 200 million
• Sample membrane – Q2 2013
• SOFC prototype – 2014-2015
KEY MARKETS
• Power sources using different fuels (hydrogen,
natural gas, synthetic gas)
• Estimated SOFC market will reach USD 1.6 billion
by 2016 and will exceed USD 3.4 billion by 2021
1 year SOFC INTELLECTUAL PROPERTY
At least 3 patent applications for electrolyte production methods and technology are expected to be
filed in Russia, USA, Canada, EU, Japan, China
Electrolyte Energy generation
Solid organic waste recycling power plant with plasma
gasification method
Plasma chemical
Technologies LLC
KEY MARKETS
Distributed power generation
Prototype developed
PROJECT NEEDS
• Strategic partner
• Pilot implementation sites for prototypes
ВОЗДУХ
ОТХОДЫ
ВОДА
ВОЗДУХ
2
ВОДА
ВОЗДУХ
4
ПРОДУКТ-ГАЗ
ШЛАК
ВОЗДУХ
1
CONTACTS:
Moscow, +7 (495) 662-47-34,
www.plasmahit.ru, info@plasmahit.ru
В АТМОСФЕРУ
ВОДА
ЩЁЛОЧЬ
• T wo times less CAPEX per ton of recycling
capacity
•G
enerates 20-30% more electric power per ton of
recycled solid wastes
• E xtra thermal energy is generated
PROJECT PRODUCT
Pilot power plants
ВОЗДУХ / ПАР
•U
se of low temperature plasma in the process of
gasification of solid household waste
•C
onsiderable increase of solid waste recycling
temperature by adding extra plasma energy, which
results in the process acceleration
• T he share of ballast additives decreases in the
resulting gas, and the share of heat valuable
components increases to provide high efficiency
generation
3
1 – Reactor-gasifiier
2 – Plasma generator, 50 kW
3 - Afterburner
4 – Plasma generator, 10 kW
5
6
5 – Spray-type scrubber
6 – Packed scrubber
7 – Exhaust fan
Energy generation
7
Innovative small and medium sized wind generators on the basis
of axis turbine, guide unit and irregular shape deflector
Optiflame Solutions LLC
New aerodynamic model of wind generator that
combines both safety and increase efficiency
• E fficiency factor of the developed wind generator
is 50-60%
• E xternal guiding unit ensures extra safety and
increase of efficiency factor
•S
mall size and weight of blades, direct gearing
to the generator, air tightness of the structure
provide for simplicity and dependability of the
system
•S
afe use at the rooftops
Test prototype was constructed
KEY MARKETS
• Distributed clean power generation
• Off-grid regions of South-Eastern Asia,
Russia, etc.
PROJECT NEEDS
• Strategic investor
• Production partner
PROJECT PRODUCT
• Licensing of production technology
• Production of wind-generatios
CONTACTS:
Saint Petersburg
www.optiflame-spb.ru, info@optiflame-spb.ru
Energy generation
Photovoltaic cells with increased efficiency based on selforganized quantum dots
Solar Dots LLC
• Development of multijunction solar cell using the
InGaAs/GaAs quantum dots (QD) inserted in one
of its subcells
• T he use of QDs provides more effective match of
the subcells absorption spectra for given system
of materials and allows to increase their efficiency
• Insertion of InGaAs based QDs in GaAs subcell
results in the increase of the spectral range of
sensitivity for this subcell up to 1.35 μm
• Increase efficiency of PV up to 3-4%
•D
ecrease PV energy for energy consumers to 2,2
RUB per kWh
• L ower weight of PV cells
PROJECT PRODUCT
• Licensing of created intellectual property
•S
PVs for solar cells production with industrial
partner
Lab prototype developed: unijunction GaAs solar
cell with QD array
Multijunction solar cells manufacturing technology
with increased efficiency – Q2 2013
KEY MARKETS
•D
istributed clean power generation in Russia,
Spain, Germany and other countries
•P
ower generation for space crafts
•Q
D high density array organization technology
•D
esign of solar panels based on PV cells with QD
array
CONTACTS:
St. Petersburg, Alexey Nadtochy,
+7 (921 )903-61-09, al.nadtochy@mail.ioffe.ru
Energy generation
PROJECT NEEDS
• Strategic partner in 2013
• Pilot implementation sites for prototype models
GaInP subcell
Tunnel diod
Array of quantum dots
GaAs subcell
Tunnel diod
Ge subcell in
substrate
Wind electricity-generating machine with directional flow wind
turbine using low-speed innovative power generator
Magma Innovation Firm
LLC
• Design of the wind machine with directional flow
wind turbine provides increase in wind flow power
generation
• Developed and patented low-speed power
generator design that is simple and robust
• Two times shorter and lighter blades compared to
traditional fans
• Estimated air stream usage coefficient is 40-60%
• Wind turbine can function at air stream speed up
to 60 km/h
• Efficiency of the generator is up to 94% in a wide
range of rotation frequencies and load rates
• The land area for the wind farm (including the
security zone) will be almost 10 times smaller
than that of traditional wind farms
PROJECT PRODUCT
Licensing of production technology
Prototype development
KEY MARKETS
Distributed clean power generation
PROJECT NEEDS
• Pilot implementation sites for prototypes
CONTACTS:
Dolgoprudniy, Moscow Region
+7 (495) 408-21-83, www.ifmagma.ru, info@ifmagma.ru
Energy generation
Flameless combustion technology use in infrared heaters
Russkiye Kotly LLC
• New chemical composition: design and
technology for production of ceramic nozzles
for boilers
• New technical solutions to ensure the even
distribution of the thermal fields
• Effective use of different fuel types (natural gas,
associated gas and liquefied, synthesis gas,
biogas, hydrogen)
• Substantial decrease of negative environmental
impact (сontent in the product of combustion –
NO < 40 mg/m3 and CO2 < 50 mg/m3 with the
excess air coefficient close to 1)
• Reduction of the fuel consumption due to the
decrease of heat losses and precise setting of
temperature gradient
• Extension of heat exchange equipment service
life due to uniform distribution of heat fields and
elimination of heat-stressed areas
• Simple technological design, low production cost
Laboratory prototype developed
Q4 quarter 2014
PROJECT NEEDS
• Strategic partners
• Financing
CONTACTS:
5 Leningradskoye Highway, Moscow, Russia, 125080
+7 (499) 158-46-51, +7 (495) 789-59-58,ingpro@mail.ru
Energy generation
Asymmetrical electrochemical capacitors with water electrolytes
and energy storage system based on such capacitors
ELTON CJSC
• High-power Ni-C pulse capacitors
• High-capacity Pb-C capacitors
PROJECT PRODUCT
• Energy storage systems
• Licensing of capacitor manufacturing technologies
PROJECT NEEDS
Feedback from prospective customers to define
specific requirements for storage systems
High-power Ni-C capacitors:
• High density of energy
• Operating temperatures from -50 to +65ºC
• No toxic materials
High-capacity HES-capacitors:
• The number of charge-discharge cycles is times
greater than for other modern batteries
• Energy density is comparable to those for
batteries (~40 W∙h/kg)
• Are capable to compensate short failures of up
to 1 min in the power supply systems (95% of
failures)
Prototype development and testing
PROJECT FINANCING
Skolkovo grant – RUB 251 million
Q3 2013
KEY MARKETS
• Reliable start for trucks and buses: start-stop
systems, recuperation systems
• Energy accumulation in the power supply systems
for compensation of misbalances, increasing the
reliability of renewable energy generators
• Ni-C capacitor technology
• Pb-C capacitor technology
CONTACTS:
Troitsk, Moscow Region
+7 (4967) 51-04-57, www.elton-cap.ru, v.protsenko@elton-cap.ru
Energy accumulation
Innovative energy-efficient shunting locomotive SinaraHybrid with
a smart asynchronous hybrid drive
STM Innovation Development
Center LLC
• Asynchronous hybrid motive power with IGBT
invertors, Li-ion batteries and ultracapacitor
• Microprocessor-based locomotive energy control
system was developed
• GPS-GLONASS-based track prediction system
• Innovative design of rolling bearings
• More than 20 novel technical solutions
• Fuel consumption in shunting operations reduced
by up to 30%
• Exhaust emission reduced by up to 55%
• Life-time use cost is lower by 18%
• Locomotive may be used in closed workshops
PROJECT PRODUCT
• Certified pilot model
• Sale of manufacturing licenses
• Prototype developed
• Pilot model tests started
Certification to start from Q4 2012
KEY MARKETS
JSC Russian Railways – 10.5 thousand locos
Industrial enterprises – 7 k - 8 thousand locos
• Three patents for utility model
• Patent for industrial model
• Patent search is being conducted in the CIS, East
European countries and the United States
PROJECT NEEDS
Access to foreign markets
CONTACTS:
Moscow- Yekaterinburg– Lyudinovo; +7 (343) 310-33-00
eZubikhinAV@sinara-group.com
Energy accumulation
PROJECT FINANCING
• Skolkovo grant – RUB 56 million
• Co-investor – RUB 60 million
Asymmetrical graphene ultracapacitor based on non-water
electrolyte with enhanced energy density that is 4-6 times higher
than that of analogues
Kongran LLC
• Graphene production know-how
• Electrolyte production know-how
Model of symmetrical graphene/graphene
ultracapacitor based on water electrolyte was
created, with energy density of 17 W∙h/kg, power
density of 2 kW/h
PROJECT NEEDS
Strategic partner and investor
Kongran FINISHED PRODUCT AVAILABILITY
• Prototype with non-water electrolyte 25-30 W∙h/
kg – Q1 2013
• Ultracapacitor cells 50 W∙h/kg, 5 kW/kg – Q4 2014
KEY MARKETS
• Energy storage system for electric vehicles
• Large energy storage systems for electric grids
• Energy storage devices for renewable energy
sources
CONTACTS:
Moscow, +7 (495) 939-71-93, goldberg@sky.chph.ras.ru
Energy accumulation
Power density, kW/kg COMPETITIVE ADVANTAGES
• Power density from 50 kW/kg, energy density
50 -100 W∙h/kg, which is comparable to modern
batteries
• Several minutes needed for charging
• Service life is 10 times longer than that of lithiumion batteries
PROJECT PRODUCT
Licensing of supercapacitor production technology
for various applications
Energy density, Wh/kg THE ESSENCE OF INNOVATION
• Highly-porous carbons are the most promising
materials for electrodes of energy storage devices
• Authors have know-how for cheap production of
graphene
• Use of a non-water electrolyte will make it
possible to increase electrode voltage from
2 to 4-5 V, and store 4-6 times more energy
proportionately to squared voltage value
• Electrolyte production technology based on
polymerized nanoparticles with ionic and
electronic conduction
Power and pulse acid ultracapacitors with high performance that
utile nanomaterials, efficient designs and advanced technologies
TEEMP LLC
• Development of advanced acid ultracapacitors
(UC) of following types:
– High-capacity (for energy sector)
– High-power pulse (for electric vehicles)
• Development of nanoporous activated carbon
materials for electrodes, with pores sized to
increase specific internal surface area up to 1.5
times and highly efficient double electric layer
• Use of composite materials for electrodes and
current collectors
• Electrodes combined with current collectors to
reduce weight and resistance
• High-capacity UC: power density 1 kW/kg and
energy density 23 W∙h/kg at cost of $1 per Wh
• High-power pulse UC: power density 5 kW/kg,
energy density 3.5 W∙h/kg at cost of $20 per Wh
• These parameters will provide the solutions for
accumulation in grids and hybrids
PROJECT PRODUCT
• Prototype supercapacitor cells and modules
• Supercapacitor manufacturing technology
7 patent applications are expected to be filed with
respect to materials and design of supercapacitors
• Successful experience with the development
of previous generation ultracapacitors (energy
density 15.4 W∙h/kg) and their use for electric
vehicles
• Materials and electrodes are being developed
• Development of cells was started
PROJECT NEEDS
•P
ilot implementation sites for testing prototype
models in the energy sector
•C
onsumers of supercapacitors in automotive
industry
• Prototype ultracapacitor cells – Q4 2012
• Power ultracapacitor modules – Q4 2013
• Pulse ultracapacitor modules – Q4 2013
KEY MARKETS
• Energy storage systems for electric vehicles
• Large energy storage system in electric grids
• Energy storage system for renewable energy
sources
CONTACTS:
Korolev, Moscow Region,
+7 (495) 974-98-58, www.teemp.ru, info@teemp.ru
Energy accumulation
PROJECT FINANCING
Skolkovo Grant – RUB 46.5 million
Basic technology and design for the creation of lithium-air
rechargeable chemical capacitors with energy density exceeding
1 kW∙h per 1 kg of battery weight for mobile applications and
electric vehicles
FM Lab LLC
Unlike today’s most popular lithium-ion batteries, lithium-air batteries are based on reduction of
atmospheric oxygen at the cathode
• Extremely high capacity of lithium-air batteries:
at least 5 times greater than that of lithium-ion
batteries
• Theoretical estimations of energy density of
lithium-air batteries are comparable to energy
content of gasoline (approximately 10 kW∙h/kg)
• Unlimited reserves of oxidizer (atmospheric
oxygen)
PROJECT PRODUCT
• T arget parameters per 1 kg of battery weight:
– Energy density: 1-3 kW∙h
– Power density: 1.5 kW
• L ife cycle: not less than 100 charge-discharge
cycles
Development and testing of prototype cells
PROJECT NEEDS
Strategic partner and investor for production and
implementation
PROJECT FINANCING
• Skolkovo grant – RUB 30 million
• Co-investor – RUB 10 million
electrons load FINISHED PRODUCT AVAILABILITY
• Prototype small-sized cells – Q3 2012
• Industrial model of batteries – 2013-2014
KEY MARKETS
•S
ales of lithium-air batteries are expected to triple
by 2020 to $30 billion, which is connected first of
all with the growth of electric vehicle and energy
markets.
• F orecasted growth is impossible without a drastic
increase of energy density of batteries used and/
or decrease of their prices
CONTACTS:
Moscow, Zelenograd,
+7 (499) 732-93-38, d.shabratov@fmlab.ru
Porous cathode Electrolyte Separator Lithium anode Membrane from porous fluoroplas=c Gas-‐=ght plate of solid electrolyte Body of anode chamber filled with electrolyte Energy accumulation
Pos. electrode Neg. electrode New generation of contactless switches and current limiters for
electric grids and for application in housing and utilities sector
Current Limited LLC
•C
ontactless switches and current limiters (CSCL)
based on 1 µm thin nanostructured carbon films
applied on quartz substrate
• If critical current is exceeded, transition from
metallic state to isolator occurs within ~0.1
millisecond
•D
evices for 100A, 1000A electric distribution grids
housing and utilities applications up to 63A are
developed
•S
ignificantly faster than inertia switches
• E nhanced efficiency and reduced losses caused
by heating of elements
•C
ost similar to inertia switches and dozens of
times lower than that of superconducting current
limiters
•N
o mechanical contacts or switches prevent
voltaic arc or bounce, thus increasing fire safety
and interference protection
CONTACTS:
Troitsk, Moscow Region
+7 (916) 601-12-64, serleb@yandex.ua
PROJECT PRODUCT
• Prototype CSCL for household consumers (up to
100 A) and grid companies (1000 A)
• Licensable CSCL production technology
Laboratory sample of CSCL with critical current of
1A was developed
• Prototype household devices – Q4 2013
• Prototype grid devices – Q1 2014
KEY MARKETS
• Switches for household use, housing and utilities
sector
• Current limiters, instead of high-T ceramic
superconductors for grid companies, housing and
utilities sector
NTELLECTUAL PROPERTY
Patents for technology of production of contactless
current limiters and their incorporation in an
electric circuit are received
Energy transmission
PROJECT NEEDS
•S
trategic partner and investor
•P
ilot implementation sites for prototype models,
starting from 2014
• T esting and certification site
Technology for power cables protection with quasi-crystalline
Al-Cu-Fe coating for enhanced icing and corrosion resistance
Center of Micromechanics and
Modern Materials LLC
•U
se of Al-CU-Fe quasi-crystals for creating a
protective film of 20 µm thick on the surface of
non-insulated cables
•D
evelopment of technology for continuous
manufacture of cable with a stable coating of
predetermined thickness
• E nhanced performance of non-insulated class A
and AS cables:
–P
rotection of icing due reduced wettability
– Corrosion resistance due to protective
properties of coating
•G
rid operating costs reduced by up to 50%
without modifications to cable laying technology
•C
able production cost increased by 5%
PROJECT PRODUCT
Technology for applying continuous quasi-crystal
coating during production of cables
•Q
uasi-crystal material production technology is
developed
•P
reliminary prove that quasi-crystal coating
reduces friction coefficient and wetting
Q2 2013
KEY MARKETS
Sections of power transmission lines subject to
icing, territory with winter temperatures about 0ºC
It is expected to file not less than 2 patent
applications for protective quasi-crystal cable
coating and a coating application device
CONTACTS:
Moscow, +7 (916) 110-13-56, solyaev@bk.ru
Energy transmission
PROJECT NEEDS
• Strategic partner and investor
•P
from 2013
REQUIRED FINANCING
Development of technology for continuous
application of quasi-crystal coating during
production of cables: RUB 18.4 million
The high-performance cable for energy distribution with a
nanocomposite core from basalt and glass fiber
Composite Electro LLC
•N
ew type of polymeric binding, nanocomposite
materials for core
•U
se of nanotechnology will make it possible to
use available raw materials (basalt and glass fiber
instead of expensive carbon fiber) as a basis
•D
evelopment of a new type of loom for increasing
electrical conductivity and performance in extreme
conditions
• E nergy losses reduced by 30-40% comparing to
the steel and aluminium cables – lower heating
intensity, cable has reduced heat radiation
•P
ossibility to use lower power transition line
supports with increased span
•C
able costs $2500/tons, which is 2-2.5 times
lower than analogues ACCC (U.S.)
PROJECT PRODUCT
• Core production technology
• Wire production technology
•B
asic R&D completed with Karpov Institute of
Physical Chemistry
• Cooperation with Research Institute of Cable
Industry, Top Glass S.p.A., GEMA, Galen, Karpov
Institute of Physical Chemistry
Q3 2013
KEY MARKETS
• Russian and foreign grid companies
• Distribution and grid facilities
More than 3 patent applications for core production
technology and design of a cable with a composite
core will be filed
CONTACTS:
Cheboksary, +7 (8352) 30-82-10, o.vasilyeva@galen.su
Energy transmission
PROJECT NEEDS
•S
trategic partner for production and
implementation
•P
from 2013
Environmentally friendly plasma-pulse technology for increasing
oil and gas recovery at horizontal oil and gas (shale) wells
NOVAS Sk LLC
• T echnology for plasma-pulse treatment of mature
vertical wells have been developed and proven
efficient
•A
few hundreds of powerful discharges are made
along the well production interval with the dense
plasma generation.
• Elastic waves clean the bottomhole zone and
spread deep into the formation thus cleaning
perforation intervals
PROJECT PRODUCT
Well treatment service or licensing
• E fficient, simple bottomhole treatment
•S
afe work under close aquifer bedding
•H
igh-accuracy selective impact
•C
omplete environmental safety
•P
ossibility of repeated use
PROJECT NEEDS
• Testing site
Example of application
Treatment CURRENT PROJECT STAGE
• Technology for vertical wells is already available
• Technology for horizontal wells is being developed
KEY MARKETS:
All kinds of vertical and horizontal wells (including
mature)
CONTACTS:
BP “Rumyantsevo”, Kievskoe Shosse, Moscow
+7 (495) 225-62-40, info@novas-energy.ru
Oil and gas – upstream
January February March April May June July August September Qoil, t/day Qliquid, m3 Water cut, % High-precision monitoring system for hydraulic seam fracturing
that uses seismic arrays observations on the surface
SYNAPSE LTD
•M
onitoring system uses data from the seismic
sensors deployed on the surface immediately
above the injection well
• T he developed technology allows to detect,
locate and interpret microseismic events and
their attributes even if the characteristic signal on
the surface is completely masked by natural and
technogenic noise
PROJECT PRODUCT
Service for monitoring genesis and development
of fracturing during hydraulic stimulation of oil and
gas recovery
•S
ubstantial decrease of the monitoring cost and
increase of the monitoring coverage comparing
with the borehole monitoring
• T echnology overcomes the existing surface
monitoring methods’ disadvantages (suppression
of man-made noise, location and characterization
of complex sources)
KEY MARKETS
USA (more than 20 000 fracs per year), Europe,
China, Russia
Product Development (Mathematical algorithms
are substantially developed and tested based on the
data from the frac sites in Russia, USA and Canada)
PROJECT NEEDS
• Investments
• Test sites
CONTACTS:
Moscow, pr. Vernadskogo, 101 str. 1, office #303
+7 (495) 434-36-38
High level of
seismic noise
during
hydrofrac
production
Precise location
of complex
source
Number of seismic sensors can be
dramatically reduced and accuracy of
monitoring enhanced due to
implementation of the technology
The example of source recovery from
noise in data processing stages 1 to 4
Complex sources
generate errors
while implementing
traditional surface
monitoring methods
Software for online modeling and visualization of oil fields
Rock Flow Dynamics LLC
• F ully interactive visualization allows for online
monitoring and modeling at runtime
• T he software uses supercomputer cluster
technologies and most up-to-date architecture
•P
owerful numerical algorithms
•C
ommercialization
•K
ey customers: TNK-BP, GAZPROM NEFT,
ROSNEFT, GAZPROM, NOVATEK, SINOPEC
(China), PIONEER NATURAL RESOURCES (USA)
•C
ompany offices in Moscow and Houston (USA)
• F ull runtime interactivity on the field model
• E asy integration to intellectual field systems
•U
nique tools for the modeling
KEY MARKETS
Major regions of petroleum development worldwide
PROJECT PRODUCT
Interactive petroleum reservoir simulator tNavigator
PROJECT NEEDS
New clients
PROJECT FINANCING
• Skolkovo grant – $1 million
• Intel Capital Finance
CONTACTS:
47, Nakhimovskiy prospekt, Moscow, Russia
+7 (499) 129-35-00, support@rfdyn.ru
Submersible electric plunger pump with linear motor,
submersible converter and single power line
NGKT LLC
Combination of plunger pump with linear motor and
submersible converter
• Increase of the time between repairs
by at least 10%
• At least 1.5-2.2 times increase in efficiency
compared to existing models
• Decrease of the service cost by at least 10%
Prototype pump development
KEY MARKETS
• Russia: Volga Region and Western Siberia
• CIS: Kazakhstan
• Non-CIS countries: the USA and North Africa
countries
• Active part of submersible linear electric motor
• Hydraulic protection of the electric motor
• Submersible inverter
• Original functional diagram of the plant
Operational benefit - coefficient of efficiency
= 55.9%
Coefficient of
efficiency
60.0
55,9 %
50.0
40.0
Electric submersible pump plant УЭПН
Bo4om-‐hole pump plant УШГН
УЭЦН
Electric centrifugal pump plant 36,5 %
30.0
25,7 %
20.0
10.0
0.0
Total design расчетный
coefficient of efficiency Общий
КПД
Economic effect- $912 mln/year
PROJECT NEEDS
Investments – USD 1 million
$192
млн./год
mln/year FINISHED PRODUCT AVAILABILITY
Q3 2014
$229
Decrease of the well
Снижение
млн./год
mln/year
repair costs
стоимости
ремонта скважин
Decrease of the capital
Снижение
investments
стоимости
капиталовложений
$495
млн./год
mln/year
CONTACTS:
Konstantin Skitkin, +7 (926) 277-01-93, skitsun@yandex.ru
Увеличение
Increase of the time
between failures
наработки
на
отказ
Thermal gas method of development of the oil-and-kerogen bearing deposits of Bazhen (reserves estimated at 30-40 billion tons)
RITEK Innovation Center
• The proposed thermal gas method is intended for
efficient oil and gas resources recovery out of the
rocks of Bazhen
• Oil recovery from the drained zones increases
from 3-5% to 50-60% and more due to the in-site
generation of efficient displacement miscible gas
agent
• Availability of working agents and low cost
• Use of the natural power engineering, in
particular, of increased formation temperature
(above 60-65 °С) assures the spontaneous
initiation of intra-formational oxidative processes
and integration of the thermal and gas treatment
PROJECT PRODUCT
Innovative technological complex for development
of nonstandard oil-and kerogen bearing deposits
KEY MARKETS
• Bazhen deposits in Russia – 30-40 billion tons
• Tight oils in America and Europe
Technology development
Injec&on well Air injec&on compressor FINISHED PRODUCT AVAILABILITY
2015
Oil gathering and treatment Zone of intra-‐forma&onal oxida&ve processes Heat penetra&on zone Miscible displacement zone Fracturing Air-‐and-‐
water mixture Drained zone Addi&onal oil inrush from matrix CONTACTS:
info@ritek.ru
Matrix (non-‐drained zone) Produc&on well Mini-GTL for processing associated gases into synthetic oil
Gazokhim Techno LLC
• New partial oxidation reactor and a catalyst
• Microchannel reactor and Fischer-Tropsch catalyst
(Oxford Catalysts)
• Marketable product suitable for transportation
jointly with mineral oil
COMPETITIVE ADVANTAGES*
* Comparison with existing technologies
– 8х CAPEX decrease
– 2х OPEX decrease
– 10х specific capacity growth
• Profitable mini-GTL plant (with 50 million
nm3/year capacity) at small scale deposits
PROJECT PRODUCT
• Mini-GTL plants
• IP licensing
“Mini-GTL-10” pilot plant construction stage with
10 million cubic meter/year capacity
CONTACTS:
Building 3, 7 Znamenka st., Moscow; d.Pchelintsev@ngt-m.Ru
4Q 2014
KEY MARKETS
• Small scale remote deposits:
– Key segment in Russia - > USD 5 billion
– Russia in total – > USD 10 billion
– Global market – > USD 20 billion
PROJECT NEEDS
• Investments - USD 12 million
• Pilot site
PROJECT FINANCING**:
Skolkovo grant – USD 5 million
FINANCING REQUIRED
Private investments – USD 12 millin
**Grant Agreement has been signed with Skolkovo, and Financing
Agreement has been signed with RUSNANO.
Oil and gas – downstream and transportation
Plasma arc technology for stripping the main pipelines
Petroplasma LLC
• Arc stripping of metal surfaces with plasma
allows for efficient and complete removal of any
contaminations
• The proposed technology can replace existing
mechanical methods (shot blasting, brushing,
manual cleaning)
2014
• The quality of the surface pretreatment before
applying polymeric coating
• Increased coating adhesion
• Pipes service life increase
PROJECT NEEDS
• Investments
• Testing site
KEY MARKETS
Pipe surface stripping for the main pipelines
during overhaul at initial pipeline production
and after installation
PROJECT PRODUCT
Tool for plasma arc stripping
Prototype development
CONTACTS:
www.petroplasma.net
Combination of catalytic processes and rectification in a single
unit for production of EURO-5, MSAT-2 gasoline components
RRT LLC
• Combination of catalytic and separating systems
in the single device
• Combination of three processes:
– Isomerization reactor
– Hydro-izomerisation reactor
– Rectification system
Pilot plant under construction
(tests start October 2012)
KEY MARKETS
Russia, India, China will increase the capacities for
top-quality fuel manufacturing in the nearest future
Q4 quarter of 2012
PROJECT NEEDS
• Strategic partner
• Site for approbation
• Access to customers
• 5x decrease of the operating costs for gasoline
manufacture
• 3x CAPEX decrease
• Compliance with EURO-5, MSAT-2 standards
= PROJECT PRODUCT
• Production plants engineering
• Licensing
CONTACTS:
www.globalrrt.com, info@globalrrt.com
Standard technology
PRIS
Supersonic gas separation technology (3S-technology)
ENGO Engineering Ltd.
• Application of new high-performance devices
(3S-separators) and technological schemes
(based on 3S-separators) for usage in oil and gas
industry
• Development of 3S-technology in relation to CO2
and H2S separation and liquefaction of ethane and
methane
Commercialization
• More than 40 international patents and patent
applications
• 9 Russian patents
KEY MARKETS
World market of gas conditioning systems at gas
and oil fields
PROJECT NEEDS
New Clients
• Power efficient
• Small size
• Low capital and operating costs
• The absence of moving parts
• No need for frequent maintenance
• Increase of liquid products separation rate
3S-separators
at Gubkinsky
and
3S-‐сепараторы на Губкинском ГКМ иGKM
месторождении Talimu
field(Китай)
(China)
Talimi
PROJECT PRODUCT
Facilities for gas conditioning and processing (for
gas and oil fields and gas plants)
CONTACTS:
engo@orc.ru
Tool for the remote detection of the pipelines deficiencies based
on the magnetoresistive nanostructures
CTI LLC
• Technical solution using three-component sensors
based on magnetic nano-films
• Gradientomerty method realized in the system
provides for the decisive advantage in the
accuracy of pipelines magnetic anomalies
detection
• Software allows on-line processing and
visualization of the defects magnetograms
COMPETITIVE ADVANTAGE
• Remote detection and classification of defects
during the normal operating mode of a pipeline
• Detection accuracy - 90 %
• Defectoscopy of the parts that are unreachable for
the usual diagnostics methods
Experimental industrial model for the diagnosis of
underground pipelines was created
• 2012 - for underground pipelines
• 2013 - for underwater pipelines
PROJECTS NEEDS
• Investments
• The site for R&D and production
PROJECT PRODUCT
Magnetometric system combining hardware and
software
CONTACTS:
Saint-Petersburg, Ligovsky pr., 254, www.polyinform
Microchip for wireless smart metering systems
‘Mobix Chip’ LLC
Application specific integrated circuit (ASIC) allows
to combine data transmission by radio channel
and regular electric power lines (PLC-channel).
This decreases the costs of smart metering system
deployment and considerable increases reliability of
data transmission.
Q4 of 2013
• 3D mesh network guarantees the reliable data
transfer
• Can be used for electricity, gas, water and heat
meters.
• Unique hardware configuration allows to install on
the existing metering systems
• Allows managing energy supply to the consumer
PROJECT NEEDS
Strategic partners
KEY MARKETS
• Manufacturers of metering devices
• The market in Russia amounts to ~ 20 millions
meters/year, which equals ~ RUR 60 billion /year
PROJECT FINANCING
• RUR 61,7 million – Skolkovo grand
• RUR 61,7 million – own funds
CONTACTS:
Moscow, CEO: Alexander Buhman, sasha@mobix.com
Housing and utilities solutions
Heating pipelines maintenance by flushing with special reagents
SAVANT Research and
Development
• The surface-active substance (SAS) is used for
contamination removal from and subsequent
protection of the inner surfaces of the heating
pipes.
• Economically efficient technology for the use in
apartment buildings and other real estate objects
• Decreases hydraulic resistance in the pipes by
30% due to the solid hydrophobic film that is
created on the pipe walls
• Decreases losses of heating-carrier from 10 to
30%
• Lowers costs of maintenance and capital repairs
as the cleaning effect lasts for at least three
heating seasons
• The technology could be used during whole year
PROJECT PRODUCT
Innovative reagent and the technology of its use
Reagent development is almost completed, primary
testing is on-going
Q3 quarter 2013
KEY MARKETS
Companies operating heating networks
PROJECT NEEDS
• Testing site
• Strategic partners
CONTACTS:
s-avant.ru, +7 (495) 984 80 64
CEO: Anna Bleyer
PROJECT FINANCING
• RUB 21,7 million – Skolkovo
• RUB 7,5 million – own funds
Heating pipeline internal inspection systems with remote control
‘GAZPROECT –
DIAGNIOSTIKA, LLC
• Revolutionary method of non-destructive control thickness gauging based on the dynamic skinlayer effect
• Electromagnetic and acoustic methods adjusted
for the specific conditions of heating systems.
• In-line inspection is 7,5 times cheaper than the
inspection of the pipeline exposed to the surface
because stripping works are not needed.
• The tool will identify the following defects: faulty
fusions, undercutting, internal and external
corrosion (including pitting), erosive wear of
pipeline components, metal scaling in the pipe
body.
Q3 of 2013
PROJECT NEEDS
Testing sites
PROJECT FINANCING
• RUR 27,8 million – Skolkovo
The cost of diagnos+c for 1 km of hea+ng systems’ pipelines with the diameter 1000, RUR million 30
4
The diagnos+c study including the cost of the pipeline stripping. The average cost of repairs of 1 km for hea+ng systems pipelines with the diameter 1000, RUR million 42
PROJECT PRODUCT
Robotized tool with remote control that can operate
inside of the underground heating pipelines with
the diameter 700-1200 mm
CONTACTS:
Saint Petersburg, www.gazproekt.spb.ru
CEO: Belyaev Alexander, belayev@diakont.com
In-‐line inspec+on (ILI) 7
Repairs without ILI (total replacement) Energy Efficiency Technologies Cluster –
Skolkovo Foundation
Repairs following the results of ILI (replacement of specific defec+ve sec+ons) Energy saving heater made of polymer
«SYSTEM HEAT»
• Radiator has two autonomous contours, while
traditionally there is only one
• Radiator is made of thermostatic polymer
• Saving of up to 40% of the heating energy
• Reliable, resistant to corrosion, has extended
service life.
• Production cost is several times lower than for
traditional heaters.
End of 2013
KEY MARKETS
• Households
• Building and development companies
• Managing companies
PROJECT NEEDS
• Premises for pilot production
• Testing site
PROJECT PRODUCT
Thermostatic polymer radiator for the use in central
heating systems
R&D is completed, prototypes were produced
CONTACTS:
Vladimir Bosnik, Bosnik@systemheat.ru, + 7 (917) 502-43-20
Transformation of mechanical pressure energy to electricity for
the use in compact electronic devices
Qmodule Laboratory
• An efficient method of energy transformation
from mechanical pressure to electric energy
for powering compact electronic devices or
generating electric power
• The developed method can significantly
increase the output of power generators charge
(piezoelectric and radioisotopes that emit
negatively charged electrons)
• The development allows creating battery-free
electronic devices for various applications
• Development of electric energy generators to
accumulate electric energy from alternative
sources is possible
PROJECT PRODUCT
• Qconverter – ОЕМ- energy converters
• Qswitch – piezoelectric transmitter for remote
control, Smart House Systems
• One-cycle output energy of Qconverter –
1.25W*sec
• Qconverter prime cost ~1 USD
Project prototypes are available
KEY MARKETS
• Industrial automation
• Smart House Systems
• Green electronics
PROJECT NEEDS
• B2B orders
• License holders
• R&D co-investors
CONTACTS:
+7 (499) 502-13-14, mail@qmodule.ru, www.qmodule.ru
CEO: Martyn Nunuparov
Innovative gas valve with extra-low energy consumption
ENERGY EFFICIENT GAS
VALVEAMT&C, LLC
• The use of high-energy NdFeB permanent magnet
and original engineering of electronics guarantee
extra-low energy consumption
• On-bard computing facility allows to create
adaptive emergency prevention systems.
• Extra-low power consumption level not exceeding
50 µA at the voltage of 3.6V
• The device consumes 130,000 times less electric
power than the alternatives available in the market
• With the use of 500,000 devices the annual power
saving may amount to 108,000 MW
PROJECT PRODUCT
Patented electronically controlled gas shutoff valve
• Pilot production
• All the necessary certificates and approvals for the
Russian market are available
KEY MARKETS
• Gas supply control
• Emergency prevention systems
PROJECT NEEDS
Market entry support
CONTACTS:
4 Promyshlennaya Str., Troitsk, Moscow region 142190
Tel/Fax: +7 (495) 777-72-26, www.amtc.ru
Line Director: Vladimir Sushko
+7 (963) 697-56-14, sushko@amtc.org
Expandable sleeve of complex-modified polymer (smart plastic)
for pipes recovery
Ural Factory of Polymer
Technologies – Mayak
• Polymeric sleeve that can increase its diameter
up to 200% due to molecular relaxation during
repeated heating up to the plasticization
temperature
• Complex-modified polymer composite resistant
to mechanical and chemical impact and high
temperature
The technology allows reconstructing of damaged
underground pipes using the trenchless method
within the shortest period time and at minimal cost
KEY MARKETS
The reconstruction is required for more than
600 000 km of pipes of various applications in
Russia
heating
Laboratory prototype is developed with diametr
18 mm, leight 100 mm and magnification
coefficient 1,3)
CONTACTS:
Ozersk, Chelyabinsk region,
tel.8 (35130) 9-47-22
termopeks@mail.ru, www:polymerpro.ru
•H
ouseholds
• Utilities companies
•O
il & gas companies (at later stage of R&D)
Low-cost, energy efficient and reliable light emitting diodes (LED),
that are built using new components architecture
Optogan. New
Technologies of Light LLC
The company-participant is a subsidiary of «Optogan» JSC
ESSENCE OF INNOVATION
• Transition from a separate light emitting diode to a
fully integrated intellectual light system (module)
• LED, structure, driver, optics are on a single
substrate
• Brand new class of energy efficient compact
multifunctional integrated light systems
PROJECT FINANCING
• RUR 148,2 million – Skolkovo grand
• Integrated chip-on-board LED modules containing
emitter with primary optics allowing to generate
light emission patterns of any configuration
• Integrated module light efficiency is more than
160 lm/W with the color rendering index CRI>85,
light flux more than1,000 lm/cm2
• Lamp price for consumers will not exceed
USD10 /klm
PROJECT NEEDS
Strategic partners
CONTACTS:
206 Tallinskoye Highway, Saint Petersburg, +7 (812) 406-80-67
www.optogan.ru, optogan.ntl@optogan.com
Organic light emitting diodes printing technology
OPTOGAN – ORGANIC
LIGHT SOLUTIONS LLC
The company-participant is a subsidiary of «Optogan» JSC
The use of optically active conjugated polymers and
nano-composites based on polymer non-organic
nanoparticles to develop organic light-emitting
Diodes (OLED)
• Specifications of OLED based on multi-layered
composite structures is higher than that of
polymeric-only ones due to more efficient emitting recombination (80 lm/Wt, brightness 3000
cd, life period not less then 10 000 hours)
• Inclusion of non-organic nanoparticles into polymeric matrix considerably increases service life of
OLED structures
• Flexible printing technology allows:
– Significant decrease of production cost compared to both non-organic LED and other OLED
manufactured with the use of vacuum deposition
technology
–P
roduce OLEDs with almost any width, length
and shape
PROJECT NEEDS
Strategic partners
PROJECT FINANCING
• RUR 148,2 millions –
Skolkovo Foundation
• RUR 151,8 millions – own funds
CONTACTS:
206 Tallinskoye Highway, Saint Petersburg
+7 (812) 406-80-67, www.optogan.ru
CLUSTER OF ENERGY EFFICIENT TECHNOLOGIES
Skolkovo Foundation
12, Krasnopresnenskaya emb. Moscow, 123610
Tel.: +7 495 967 01 48
Cluster-Energy@corp.i-gorod.com
www.sk.ru

Innovations in energy efficient technologies supported by Skolkovo

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