Vladislav I. Zinchenko

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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.

• Vladislav I. Zinchenko
• Vice Governor of
• Tomsk Oblast Administration

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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
Every 5th Tomsk resident is a student

• Total city population exceeds 500 000 people

Tomsk major universities are in the top ten of
Russian higher educational institutions

• There are 6 state universities, 2 institutes.
• About 3,5 thousand doctors and candidates
• of sciences teach and carry out researches here

Every 3rd Oblast resident has higher education,
while in Russia as a whole only every 5th

• The volume of Tomsk scientific and educational
  complex financing constitutes 300 mln USD per year

• The scientific and technical center consists of
  two large centres of science the Russian Academy
  of sciences and the Russian Academy of medical
  sciences, including 11 scientific research
  institutes, 9 university scientific research
  institutes, 13 project and branch institutes. 160
  researchers accounts for 10 000 population.

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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
The Tomsk Oblast Competitive Advantages

• High-quality human capital

• Well developed scientific and educational complex

Basic competitive advantages

• Abundant natural resources

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" The Development and The Realization of The
Model of a Territory of Innovative Development on
The Example of The Tomsk Oblast"2002 - 2005
Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.

• The aim The creation of the regional innovative
  system
• The main directions
• Perfection of the system of state regulation of
  mechanisms of innovative development of region
  economy
• Development and realization of scientific-technolo
  gical potential
• Modernization of a regional education system
• Development and realization of innovative
  potential

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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
The basic results of development and realization
of innovative potential of Tomsk area (2002-2005)
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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
The basic results of development and realization
of innovative potential of Tomsk area (2002-2005)
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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
The basic results of development and realization
of innovative potential of Tomsk area (2002-2005)
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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
The basic results of development and realization
of innovative potential of Tomsk area (2002-2005)
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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
Results of work of offices commercialization in
2002-2005 .
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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
The basic results of the development and the
realization of the innovative potential of the
Tomsk oblast (2002-2005)
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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
The volume of let out high technology production,
including innovative, billion rbl.
The number of the new workplaces at the
innovative enterprises, people
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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
The Interdepartmental Program " The Development
and The Realization of The Model of a Territory
of Innovative Development on The Example of The
Tomsk Area (results of 2002-2005)
The general financing of scientific and
educational activity of Tomsk scientific-education
al complex, mln. rubles
The financing of scientific activity of Tomsk
scientific-educational complex, mln. rubles
In 2005 Tomsk scientific-educational complex
carried out about 100 projects of Federal
scientific and technical program, 1000 budgetary
themes and 2000 contracts, including 15
international. Annually about 100 doctor's and
350 master's theses are protected, about 400
patents are registered.
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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
The Interdepartmental program " The Development
and The Realization of The Model of a Territory
of Innovative Development on The Example of The
Tomsk Oblast (2006-2008)
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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
The territory of the Tomsk Oblast Research and
Innovation Special Economic Zone lies within the
city boundaries its area is 197 ha.
The allotted territory includes Tomsk Scientific
Centre of the SB of the Russian Academy of
Sciences. 15-20 minutes are required to reach
the centre of the city by car. In 2007-2008 all
the necessary material and technical
infrastructure will be built on this territory.
In the Tomsk research and innovation special
economic zone duty-free customs import, decrease
in taxes to 30 , an opportunity to rent the
ground with the subsequent repayment of buildings
and constructions are provided
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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
The Areas of Technical Innovation Activities to
be involved in the ResidentsProjects
Information and Communication Technologies,
Electronics
Development and prototype (experimental)
production of digital TV firmwave
Development of radio systems
Development of quantum electronics products
Establishment of a reference center for
ERP-systems
Development of power and high-current electronics
products
Biotechnologies and Medicine
Medical Biotechnologies
Agriculturall Biotechnologies
industriall Biotechnologies
Production of genetically engineered
diagnosticums -Polymerase Chain Reaction
diagnosticums (PCR test systems), including
real-time PCR diagnosticums and diagnosticums for
the assesment of susceptibility to various
diseases
Production of genetically engineered agriculture
compounds -biological plant protectors
-prevention and treatment of animal
diseses -feedstuffs from plant and microbial
matter
Biotechnology-based extraction and processing of
mineral resources
Bioenergy production from biomass (wood and
bio-organic waste) utilization
Nanosized and nanostructural materials and
products
Nuclear energy and alternative sources of energy
Metal nanopowders and submicron micropowders of
inorganic compounds
New sources of energy
Utilization technologies of access weapons
plutonium
Nanofibres of inorganic compounds
Technologies of radioactive decontamination
Bioactive and pharmaceutical substances
Hydrogen power as a prospect of reducing gas and
oil consumption
Nanostructural titanium biocomposites
Production and application of radiopharmaceuticals
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Development and production of filtration
materials for water purification (Institute of
Strength Physics and Materials Science of the
Siberian Branch of the RAS)
Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.

• Sorbents for drinking water purification from
  arsenic
• In India, China, Vietnam, Taiwan, Korea, Africa,
• Argentina, Chile, Mexico) arsenic concentration
• in more than 80 of drinking water sources is
• several ten times higher than permitted by the
• standard of the World Health Organization.
• The most mass poisoning induced by arsenic
• pollution of drinking water occurs today in
• Bangladesh.
• The sorbent developed in Tomsk is inexpensive
• (5 for 1 kg) and has high throughput capacity
• and enormous service capacity (100 000 liters
• for 1 kg.
• Sales planned gt 500 million
• World market size - gt100 billion

• Composite sorbent filtration material (filter)
• AquaVallis for water purification from all
• kinds of microbiological contaminants
• Competitive advantages
• Efficiency of adsorbtion 99.999999100
• Sorbtion capacity is 3 times higher and the price
  is 30 less in comparison with existing analogs
• World market of water industry 365 bill.
• World expenses for water supply -250 bill./year
• Annual growth of water purification materials
• market 10

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Beam-plasma technologies and equipment for
creation of coatings and materials treatment for
improving their hardness and exploitation
(Institute of High Current Electronics of the
Siberian Branch of the RAS)
Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.

• Complex technologies of ion-plasma deposition and
  ion-beam implantation
• Increasing operational time of cutting tools
• Heat-saving coatings on sheet glass
• Modification and coating for parts of aviation
  technique
• Electron-beam welding and surfacing technologies
• Coating on molds of metal casting machines
• Coatings on parts of press equipment
• Welding of coolers for blast furnaces
• Electron-beam sources with plasma cathode
• Impulse electron-beam technologies for
  modification of materials surface
• Treatment of turbine blades, cast parts
• Market
  volume
• Capacity of the world market of services on
  surfacing high-strength
• wearproof coatings is 1.2 billion USD, at annual
  growth
• of 10-15 , capacity of the world market of
  equipment

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Nanodispersed hydroxyapatite powder, bioactive
coatings for volume porous scaffolds for micro-
and nanolevel engineering of bone tissue in
orthopaedy and traumatology (Center for
Orthopaedy and Medical Material Sciences)
Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.

• Competitive advantages
• High biocompatibility and resistivity to
  biological
• liquids.
• The implants allow to influence purposefully on
• processes of bone tissue restoration and 3 4
• times increase the bone growth speed at using
• of external fixators.
• The implants provide increase of calcium content
• in a bone tissue.
• Potential consumers
• Manufacturers of orthopaedic equipment.
• Orthopaedic and traumatological clinics.
• Patients with traumas, orthopaedic pathologies.
• Veterinary clinics.
• In the USA about 250 000 hip fractures are
• registered annually. The total cost of their
• reatment is about 7 000 000 000 US dollars.

• Production - bioactive orthopaedic implants
• These implants are introduced in clinical praxis
• on the whole territory of Russia.
• The works for establishing production of the new
• calcium phosphate nanobiomaterials obtained
• financing of the European Commission.
• The implants and nanobiomaterials will be
• exported to the European Union.
• Using of nanostructured scaffolds allows to
  reduce the external fixation time from 70 to 46
  days

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Development of software for digital videosignal
processing (Elecard Ltd., Tomsk University of
Control Systems and Radioelectronics)
Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.

• Basic consumers
• Boeing
• Intel
• IBM
• AMD
• Sony
• Microsoft
• Philips
• Bosch
• Lockheed Martin

• 2200 companies,
• more than
• 10 million users
• Geography of implementation

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Regional Innovation System Interaction between
universities, research organizations, science
parks and industries.
Ural mining-metallurgy company
V.A.V.S. Holding company
Cisco Systems Inc.
JSC AK Sibur
FSUE Microgen
JSC Techsnabexport
JSFC Sistema
Total value of the projects for 2006-2010 is 8
bln rubles.
The projected companies profit in 2010 is 13,27
bln rubles