vladislav i. zinchenko

Vladislav I. ZinchenkoVladislav I. ZinchenkoVice Governor

of Tomsk Region, Russia

Russian - American SymposiumPhoenix, Arizona, USA

November , 2010

Every 5th Tomsk

resident is a student

• Total city population exceeds500 500 000000 people

Tomsk major universities are in the list of top ten Russian

higher educational institutions

• There are 66 state universities, 22 institutes. About 3,53,5 thousand of Doctors and Candidates of sciences teach and carry out research work here.

Every 3rd resident has

TOMSK REGIONTOMSK REGION

22

Every 3rd resident hashigher education, while in Russia as a whole –

only every 5th

• Tomsk scientific and educational complex financing is 650650 mln. $ per year

Scientific complex includesScientific complex includes::

• 5 institutes of the Russian Academy of Sciences (Sib erian Branch)• 6 institutes of the Russian Academy of Medical Scie nces (Siberian Branch)• 9 universities research institutes affiliated with u niversities• 13 planning and sectoral institutes

160160 researcherresearcherss perper 10 10 000000 residentsresidents

TOTAL FINANCING TOTAL FINANCING OF TOMSK SCIENTIFIC AND EDUCATIONAL COMPLEX, Mln. $OF TOMSK SCIENTIFIC AND EDUCATIONAL COMPLEX, Mln. $

931

307338

407465,5

741,4

855

920,7

382,8

148,3

306,9348,3

227,6172,4 317,2

300

400

500

600

700

800

900

1000

Volume of science-intensive production

Financing ofprofessional education

Financing of science

33

148,3120,7

79,3

172,4 317,2

51,7 65,5 110,3131

169203,4 262,1

0

100

200

2002 2003 2004 2005 2006 2007 2008 2009

EMERGENCE OF SCIENCEEMERGENCE OF SCIENCEEMERGENCE OF SCIENCEEMERGENCE OF SCIENCEEMERGENCE OF SCIENCEEMERGENCE OF SCIENCEEMERGENCE OF SCIENCEEMERGENCE OF SCIENCE--------INTENSIVE BUSINESSES WITHIN THE REMIT OF INTENSIVE BUSINESSES WITHIN THE REMIT OF INTENSIVE BUSINESSES WITHIN THE REMIT OF INTENSIVE BUSINESSES WITHIN THE REMIT OF INTENSIVE BUSINESSES WITHIN THE REMIT OF INTENSIVE BUSINESSES WITHIN THE REMIT OF INTENSIVE BUSINESSES WITHIN THE REMIT OF INTENSIVE BUSINESSES WITHIN THE REMIT OF OF SCIENTIFIC AND EDUCATIONAL COMPLEXOF SCIENTIFIC AND EDUCATIONAL COMPLEXOF SCIENTIFIC AND EDUCATIONAL COMPLEXOF SCIENTIFIC AND EDUCATIONAL COMPLEXOF SCIENTIFIC AND EDUCATIONAL COMPLEXOF SCIENTIFIC AND EDUCATIONAL COMPLEXOF SCIENTIFIC AND EDUCATIONAL COMPLEXOF SCIENTIFIC AND EDUCATIONAL COMPLEX

Technical and Innovation Zone

SCIENCE-INTENSIVE

PRODUCTION,

SMALL SCIENCE-

INTENSIVE COMPANIES

Creating of business teams

around prospective for commercializa

tion developments

Student’s business-incubators

Student groups training

UniversitiesCarrying out of design works.

Manufacturing of pilot batchs.Certification.Marketing.Patenting

Technological business-incubators

Creating of business

teams around developments

suitable for commercializ

ation

Student’s business-incubators

Implementation of design

works.Manufacturing of pilot batchs.Certification.Marketing.

Technological business-incubators

Technological parks

Business-incubatorCreation of conditions for science-intensive

business

Scientific-experimental

industrial complexes

• 2626 business-teams are created and trained• 500500 start-up managers are trained•• 800800 jobs in innovation business are created•• Innovation infrastructure deals with 300300 developments, concludes 2525 license agreements, establishes 5050 innovative companies, promotes 44--5 5 new products to the international market.

Annually:

SERVICESdevelopments Patentingation Marketing.

Patentingindustrial complexes

44

Tomsk

PARTNERS ON SCIENTIFIC PARTNERS ON SCIENTIFIC -- TECHNICAL AND INNOVATION TECHNICAL AND INNOVATION COOPERATIONCOOPERATION

EUROPE

• French Nuclear Energy Commissariat

• Group of companies «INNO» (France)

• Sophia-Antipolis Science Park (France)

• Group of companies «Oxford Innovation» ( Great Britain )

USA

• Los-Alamos Laboratory

• Sandia Laboratory

• Livermore Laboratory

ASIA

• Industrial Technology Research Institute (Taiwan)

•Central Taiwan Science Park••Singapore Ministry of Trade Innovation» ( Great Britain )

•Fraunhofer Society(Germany)

• Technical universities of Berlin and Karlsruhe (Germany)

•Delft Technical University (Netherlands)

9 joint laboratories, 5 joint ventures, international scientific-technical center were established 55

• Silicon Valley companies

• Microsoft

Joint laboratory, a joint venture, an International scientific-technical center were established

•Singapore Ministry of Trade and Industry

• Panasonic (Japan)

• Special Economic Zones of Dalian and Lyaonin (China)

2 joint laboratories, International Technology Transfer Center (Taiwan), International business-incubator (Singapore) were established

April 26th, 2006 President of the Russian Federation Vladimir Putin opened the first special economic zone in Russia during the Russian-German Summit in Tomsk

Tomsk technical and innovation special economic zone

http://tomsk.oao-oez.ru

South Site of Tomsk Technical and Innovation Special Economic Zone

«Center for innovations and technologies»Tomsk Technical and Innovation Special Economic Zone offers:

• duty-free regime • 30 % taxes decrease• opportunity of land rent with consequent buy-out of buildings and facilities.

45 resident companies were registered in 2009 6

�Volume of financing annually received for nanotechnologies development in Tomsk Region is more more than 45 45 mlnmln. . $$

� Volume of services and production sales in nanotechnologies sphere exceeded 23 23 mlnmln. . $$

Annual volume of contract research work in the field of nanotechnologiesis about 1515 mln. $mln. $

� 33 joint enterprises were established with partners from Slovenia, Vietnam

NANOTECHNOLOGIES IN TOMSK REGIONNANOTECHNOLOGIES IN TOMSK REGION ––MAIN DEVELOPMENT INDICATORSMAIN DEVELOPMENT INDICATORS

77

� 33 joint enterprises were established with partners from Slovenia, Vietnam and Israel.

Small production series are exported to the USA, Germany, Japan, South Korea and other countries

�Annual training in three Nanotechnology Centers of Tomsk universities provides this research area with:

- 200200 university graduates, - 2525 Candidates and Doctors of sciences.

Examples of Educational, Scientific and Technical cooperation

SCIENCE:

EDUCATION:

International scientific-educational centers:- Processing of hydrocarbon raw material by means of nanotechnologies (Tomsk Polytechnic University)- Physics and chemistry of high-energetic systems (Tomsk State University)

Joint grant of Russian Foundation for Basic Research (RFBR) and Civilian Research and Development Foundation(CRDF) “Fundamental spectroscopic system for monitoring of climate fluctuation” (Institute of AtmosphericOptic, Russian Academy of Science, Tomsk)

Joint scientific research “Cannabinoid receptors role in regulation of myocardium metabolism” (Siberian State Medical University, Tomsk) American partner – NIDA NIH, Bethesda (USA), Department of Medicinal Chemistry and Natural Products, School of Pharmacy, Faculty of Medicine

INNOVATIONS:Bridge “California – Tomsk” 5 companies were founded in “Silicone valley” (Tomsk University of Control Systems and Radioelectronics)

Development and supply of science-intensive productionsContract “Development, production and supply of 280 Fast LTD discharger. Assembling and testing of unit consisting of 5 parts of line transformer LTDZ” (High Current Electronic Institute, Russian Academy of Science, Tomsk)

and Natural Products, School of Pharmacy, Faculty of Medicine

About 800 000 $

This sum was obtained by Tomsk scientific and educational organizations through cooperation with American organizations in 2009 88

Proposals for the development of cooperationProposals for the development of cooperationProposals for the development of cooperationProposals for the development of cooperationProposals for the development of cooperationProposals for the development of cooperationProposals for the development of cooperationProposals for the development of cooperation

Proposition• Available experienced and professional teams could be used for promotion of Russian technologies to North American markets

Mutual benefits• American party will get access to Russian developments, which are competitive on world market. This, in turn, will create new opportunities for the development of American innovative business.

• Russian party will get possibility to enter the world market with its technologies and find financing for the development of such technologies

• Special Economic Zone welcomes foreign tennant-companies• Special Economic Zone welcomes foreign tennant-companies

Expected results• Implementation of innovation projects existing in Russian regions.

• It is planned that 25% of the projects will be successful and a number of new Russian-American companies will be created every year. Their investment value will be 1 million $ per one project.

Necessary support

• Support of government structures

• Support programs for new innovative companies

• Attraction of venture capital 99

Proposals for cooperation

TPU is a developer and the main world market supplier of unique

small-size betatrons.

Main advantages of betatrons

(in comparison with linac):• Cost (6-7 times less)

Betatron PXB-2.5 It is the smallest accelerator in the world. It has minimal size and weight (60 lbs). It may operate using an

accumulator.

Tomsk Polytechnic University Tomsk State University

TSU has developed GaAs ionizing radiation imaging detectors for non destructive testing

Advantages:• Reduced exposure dose

Inspection systems

• Cost (6-7 times less)• Size (2-3 times smaller)

• Lower power consumption• Lower maintenance

• Higher resolution

1010

• Reduced exposure dose • High spatial resolution• Feasibility of operating the system both in

the integral mode and in the photon counting mode

Medical systems

NEW highly effective equipment could be created using combination of these developments

Tomograghs


New company «Manel» was created for the production of equipment on the basis of new innovation technology

The development has a number of essential advantages in comparison with analogues:- Energy consumption is up to 60 times less;- Small environmental impact;- It is possible to deposit coatings to the items having complex shape in the automated regime;

www.manel.ru

Tomsk State University

Tomsk Special Economic Zone

1. SURFACE TREATMENT OF STEELS AND ALLOYS by means new plasmic processes in solutionsGoal: Creation of industrial technology, development and construction of pilot unit of high productive technological equipment.

2. FUEL CELLS based on new physical processes and principleswhich provide the opportunity to apply alternative fuelGoal: Creation of operating model of plasmic fuel cell which use metal and carbon as fuel.

1111

automated regime;- No need to process goods after the deposition coating.

Authors of the above mentioned technology havenew developments for cooperation

Fields of Application Medical, pharmacological, microelectronic, food, textile and other industriesActivation and modification of solid surface increasing its hydrophilic and adhesive properties for printing, coating, coloring, sticking, lamination, etc.

Electrodynamic systems and technologies Ltd. www.edynamicst.com

New plasma technology for solid surface treatment



Uniqueness and advantagesBased on new type of Atmospheric Discharge with Runaway Electrons (ADRE) plasma.

Institute of Atmospheric Optics, Russian Academy of Sciences

Before plasma treatment

After plasma treatment

Forms of cooperation Joint Venture

1212

•It permits to process objects with 6 cm height and 2 m width, as well as 3D objects on conveyor• Ecologically friendly and resource-saving technology;

Based on new type of Atmospheric Discharge with Runaway Electrons (ADRE) plasma.

WAVE GEARWITH INTERMEDIATE SOLIDS OF REVOLUTION

Electric valve actuators are developed and produced on the basis of such gears

GEARWITH ECCENTRICALLY CYCLOIDAL GEARING

Fields of application:On land-, water-, air-transportLifting techniquesMachine-building reducers Power engineering,

www.nposibmach.ru



www.ec-gearing.com Technology Market Ltd.

Siberian machine builder

Power engineering, Extractive industries.

Uniqueness and advantages:- Gear mass and size parameters are reduced up to 3 times providing higher torque;- Efficiency Coefficient – up to 99,9%;- Required power of engine is two times less;- Significantly longer operating life;- No or little servicing required.

Forms of cooperation• Joint market promotion of a product and sales organization• Creation of joint production with foreign partners

1313


has big experience in development and production of microwave frequency integral and hybrid-integral schemes based on gallium arsenide and other semi-conducting materials.


Research Institute of Semiconductor Devices (RISD) www.niipp.ru

Tomsk State University

Tomsk Polytechnic University

Tomsk State university of Control Systems and Radioelectronics

Research Institute of Semiconductor Devices

hybrid-integral schemes based on gallium arsenide and other semi-conducting materials. The work is implemented to provide light efficiency of not less then 150 lm/W for lighting devices

Matrix-integral design of emitting semi-conductor elements and hybrid-integral design of lighting modules decrease significantly the number of LED lightings assembling operations.

LED lamps for signal systems

Сoncentrated light LED

lampsLED lamps for lighting

LED lamps forlife-saving appliance

1414

Indicator LED lamps


Following fluoride technologies for processing of hard-concentrating ores were developed and tested:

- Processing of titanium concentrates- Processing of beryllium ore- Production of ultrapure oxide of silicone- Production of silicon dioxide microfiber



Siberian Chemical Industrial Complex

Polycrystalline semi-conductor silicon

Titanium pigment TiO2 Metallurgic mix of fluorides

- Production of silicon dioxide microfiber- Production of aluminum fluoride- Production of zirconium dioxide microfiber-Production of cryolite

1515

Technology permits

- to reduce time of drying and save original quality;- to provide full volumetric impregnation of sample; - to increase fire resistance of the modified wood;- to increase wood resistance to the influence of atmospheric factors;- to provide wood resistance to the influence of bio-destructive and bio-dyeing fungi;- to provide semblance to valuable species of trees (oak, mahogany and others) at 1,5 - 2 times lower prices


Wood modification: technology and equipment

www.hvd.tpu.ru

Fields of application


High VoltageResearch Institute

- building industry: products which are exposed to attrition (parquet, flights of stairs, handrail, window and door constructions, concrete blocks covering, building of wooden houses with higher fire- and bio-resistance);

- furniture production (outdoor and indoor);

- sport items production (skittles, cues, bntts);

- production of other commercial products for everyday life (ashtrays, trays, toys, etc.).

Forms of cooperationCreation of wood working production for customers. Joint market promotion of equipment and organization of sales

1616


High-speed broad-band radio repeater operating on millimeter wave band (40, 60, 70, 80 и 90 GHz) based on developed GaAs microwave electronic component base

Fields of ApplicationEquipment operating at the data transfer rate of 1 Gbit/sec and higher is highly demanded by broadcasting companies constructing high speed data transfer nets of third and fourth

www.micran.ru

Tomsk State university of Control Systems and

Radioelectronics

1717

constructing high speed data transfer nets of third and fourth generation (based on protocols HSPA, WiMAX, LTE est.) to provide high quality modern services like IPTV, VoIP, VoD, HDTV, teleconferencing, net games and other.

Competitive advantages:

- Low cost (locally developed components are used)- Innovation multi-modem scheme is applied. It permits to decrease adaptively data transfer rate to increase radio-line energy potential and to prevent data transfer failure.

vladislav i. zinchenko

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