«Правительство Калужской области Министерство развития информационного общества и инноваций Калужской области КАТАЛОГ научно-технических ...»
— for manufacturing oxygen analyzers as part of life-support equipment on board military and civil aircraft;
— for automotive oxygen analyzers (-probes);
— for manufacturing solid-oxide fuel cells;
— for manufacturing medical devices (oxygen generators, oxygen analyzers);
— for technological ceramics.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering The unit under development is designed for use in industrial Product and scientific laboratories, and at small enterprises for occasional Marketing and small-batch production.
Econ experience suggests that the quality, reliability and stability of different sensors in operation largely depend on their specifications and the properties of the natural and synthesized powders as much as on the method of product manufacture and formation.
High-temperature oxide ceramics as produced by the die casting unit under development can be used in a variety of ways both in Russia and abroad: for fossil fuel-firing power and heat generation devices, in ferrous and non-ferrous metallurgy, at glass and ceramics works, at chemical companies, in the automotive, aviation and medical industries.
Market studies have been conducted through Econ’s business ties with existing and potential customers.
The Econ staff has highly qualified science and engineer Current Status ing specialists (mechanics, assembly-line operators, welders, turners, and instrumentation repairmen);
the company has the experimental and production facilities to develop and manu facture the unit.
Manufacturing processes have been perfected and relevant science-intensive solutions found, to wit:
— a schematic, kinematic and hydraulic diagram of the unit has been developed;
— an operable prototype model has been manufactured;
— manufacturing processes have been perfected and experi mental batches of solid-electrolyte ceramics made of nanometer powders.
The cost of the project in its entirety is 10.0m rubles. Required Financial Plan for project implementation is 5.000.000 rubles, with 5.0m rubles invested by Econ out of its own funds.
The unit is expected to be priced at 1.0m rubles.
Payback is expected within three to five years.
Design and process knowhow available.
Intellectual Patents and certificates pending.
Property Rights A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Information for Reference Organisation/Firm Address Close Corporation Econ 1 Bondarenko Sq, Obninsk 249030, Kaluga Region Contact Person Phone Fax Web-site Chernova 8(48439) 6-62-66 8(48439) 6-62-66 econ.obninsk.ru Margarita Efimovna A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Oxygen Analyzer with Econ Nanoceramic Detector for Life-support Units on Board Military and Civil Aircraft The analyzer is designed for the aircraft on-board life-support Abstract systems to meter the partial pressure of oxygen in the oxygen rich air supplied to crews’ high-altitude gear.
Unavailable in Russia is a similar approved and mass-produced automatic control unit or a reliable fast-response high-tem perature gas analyzer capable of stable and lengthy performance within prescribed parameters. Consequently, aviation technology companies have to use expensive and ill-adapted imports that adversely affect the overall characteristics and make these com panies dependent on shipments from abroad, something hardly conducive to defence capacity.
The nanometer ceramic detector is a most important part of the sensor under development.
Tentative analyzer specifications:
End-product 1. Pressure of the medium Described 20 110;
to be analyzed, kPa:
– 40 +110;
2. Input gas temperature, °С:
3. Oxygen partial pressure range, kPa:
4. Relative deviation limit: ±5%;
5. Operating mode delay with the power supply ON, min: 3;
6. Power consumption, no more than, W: 30;
7. Power consumption in operating mode, no more than, W: 100;
8. Life, no less than, hrs: 3 000.
The device under development would not cost much in maintenance and could lend itself to automatically control the life-support system on board an aircraft.
The detector under development would replace imports.
No solid-electrolyte oxygen partial pressure analyzer for air Product craft life-support systems has been developed in Russia before.
Marketing The present proposition is all about projecting, developing and producing an oxygen solid-electrolyte partial pressure analyzer for life-support units on board aircraft: in particular for the MIG and TU series to specifications by the Zvezda (‘Star’) joint-stock production association. It can also be used for other life-support systems on board sea craft, submarines and spaceships.
Since no such detectors have been manufactured in Russia before, the only competition in existence is abroad.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Chief customers would be domestic aviation companies such Product as the Zvezda (‘Star’) joint-stock production association.
Marketing Demand for such devices is currently estimated at ~ 300 sets a year.
The Econ staff has highly qualified science and engineering Current Status specialists (mechanics, assembly-line operators, welders, turners, and instrumentation repairmen);
the company has the experimen tal and production facilities to develop and manufacture quality ceramic parts. The processes involved have been developed and the relevant science-intensive solutions found, to wit:
— several designs and reference electrode operation principles for the analyzer have been selected;
— appraisal component tests have been run against the specifications of the Zvezda (‘Star’) joint-stock production as sociation;
— detector prototypes in a variety of design with the use of nanometer dopes and gas analyzer sensors on their basis have been manufactured;
— laboratory tests have been run of these prototypes on Econ’s metrology rig;
— the results have been assessed, and promising designs and processes selected.
Project implementation would culminate in a solid-electro Financial Plan lyte oxygen analyzer for aircraft on-board life-support systems to specifications by the Zvezda (‘Star’) joint-stock production association, and the analyzer’s domestic commercialization.
The cost of the project in its entirety is 18.0m rubles. Required to implement the project is 9.0m rubles, while 9.0m rubles is to be invested by Econ in conjunction with its business partners out of their own funds.
The investments will be used as follows:
— purchase of additional equipment and instrumentation necessary to implement the programme for the aircraft life-support analyzer ~ 2.0m rubles;
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering — seeking the services of suppliers and Financial Plan research institutes for certain technological processes and operations ~ 800,000 rubles;
— purchase of materials and components ~ 600,000 rubles;
— manufacture of sensor prototypes, and their metrology, laboratory and industrial testing ~ 1,000,000 rubles;
— manufacture of an experimental sensor batch, its metrology and tests ~ 1,500,000 rubles;
— device certification ~ 600,000 rubles;
— other expenses ~ 500,000 rubles.
Payback is expected within two years and a half, with the business turning in a profit half a year later. Cost-effectiveness is estimated at 30%, and profit, at ~ 13,500 thousand rubles a year accordingly.
Econ’s engineering and technological solution rights are Intellectual reserved by the following patents and certificates:
Property Rights — Fume Sensor. Invention patent No. 2142129, priority of 10 February 1997.
— Sensing Ceramic Element of the Solid-electrolyte Oxygen Concentration Sensor. Useful model certificate No. 15403, prior ity of 27 April 2000.
— Manufacturing Method for the Sensing Element of the Solid-electrolyte Oxygen Concentration Sensor. Invention pat ent No. 2167415, priority of 25 April 2000.
— Sensing Element of the Oxygen Analyzer and Its Manu facturing Method. Invention patent No. 2339027, priority of December 2007.
— Electro-chemical Cell: Oxygen Sensor and Its Manufacturing Method. Patent application No. 2010112932 of 5 April 2010.
Information for Reference Organisation/Firm Address Close Corporation Econ 1 Bondarenko Sq, Obninsk 249030, Kaluga Region Contact Person Phone Fax Web-site Chernova 8(48439) 6-62-66 8(48439) 6-62-66 econ.obninsk.ru Margarita Efimovna A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Express-Eco Membranes:
Development of Polymer Membranes and Filtering Equipment 1.4. Bulk Nano-structured Materials.
Technology/product 1.4.6. Conventional Technology Products (Nano-porous under development as Materials) per subject head In accordance with the Russian Federation President’s edict No. 899 of 7 July 2011: On Priorities in Science, Technology and Engineering: A Critical Technologies List in the Russian Federation, one priority is the nano-system industry.
Critical technology 17: a technology for obtaining and refining functional nanomaterials.
The project is aimed at upgrading the existing membranes Abstract and developing a new generation of superfine and microfilter membranes of sulphonic polyester (PES), polysulphon and fluoride polyvinylidene, to come up with our own membrane modules. The coming year and a half will see an expansion of the existing modules from 20 to 40 thousand pieces per annum, largely due to the output of corrugated membrane cartridges to sterilize and filter fluids.
A factory to produce ultrafine and microfilter equipment that End-product would comprise the following sections:
Described — A floor for hydrophobic microfilter membranes of fluoride polyvinylidene to sterilize and filter gases — A floor for hydrophilic microfilter membrane of PES and polysulphon to sterilize and filter liquids — A set of equipment for mass-producing ultrafine membranes of PES, polysulphon and fluoride polyvinylidene — A floor for corrugating and assembling microfilter cartridge modules — A floor for assembling ultrafine roll modules — A set of equipment for developing and manufacturing automated micro- and ultrafine filtration units that operate in close-end or tangential mode Once implemented, the project would usher in developed and Innovative commercialized technologies for film membrane manufacture features from sophisticated membrane polymers (polyestersulphon, polysulphon and fluoride polyvinylidene) with a variety of filter ing (ultra- and microfine) and surface (hydrophobic, hydrophilic) properties with pores averaging 0.01 – 1m (10 – 1000nm).
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Awareness of what controls phase disintegration and manage Innovative ment of phase disintegration techniques singly or in combina features tion open up prospects of developing a whole gamut of polymer membranes: from microfiltering ones to those employing reverse osmosis.
Once implemented, the project would ramp up membrane and Product other filtering equipment sales from 77m rubles at this point to Marketing a minimum of 120m rubles in 2013, in the pharmaceutical, food and other industries. The share of exports against the overall sales grew over 2003-2010 from 12.5 to 30%. In 2010, exports amounted to 23.4m rubles before value-added tax. Exports in 2013 may reach 36m rubles or more against overall sales to the tune of at least 120m rubles.
Express-Eco Ltd has, since its foundation in 1991 to this point, been manufacturing in cooperation with its partners quality fil tering equipment. It has been supplying equipment to over 1, food, pharmaceutical, electronic, perfumery and other companies.
Available to its customers are not just assorted goods, but also optimum engineering solutions for filtering processes.
Work has been in progress throughout to increase export sales facilitated by dealer companies. Shipments to Belarus are facilitated through official representation by Ivem & Co.
and IvenProm, a new dealership, as well as by Chemiphil and Belfilter. There is official representation in Odessa, Ukraine (Optima-Technology), and in Kiev (Alliance Ltd). In Moldova, there are two firms, Filtrotex and Enogroup The project has been registered with the Rosnano joint-stock Current Status company as Express-Eco Membranes, Code ID 1121: Develop ment of Polymer Membranes and Filtering Equipment. At this point, it has been assessed by experts in point of scientific and technological validity.
The project is currently being implemented as an R&D Venture Financial Plan for Organising and Upgrading Polymer Membrane Manufacture for Ultra- and Microfiltration out of the company’s own funds and those donated by the Foundation for Small-sized Businesses in the Scientific and Engineering Sphere. The Rosnano joint-stock company is expected to invest in the project in 2012.
At this point, Express-Eco Ltd has invested in the project, in cluding construction, at least 50m rubles out of its own funds.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering The project has heretofore been financed out of Express-Eco’s Financial Plan own funds and those of the Foundation. The overall investment over the 4th quarter of 2011 – 1st quarter of 2013 will be 18.56m rubles, of which the enterprise’s own funds will amount to 10.56m rubles, or about 57%, with the Foundation funds amounting to 8m rubles.
Enterprise’s earnings expected until Item 2011 2012 2013 2014 Earnings, thousand 85 900 97 750 112 400 134 900 155 rubles Earnings growth against previous year, 6900 11 850 14 650 22 500 20 thou rubles Earnings growth per 1 ruble of Foundation 0,86 1,48 1,83 2,81 2, funds invested in R&D A Russian Federation patent taken out for invention No.
Intellectual 2183493: Filter Cartridge and Filtering Material for Its Manu Property Rights facture. Russian Federation invention patent pending: applica tion No. 2010122029 of 1 June 2010: Method of Obtaining Flat Porous Membrane from Sulphonic Polyester.
Information for Reference Organisation/Firm Address Express-Eco Ltd 74 Kiev Highway, Obninsk 249034, Kaluga Region Contact Person Phone Fax Web-site Astakhov 8(48439) 6-07-08 8(48439) 6-07-08 email@example.com Eugene Yurievich A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Development and Mass-production of Intense-current Overvoltage Cutoff Device: УЗП- Electrical engineering Technology/product under development as per subject head The device is complementary to the Delta Series as currently Abstract manufactured by the enterprise. It is designed to protect strong current 3-phase equipment rated at up to 1MW (1,600А) from instantaneous or lasting power supply overvoltage. Its use would prevent fires at facilities because of wiring or equipment damage in the event of power supply surges.
— Product mass production End-product Described — Advantages over competition: The devices would protect Innovative equipment whose aggregate current consumption is up to 1,600А.
features (Currently, similar devices are rated at up to 63А.) — Market studies have been conducted by the enterprise Product personnel.
Marketing — Potential product users are companies employing powerful machining equipment, electric furnaces, production lines and the like. Additionally, these devices should be used at petrol stations, and in apartment buildings.
— Potential market volume: over 12m pieces.
Manufacture development and preparations have been com Current Status pleted, a batch of 50 pieces has been produced — Project completion: 2nd quarter of 2012.
Financial Plan — Invested so far:
— out of our own funds: 2.8m rubles;
— budget subsidies: 0.1m rubles.
— Required to complete the project is an investment of 1.3m rubles, including:
— preparation for certification, and certification proper:
0.45m rubles, — advertising: 0.5m rubles, — circulating start-up assets: 0.35m rubles.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering — Payback term: 1 year Financial Plan — Assessment of project cost-effectiveness charges, thousand Profit, thousand Salary schedule, thousand rubles thousand rubles thousand rubles Extrabudgetary towards Kaluga Region budget, Gross output, Tax revenue rubles rubles Year 2012 4300 800 272 928 2013 21 500 4000 1360 4640 2014 34 400 6400 2176 7424 Useful model certificate No. 20409 of 27 November 2001: De Intellectual vice for Controlling Automatic Switch with Independent Cutoff Property Rights at the Loss of Neutral Conductor in 3-phase Power Supply Information for Reference Organisation/Firm Address Radius Ltd 28 Nikitin St, Kaluga Contact Person Phone Fax Web-site Silaev 8 915-894-68-58 8(4842) 738-001 firstname.lastname@example.org, Vitaly Alexandrovich email@example.com A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Expanding Production of Nano-structured Membranes and Development of Manufacturing Facilities on Their Basis for In-depth Potable and Service Water Purification Set up in the course of project implementation will be:
Abstract — hi-tech production facilities (with an output of at least thousand pcs a year) for nano-structured membrane filters;
— hi-tech equipment production facilities (with an output of at least 2 thousand pieces per annum) for obtaining quality potable water, comprising modules of sorption purification, ad mixture oxidation, with ultraviolet or microwave treatment.
Filtering elements with nano-structured membranes for End-product refining liquids.
Described A set of equipment for quality potable water and service liquid refining.
Solution of potable water supply for domestic and public use;
Innovative service liquid recycling at nuclear power generating, radiochemi features cal and other industrial facilities.
Filtering elements with nano-structured membranes would Product provide a cheap means of cleansing water of soluble and non Marketing soluble ferrum, viruses and bacteria to standards imposed by Sanitary Code СанПиН 126.96.36.1994-01 for potable water. They are aggregately (for capacity, performance, decontaminating effect, low cost, dimensions, maintenance, long life) far superior to the best competition in Russia and abroad.
The purification plant under development for potable and service water treatment would be smaller by a factor of ~ 1.5, consume less power by a factor of ~ 2, have 5 to 10 times the life of their competition both in this country and abroad, and at least halve the average cost of water treatment on the Rus sian Federation market. The equipment would be modular and easily adaptable to specific requirements. If need be, a complete set might be used to remove radionuclides 90Sr and 137Cs for the water to conform to standards НРБ-99 (Radiation Safety Standards by Moscow’s Atomic Energy Agency in 1999).
Scope Potential users primarily are:
1 Public facilities (schools, child care centres, swimming pools, hospitals and the like) that would appreciate quality potable water.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering 2 Clusters of cottages, smaller inhabited areas, individual Product users.
Marketing 3 Construction companies, for installation in newly built apartment blocks.
4 Users of upgraded natural water treatment systems as fol lows:
5 Large and medium-sized enterprises, for obtaining quality potable water.
6 Heat and power generating facilities, for service water treat ment and obtaining quality potable water.
7 Olympic facilities, for obtaining potable water.
8 Metallurgy companies, for water recycling.
9 Defence Ministry, for supplying water to military facilities (mobile and stationary systems).
10 Transport, for potable water treatment on board trains and ships.
11 Pharmaceutical companies and the like.
Work is nearing completion on batch production each year of Current Status up to 100,000 filters with nano-structured membranes. Prelimi nary tests have been run of potable and service water treatment modules.
The project is under consideration at the Russian Federa tion Education and Science Ministry, by a group of experts on regional projects and Pure Water Programme, and has been entered for implementation within the framework of the would be nano-technology centre under the Russian Atomic Energy Agency.
Work content, costs and term to bring the proposition to the Financial Plan commercialization stage Project cost: 700m rubles.
Implementation: 3 years.
Expected results: expanding nano-structured membrane filter production from 100,000 pieces a year to 600,000 pieces a year, developing and ramping up production facilities for water treatment equipment to 2,000pcs/year.
1. Making a prototype unit for in-depth potable and service water purification, running a set of tests, and getting ready for its certification;
2. Preparing engineering and technology documentation for an in-depth potable and service water purification unit, and passing it on for manufacture;
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering 3. Developing a project for mass-producing filtering elements Financial Plan with a nano-structured coating and equipment on their basis;
4. Optimizing mass-production processes for filtering elements with nano-structured coating;
5. Developing the processes for mass-producing in-depth potable and service water purification plant;
6. Organizing mass production of filters with nano-structured coating and equipment on their basis, including purchase, instal lation and debugging of the equipment, batches of products, testing and commissioning the facility.
Payback would occur within 6.6 years from project financing start.
Once a maximum manufacturing rate has been ramped up, sales would amount to over 1,500m rubles a year.
1. Patent No. 2148679 / Russia / 2000 / Filtering Element Intellectual and Its Manufacture Method.
Property Rights 2. Patent No. 2226120 / Russia / 2004 / Device for Filtering Fluid, and Filtering Element Regeneration Technique.
3. Patent No. 2189650 / Russia / 20 September 2002 / Method for Rendering Radioactive Waste Harmless.
Information for Reference Organisation/Firm Address Russian Federation Scientific Centre under 1 Bondarenko Sq, Obninsk 249033, the Energy and Power Engineering Institute Kaluga Region named after A I Leipunsky Obninsk Science and Technology Centre Ltd 4 Gorky St, Obninsk 249033, Kaluga Region Contact Person Phone Fax Web-site Yagodkin 8(48439) 9-52-27 8(48439) 9-85-44 firstname.lastname@example.org Ivan Vasilievich Grigorov Vitaly Vladimirovich A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Detectors for Oxygen, Hydrogen and Combustible Gas Control on the Basis of Nano-structured Sensing Ceramics Manufacturing facilities would be developed in the course of Abstract implementing the project for detectors based on ceramic sensing elements from partially stabilized nano-structured zirconium dioxide to control: oxygen in melts on the basis of lead, lead/ bismuth and other non-ferrous metals;
hydrogen and oxygen in melts on the basis of sodium;
hydrogen and oxygen in gaseous circuits on nuclear power plant and other industrial premises;
combustible gases (methane, propane and the like) on industrial and amenity premises.
Detectors to control:
End-product — oxygen in melts on the basis of lead, lead/bismuth and other Described non-ferrous metals;
— hydrogen and oxygen in melts on the basis of sodium;
— hydrogen and oxygen in gases;
— combustible gases on industrial and amenity premises.
Development of devices for early detection of fire— and Innovative explosion-prone gases;
monitoring admixtures in process gases features at nuclear power facilities, in the coal-mining, chemical and metallurgical industries.
Advantages of detectors under development:
Product — high sensitivity, fast response, reliability;
Marketing — compact dimensions, low weight and power consump tion;
— resistance to vibrations, temperature and pressure fluctua tions;
— ecologically-friendly in application.
Potential customers for the product would be a variety of industrial enterprises: nuclear power and heat generation, met allurgy, transport, petrochemical and utility companies, among others.
R&D drawing to completion, batch production develop Current Status ment.
Once complete, the project will have resulted in the produc Financial Plan tion of batches of detectors.
Implementation term: 3 years.
Project financing: 100m rubles.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Financing on the following lines:
Financial Plan Product manufacture optimization.
Purchase of equipment and materials.
Setting up a new firm.
Pilot batch manufacture.
Patents taken out:
Intellectual 1) Gas Analyzer, Russian Federation patent No. 42663, prior Property Rights ity of 26 July 2004, 2) Oxygen Concentration Detector and Its Manufacture Methods, Russian Federation patent No. 2298176, priority of 23 July 2004, 3) Oxygen Detector for Fluids, Russian Federation patent No. 2298176, priority of 15 September Information for Reference Organisation/Firm Address Russian Federation Scientific Centre under 1 Bondarenko Sq, Obninsk 249033, the Energy and Power Engineering Institute Kaluga Region named after A I Leipunsky Obninsk Science and Technology Centre Ltd 4 Gorky St, Obninsk 249033, Kaluga Region Contact Person Phone Fax Web-site Askhadulin, К Sh 8(48439) 9-42-77, 8(48439) 9-53-69 email@example.com 9-80- Storozhenko Alexey Nikolaevich A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering SYSTEM FOR CONTROLLING ECOLOGICAL SAFETY OF CITIES (TERRITORIES) Ecological application, Code 32;
Environmental conserva Technology/product under development as tion, Code 32.02.
R&D priority: Natural Resources Husbandry, Code 6.
per subject head The ‘System for Controlling the Ecological Safety of Cities Abstract (Territories)’ project is a software package designed to analyse, and account for, the human impact on the environment of major industrial cities, industrial parks and hubs, while controlling it and providing ecological information for those concerned. The project features technological and controlling functions and can be used throughout the Russian Federation territory.
Project objective: taking stock of the existing and potential human impact sources, analysing the dynamic of change in environmental properties, predicting negative tendencies, and regulating the existing and potential human impact with a view to preventing ecological risks.
The project is related to critical technologies headlined:
‘Integrating Existing International and Domestic Monitoring Systems (Irrespective of Their Corporate or Territorial Owner ship) on the Basis of Sophisticated Information Technologies’ and ‘Reorganisation of Existing, and Creation and Placement of New Monitoring Systems with Relevant Personnel’.
The project is based on sophisticated software:
End-product Analytical software package © ‘City Air’;
Described Analytical software package © ‘City Waste’ and software package © ‘Industrial Waste’;
Analytical Internet information system © ’Ecological Moni toring’.
Once implemented, the project can be used as an electronic government element to take care of the following functions:
— data amassing and analysis;
— processing monitored data;
— predicted and actual data bases on waste disposal, atmos pheric air and surface water status;
— developing standards for waste buildup and industrial pollution;
— generating permits and reports;
— data tables, graphs and maps;
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering — setting up, and filling in, monitoring information networks End-product for different bodies in the Internet;
Described — access to Internet Web data on facilities under observation for any user.
— identifying parties guilty of excessive pollution;
— recommendations and measures for cutting down pollution;
— accounting for the actual ecological situation when devel oping a Territorial Master Plan;
— substantiating startups’ ecological feasibility;
— developing traffic flow redistribution schemes, waste dis posal recommendations, etc.
— posting environmental data on the Internet;
— data upgrades as per established indices by relevant bodies, and expansion of data index nomenclature;
— providing administrative bodies with ecological informa tion to optimise business infrastructures;
— providing ecological data to whoever wishes them in the Web (in Kaluga Province, provincial administration site http:// www.admoblkaluga.ru/ecology/).
Project results would substantiate administrative decisions, through preemptive analysis of a planned startup’s impact on the environment, too. This would contribute towards making the priority of the ecological safety control system a reality: by cutting down ravages, improving on the population’s living conditions, balancing economic development against guaranteed nature con servation, and efficiently incorporating state ecological policies.
Innovative are: altogether novel software products to amass, Innovative analyse and map data (all software elements have been registered features with the Russian Patenting Agency);
the use of optimised re gional and international ecological indicators;
unification within a monitoring network of information from a variety of bodies.
Advantages over competition. The advantages over the exist Product ing systems are: data mapping;
an extensive territorial scope;
a Marketing potential for new monitoring additions, whether it be facilities or networks;
a simple interface for setting up networks and data entry;
a potential for uniting networks and interdepartmental cooperation;
accessibility by official bodies and the general pub lic;
ease of data base handling through the use of the Internet with distributed access. To the best of our knowledge, no other system of the same description is available.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Product market has been identified through market studies.
Product The project can be commercialised in its entirety or stage by Marketing stage (‘Air’, ‘Waste’, ‘Ecological Monitoring’).
Potential users of the system as a whole or of one of its products are the Russian Federation’s state or executive bodies (regions, municipalities), nature conservation services, dedicated territories (industrial parks, major conglomerates, favoured eco nomic zones and the like). The system is adaptable to member countries of the Commonwealth of Independent States, since their legislation is not unlike that of Russia. Foreign countries could use the analytical data system © ‘Ecological Monitoring’, provided they employ their national ecological indicators.
Potential market volume: use is planned at least in 20 Russian Federation regions.
Implementing the project ‘System for Controlling the Ecologi Current Status cal Safety of Cities (Territories)’ with provisions for updating the analytical software packages ‘City Air’ and ‘City Waste’ in conformity with the new requirements;
refining and extending the system of indicators;
ensuring interdepartmental coopera tion;
developing new software versions.
Commercialisation stage: sales of licenses for intellectual property use.
1. Once the project is completed, a system will have been Financial Plan upgraded for controlling city (territory) ecological safety to account for, and analyse, human impact on the environment of major industrial cities, regions, industrial parks, major conglomerates, and control them, while supplying those con cerned with ecological information. The system is suitable for use throughout the Russian Federation.
2. Duration: 2 years;
completion: December 2012.
At initial stage (2006 – 2010), the project was financed in conjunction with the Bortnik Foundation under the Start- Programme: 4.5m rubles of Foundation money, and 3.75m rubles out of our own funds.
3. Cost of the current stage (R&D): 2.5m rubles, including:
30% of regional budget funds (contract with Kaluga Province Ministry of Natural Resources and Ecology), and 70% of the firm’s own funds.
4. To complete the project, an investment of 1m rubles is required in 2012. The firm’s own funds have been earmarked, and an appropriation from the regional budget is being con sidered.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering The firm has taken out registration certificates for software Intellectual development: analytical software package ‘City Air’ 2.0: No.
Property Rights 2010611798 of 19 April 2010;
analytical software package ‘City Waste’: No. 2006611567 of 11 May 2006;
software package ‘Industrial Waste’: No. 2006611568 of 11 May 2006;
analytical data system ‘Ecological Monitoring’: 20099611265 of 02 March 2009.
The OrbisMap GE software package by Orbi Systems for data mapping has also been registered with the Russian Patenting Agency: certificate No. 200861038 of 22 February 2008.
Information for Reference Organisation/Firm Address Ecoanalytics Ltd under the Centre for 8 Academicheskaya St, Ecological, Physical and Chemical Research Kaluga 248033, Russia Contact Person Phone Fax Web-site Lunkina 8 (4842) 54-90-29 8 (4842) 72-92-95 firstname.lastname@example.org Galina Borisovna A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Developing Sets of Nanodiamonds and Mesenchyme Stem Cell Products to Treat Cardiac Muscle Failure Irrespective of Its Genesis Cell technologies, nanomedicine Technology/product under development as per subject head Treatment methods have been developed and are currently Abstract used for a variety of diseases that involve transplanting autolo gous or allogeneic mesenchyme stem cells, or else their partially differentiated cellular progeny, including cardiac muscle failure irrespective of its genesis. Since such transplants depend on the paracrine agents produced by mesenchyme stem cells (quite a variety of cytokines and growth factors) which are also there in the conditioning medium when mesenchyme stem cells are cultivated, or else can be obtained through mesenchyme stem cell lysis, the prospect of compounding these paracrine factors with nanodiamonds could be quite promising with a view to obtaining medication suitable to be administered orally over long periods of time. Preliminary experiments yielded such sets of compounds, which have proved highly effective biologically for a variety of failures in normal tissues. Because the incidence of cardiovascular conditions accounts for high mortality rates in the world’s developed countries, it is deemed that the use of such compounds to treat patients whose cardiac muscle has failed could be very promising, no matter what the genesis. This project is aimed to complete the entire course of pre-clinical tests neces sary to obtain a permit for clinical trials of the new medication:
a set of nanodiamonds compounded with mesenchyme stem cell products to be administered either separately or in conjunction with other medications when treating cardiac conditions.
The project would culminate in a set of materials necessary End-product for conducting clinical trials tests of a new medication, with a Described technology for obtaining a set of nanodiamonds and mesenchyme stem cell products under laboratory and industrial conditions.
A new medication developed, along with its technology and Innovative application, where cell technologies meet nanomedicine features — Both the product and technology are unparalleled at the Product moment in the world.
Marketing A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Preliminary studies indicate that there is going to be quite a Product market for this new medication to treat patients who suffer from Marketing a condition common in present-day society.
— Both the product and technology are unparalleled at the moment in the world.
Preliminary studies indicate that there is going to be quite a market for this new medication to treat patients who suffer from a condition common in present-day society.
— Potential product users would be cardiac patients in the majority of developed countries in the world.
— When assessing a potential market volume, it should be taken into account that some 30-40% of elderly and senior patients are in need of cardiovascular treatment, an area where cellular therapy has proved its efficiency, while sets of nano diamonds compounded with mesenchyme stem cell products, when developed, would be yet another step towards perfecting an effective therapy, with the new medication produced and administered fast and on a large scale.
Running pre-clinical tests and debugging the technology for Current Status mass-producing sets of nanodiamonds and mesenchyme stem cell products.
— Pre-clinical research materials and patents pending:
Financial Plan these could be available by July 2014 (in 2.5 years).
— Work has heretofore been financed out of the budget of the R&D Centre under Russia’s Ministry for Healthcare and Social Development.
— An overall investment of 120 million rubles is necessary:
60 million for pre-clinical tests;
30 million for the develop ment of the technological process;
30 million for patenting and initial clinical trials.
— Full payback expected after 3-4 years, once the clinical trials have been completed: at stage 1 as the result of license and patent use sales;
thereafter as revenue from medical services.
— Once the project has been successfully implemented, in the course of the first 10 years a profit would have been obtained that is 15-20 times the investment.
The intellectual property rights will be vested in the R&D Intellectual Centre under Russia’s Ministry for Healthcare and Social De Property Rights velopment and the project’s lead executors.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Information for Reference Organisation/Firm Address R&D Centre under Russia’s Ministry 4 Korolev St, Obninsk 249036, for Healthcare and Social Development Kaluga Region Contact Person Phone Fax Web-site Konoplaynikov 8 (48439) 9-32-90 8 (495) 956-14-40 konopl@ Anatoly Georgievich mrrc.obninsk.ru A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Organising the Production of Lyophilizates (Cold Sets) for Obtaining Radiological Pharmaceutical Medication on the Basis of Technetium-99m and Rhenium- Radiological Pharmaceutical Medication for Diagnosing and Technology/product under development as Treating Oncological Disease per subject head The project is aimed at launching, to the international GMP Abstract standards, of a production line manufacturing lyophilizates suited to generating radionuclides 99mTc and 188Re, that make it possible to obtain, within a clinic, radiological pharmaceutical medication designed for diagnostics and therapy:
— albumin micro-spheres, technetium-99m;
— albumin, technetium-99m;
— КОЭДФ, technetium-99m;
— КОЭДФ, rhenium-188;
— other radiological pharmaceutical medications that are at the final stages of development.
The production line for mass-manufacturing lyophilizates End-product suited to generating radionuclides technetium-99m, rhenium Described 188, to be supplied to Russia’s clinics that deal with radiology, oncology and the like.
Available are the feasibility and costing documents that have been approved by the relevant state bodies as conforming to GMP standards and conducive to mass-producing lyophilizates for generating radionuclides.
The production of lyophilizates proposed would make it possi Innovative ble to obtain within a clinic radiological pharmaceutical medica features tions just before they are to be administered to a patient, replace imports and enhance the medication’s exporting potential.
Market studies indicate that at least 50,000 sets of lyophili Product zates should be produced a year. One set should cost 1,000 to Marketing 10,000 rubles, depending on its purpose.
Pre-clinical research has been conducted, and experimen Current Status tal/industrial processes of lyophilizate manufacture have been developed.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Implementation term:
Financial Plan beginning: 2012, completion: 2013.
The requisite investments for launching a lyophilizate produc tion line amount to 76m rubles.
Payback: three years after production launch.
Two Russian Federation patents have been taken out Intellectual Property Rights Information for Reference Organisation/Firm Address R&D Centre under Russia’s Ministry 4 Korolev St, Obninsk 249036, for Healthcare and Social Development Kaluga Region Contact Person Phone Fax Web-site Skvortsov 8 (48439) 9-70-34 8 (48439) 9-71-00 petriev@ Valery Grigorievich mrrc.obninsk.ru A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering MELTING CRYSTALLISED HONEY IN A METAL CONTAINER Developed is a new microwave technology for melting crystal Abstract lised honey in a metal container.
The current practice of melting crystallised honey in hot water pools or heated cubicles is time-consuming because of its low heat conductivity. This practice calls for extra expenditure and entails huge electricity bills.
End-product ADVANTAGES OF MICROWAVE TECHNOLOGY A crystallised honey can is upended and exposed to micro Described wave, thus ensuring honey drainage as soon as it is molten, without overheating. The melting temperature is set within 4055 degrees Celsius and kept up automatically.
The fragrance and all the biological and nutritive properties of honey are preserved. It can simultaneously be dosed and packaged.
MICROWAVE UNIT SPECIFICATIONS:
— capacity: 40-60kg/hour;
— power supply: 220V, 50Hz;
— consumption: 1.5kW;
— dimensions: 1.51.0*1.2m;
— weight: ~ 140kg (* — 0.76m, with the reducer removed) Price: ~ 150thou rubles.
Innovative THE UNIT PROPOSED — is portable;
Features — reliable, easy and safe to operate;
— does not call for extra capital expenditure, can operate under ordinary production conditions;
— given optional attachments, can melt honey in non-metal containers (plastic);
— can be used to heat and melt hard animal and vegetable fat (chocolate, too);
— can also be used for materials other than food in industry and perfumery.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering The microwave unit for melting crystallised honey in metal Product containers is unique in that no such devices are produced else Marketing where;
it is easy to integrate in a production process in place of the conventional power-hungry method. It conserves the biological properties of honey. The demand is being studied.
Potentially, major microwave unit users are food processers and honey packagers.
Design documentation is currently being developed;
a work Current Status ing prototype has been made.
Once the project is complete, a design documentation and Financial Plan production process package will have been made.
The Institute has invested own funds to the tune of ~ thousand rubles.
Another ~ 600thou rubles is needed to complete the project for, among other things, finalising design solutions, manufactur ing and commercialising the unit, certifying and patenting the technology.
Payback period: ~ 1.5 years.
The intellectual property rights belong to the R&D Insti Intellectual tute for Agricultural Radiology and Ecology, and the Russian Property Rights Agricultural Academy. A patent has been taken out for a ‘useful model’: No. 48698 dated 10 November 2005.
Information for Reference Organisation/Firm Address R&D Institute for Agricultural Radiology Kilometre 109, Kiev Highway, and Ecology under the Russian Agricultural Obninsk 249032, Academy Kaluga Region Contact Person Phone Fax E-mail Zeinalov 8(48439) 9-69-36 8(48439) 6-80-66 a.zeinalov@ Arif Azhdarovich rambler.ru A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering DEVELOPING NEW ELECTROMAGNETIC RADIATION SOLUTIONS IN ORGANIC PRODUCT TECHNOLOGIES FOR LONGER ROOT CROP, VEGETABLE AND FRUIT STORAGE AND LOSS REDUCTION Higher crop yields and conservation have always been problematic Abstract when implementing food programs in this country.
Pollution of the environment and produce through the use of chemical fertilisers and pesticides has given rise to consequences disastrous for mankind.
Research into appreciable alternative methods has lately led to the application of electromagnetic radiation, notably ultraviolet (UV) emission, to both vegetative crops, and cereal, vegetable and potato seeds before planting. It has been established that UV exposure is conducive to higher germinating capacity, speedy ripening, and less blight in the course of growth, thus resulting in higher yields, qual ity, and safer storage.
The UV exposure units developed by the R&D Institute for Ag ricultural Radiology and Ecology, one of which has been patented, make diverse crops impregnable against disease.
UV units are ecologically-friendly and save power. They will have to be further modified to uniformly treat irregular-shaped vegetables, fruit and root crops.
A unique spectrograph, AV ASPEC-2048, will be used to evaluate the contribution of each UV spectrum and dosage towards higher yields and longer storage time.
The project is aimed at developing new engineering solutions in End-product the use of electromagnetic radiation to perfect ecologically-friendly Described technologies for longer crop, vegetable and fruit storage, and fewer losses.
Most research is aimed to improve and safeguard yields, all but disregarding storage which largely relies on chemicals that pollute the environment and affect human health.
Fungicides are effective for longer vegetable and fruit storage, but research suggests that their efficacy degrades over time, for the pernicious pathogens are becoming increasingly immune to them.
We therefore propose alternative technologies that are ecologi cally-friendly and employ physical factors, to wit: exposure of root crops, vegetables and fruit to UV radiation to make their storage life longer.
One important advantage of UV treatment over the conventional methods is its extremely low cost and energy consumption.
We propose commercialising UV units for agricultural crop treat ment before storage.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Our method of crop exposure to UV radiation makes for longer Innovative storage life and fewer losses.
Features One basic effect where new technologies are concerned is market Product able organic produce at low cost in terms of power consumption.
Marketing Extensive research suggests that the use in farming of electro magnetic radiation, notably microwave, UV and laser beams, sees to a hefty 30% increase in cereal, potato and onion yields, to name just a few.
Joint research by US, Israeli, Turkish and Canadian scientists (1994) indicates that different UV spectra exposure after harvest ing decreases losses through rot and increases storage life. Our ex periments under laboratory, vegetation and field conditions in the course of 20 years have enabled us to evaluate the contribution of UV emission to sounder seed, higher cereal and potato yields, and quality (protein, starch).
Historically, produce treatment has largely relied on chemicals. As often as not, these result in flavour fading and carcinogenic chlorine compounds. Currently, thanks to the development of electromagnetic technologies, it has become possible to replace chemical treatment with high-intensity UV radiation.
A microbiological disinfectant, UV radiation does not affect the physical or chemical composition of a product;
its effect is swift and reliable, it is ecologically friendly and safe for the personnel, provided regular procedures are followed.
The basic practical outcome of the results is the use of the new ecologically-friendly bactericide-range UV technology to treat stor age areas and produce, while ascertaining the requisite doses and ensuring the storage conditions.
These UV technological solutions and units are sure to be used throughout Russia’s municipal storage complexes.
Research has been carried out and experimental specimens Current Status tested.
The R&D Institute for Agricultural Radiology and Ecology under the Russian Agricultural Academy has over 5 years been investigat ing the effects of UV exposure on different potato varieties adapted to the Kaluga area’s conditions.
The results suggest that UV exposure is effective against viruses and other pathogens that afflict potatoes. The Institute has developed a technology and unit capable of combining potato exposure to UV before planting with culling before storage.
Work is in progress on evaluating the effect of various spectra and doses on pathogens causing blight and losses.
UV design documentation for crop decontamination is being developed.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Under development are the processes of vegetable and fruit ex Financial Plan posure to make their storage life longer;
design documentation for the UV unit has been developed.
On completion of the project, a technology will have been devel oped for the use of non-ionising radiation for making vegetable and fruit storage life longer and cutting down losses, as well as design documentation for the UV unit and its prototype with a view to mass-producing it.
The Institute has invested in the project about 400thou rubles of own funds.
1,000,000 rubles needed to complete the project, inclusive of:
— evaluating the effect of various UV spectra and doses on pathogens causing blight, and on storage before the crops degenerate completely or in part;
— UV unit design documentation modification, manufacture of a production piece and testing;
— finalising documentation for technology patenting, unit and technology quality certification;
— presentation of an integrated technology for making crop stor age life longer.
Payback period: one year.
A patent was taken out for a ‘useful UV unit model’ in 2006.
Intellectual Prop The intellectual property rights belong to the R&D Institute for erty Rights Agricultural Radiology and Ecology, and the Russian Agricultural Academy.
Silver Medal awarded in 2008 at the 8th International Innovation and Investment Salon in Moscow.
Information for Reference Organisation/Firm Address R&D Institute for Agricultural Radiology Kilometre 109, Kiev Highway, and Ecology under the Russian Agricultural Obninsk 249032, Academy Kaluga Region Contact Person Phone Fax E-mail Zeinalov 8(48439) 9-69-36 8(48439) 6-80-66 a.zeinalov@ Arif Azhdarovich rambler.ru A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering RESEARCH AND SOLUTION DEVELOPMENT FOR COUNTRYSIDE SEWAGE UV TREATMENT AND BIO-FILTRATION Under development is a technology for domestic and farming Abstract sewage purification through injection. The technology comprises a series of consecutive operations based on novel solutions involving the use of dedicated equipment and new polymers.
This biological treatment method calls essentially for oxygen in jection all through a body of water. Simultaneous filtration through Polivom biofilm along with oxygen injection ensures a drastic, multifold increase in the population of the coliform microorgan isms attached, thus speeding up the disintegration of the organic compounds. The biological processes involved result in the organic compounds turning in their entirety into oxidation products: СО and Н2О. When pumped, the water is decontaminated at the outlet by exposure to UV radiation.
The biological treatment technology is applicable to:
— stand-alone cottages in the country, — compact settlements, — farming enterprises, notably cattle farms.
Proposed is a technology for purification of domestic and farming End-product sewage on the basis of biological aerator filters and UV radiation. The Described product comprises a draft documentation package for sewage filtra tion and treatment with a sequential description of the operations involved at each stage, and a list of equipment and materials used.
The basic equipment and UV emitters are domestically mass produced. Sewage, once treated with biological filters and exposed to UV, meets the requirements of the maximum exposure limits in conformity with the СапПиН 2.1.5 980-00 and ГН 2.1.5 689- Sanitary Code Standards.
Basic specifications as planned:
— biological filter capacity: ~ 10m3/day, — power consumption: 0.1kW, — power supply: 220V, 50Hz, — weight of a 10m3/day bio-filter: no more than 30kg, — dimensions of a filter as installed depend on the purification facilities.
Salable will be self-contained domestic and sanitary sewage treat ment plant.
The system will be delivered completely assembled and pack aged.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering The domestic and sanitary sewage treatment technology would Innovative replace conventional compressor stations with injection units, thus Features saving on construction and maintenance, while making purification more efficient.
The engineering solution under development for purification of Product domestic and farming sewage with biological filters and UV emis Marketing sion is unique in that no such system is produced anywhere, and has the advantage over those produced in terms of the price/quality relationship.
The demand is being studied.
Potentially, the product might be in demand with farming enter prises and clusters of cottages.
Under development is draft design and prototype documenta Current Status tion.
Planning, design documentation and prototype development is Financial Plan under way.
The R&D Institute for Agricultural Radiology and Ecology under the Russian Agricultural Academy has invested in the project its own funds in the amount of 200 thousand rubles.
Needed for completion is another ~ 600 thousand rubles, inclusive of:
— development of engineering solutions, design documentation, manufacture and commercialisation of a prototype, its patenting and quality certification, — payback period: ~ 1 year.
The intellectual property rights belong to the R&D Institute for Intellectual Property Rights Agricultural Radiology and Ecology, and the Russian Agricultural Academy. A patent has been taken out for a ‘useful model’: No. of 10 Dec. 2007.
Information for Reference Organisation/Firm Address R&D Institute for Agricultural Radiology Kilometre 109, Kiev Highway, and Ecology under the Russian Agricultural Obninsk 249032, Academy Kaluga Region Contact Person Phone Fax E-mail Zeinalov 8(48439) 9-69-36, 8(48439) 6-80-66 a.zeinalov@ Arif Azhdarovich rambler.ru A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering System for Veneer Moisture Content Control on Line A system for veneer moisture content control on line (hereafter Abstract referred to as the System) is designed to continually measure veneer moisture content on a drying line and feeding signals to the dehydra tion control systems.
The System comprises:
End-product — a puller and feeder to the moisture control unit ИВДМ-Ш;
Described — a veneer moisture content control unit (hereafter referred to as the Control Unit).
The basic characteristics of the Control Unit.
The number of measuring tracks on each veneer sheet equals two.
Moisture control range:
— dry veneer: 1 to 10%;
— moist veneer: 20 to 100%.
Discrete signal input:
— on the availability of veneer sheets within the measuring area;
— on the operation of the dehydration line.
— analog current signal 420mA;
— interfaces RS-232 and RS-482.
Dry relay contacts for signal feed:
— veneer sheet is in the moisture measuring area;
— veneer sheet is outside the measuring area;
— veneer sheet moisture content on at least one of the tracks is higher than the upper limit.
The Unit’s software and that of the computer attached to it must be equal to processing the readings and allow for setting up the Unit and diagnosing it on the line without dismantling.
The System is a first in the Russian Federation.
Innovative Features A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering The product’s viability:
Product — none produced in the Russian Federation;
Marketing — the price of the System is planned below that of those manu factured abroad;
— demand for the System in the Russian Federation has been studied;
— the System could be used by companies whose business is manufacture of plywood or veneered furniture;
— potentially, there is a market for 50 to 75 System kits over years after the beginning of mass production.
Research has been completed into the choice of principles for Current Status measuring veneer sheet moisture content on the dehydration line.
The principles and methods of choice have been identified. A mockup specimen for veneer sheet moisture content control has been devel oped and manufactured. A trial run of the mockup has been conducted at the Kaluga Plywood Mill. Raw data have been collected for the manufacture of a veneer moisture control prototype.
Results on completion of the project:
Financial Plan — documentation for a veneer puller and feeder;
— an ИВДМ-Ш unit prototype;
— a puller and feeder prototype;
— a prototype of the System as a whole and trial run results.
The R&D Institute for Wood Engineering has invested in the project 200 thousand rubles to cover the costs of the above.
The investment amount required to complete the project is 2.5m rubles to take care of the following:
— development and manufacture of a pilot ИВДМ-Ш unit;
— development of design documentation for a veneer puller and feeder unit;
— development of the System’s software;
— manufacture of a veneer puller and feeder;
— veneer dehydration control System integration and installation (tentatively at the Kaluga Plywood Company, Ltd.);
— trial runs;
— finalising documentation in accordance with trial results.
Project payback period: about 3 years.
Patents for ‘useful models’ pending.
Intellectual Property Rights A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Information for Reference Organisation/Firm Address R&D Institute for Wood Engineering 1, 50th October Sq., Balabanovo 249000, Kaluga Region Contact Person Phones Fax E-mail Zaveryukha 8 (48438) 2-22-89 8 (48438) 2-21-62 vniidrev@ Sergei Grigorievich 8-910-912-29-56 balabanovo.ru A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Development of High-temperature Turbine Power Units with Pilot Specimen Manufactured and Tested The increasingly high fuel prices and environmental conservation Abstract problems have led to commercialisation of ever more effective power generation technologies of 50% efficiency (e) and higher.
Listed among these are high-temperature steam turbine technolo gies (8001,700°С) capable in part of an improvement by 15-20% on the efficiency of the world’s most advanced power generation units while cutting down environmental pollution accordingly.
High steam temperatures at the turbine inlet are feasible with conventional organic fuel-fired boilers (up to 600°С), provided oxygen and hydrogen are burned in the steam medium downstream of the boiler. Conventional boilers can be fired with coal, peat or domestic refuse, while the hydrogen resulting from natural, biologi cal or other gas conversion should be used entirely for water steam superheating. That would drastically cut down fuel consumption and atmospheric pollution.
The problem is increasingly pressing, conditioned as it is by the necessity of speedily replacing Russia’s obsolete power-generation facilities whose depreciation exceeds 60%, and meeting a continual rise in demand. Experts estimate a renovation rate of 10m kW per year.
Enhancing power generation efficiency and reducing vibration and noise levels are the order of the day when developing new gen eration transport units.
A pilot 100kW power-generation specimen with a steam turbine, End-product condenser and air brake.
Described Integrating new technologies involving high-temperature tur Innovative bines could enhance the efficiency of power generation by 1520%, as Features compared to the world’s best units, and bring Russia to the forefront in the power industry.
The results obtained are unique and unparalleled in the world.
Product Products under the project should be very much in demand with Marketing power generator manufacturers and power generation companies, as well as manufacturers of moveable power generation units, whether civil or specialised.
Nearly 60% of the power generation facilities will have exhausted their useful life by the year 2015 and be in line for renovation. New, highly efficient facilities will have been commissioned by the same time, totaling about 100m kW. There will be a 10m kW/year market for the products of over 50% efficiency under development.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering The following results have been obtained so far:
Current Status – promising experimental results in support of the feasibility of 510-fold vibration and noise reduction over generation units with passive systems in a frequency range of up to 3 200Hz;
– two unique experimental rigs have been developed for steam generation at 850 to 1 500°С at an interdepartmental R&D labora tory (city of Kaluga) and the Kutateladze Research Facility under the Siberian Branch of Russia’s Academy of Sciences (city of Nov osibirsk);
– an experimental rig has been built for testing a pilot high-tem perature steam turbine with an air brake at temperatures of up to 560°С;
– a mockup and a pilot specimen have been manufactured of high temperature hydrogen steam superheaters;
– preliminary tests have been run on a pilot power generation unit with an air brake, and turbine characteristics have been researched at different parameters of the working medium up to 560°С.
Upon project completion, the following results will have been Financial Plan obtained:
– design documentation for individual components and the unit as a whole;
– a unit with a 100kW high-temperature steam turbine, a hydrau lic brake or an electric power generator;
– technologies and Graphlex seals;
– technologies for manufacturing turbine wheels complete with blades;
– a high-temperature Н2/О2 superheater;
– technologies for producing hydrogen;
– industrial facilities built at preliminary and final implementa tion stages;
– a power generation unit complete with steam turbine and gen erator for producing Н2О2 from renewable sources;
– new-generation steam turbine condensers.
Needed for project implementation is 214.5m rubles, including budgetary 150m rubles (under a contract with Russia’s Science Foundation), 64.5m rubles from extra-budgetary sources (own and borrowed funds of the research and production company Turbocon, Ltd.).
The cost-effective and ecologically-friendly technologies under development are sure to be very much in demand and will pay their way sooner than the conventional ones introduced by Russia’s United Grids (their payback period is 5 to 9 years).
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Seven patents have been taken out so far under the project (four Intellectual Property Rights for useful models;
three for inventions).
Information for Reference Organisation/Firm Address Research, production and commercialisation 43, Komsomolskaya Roscha, company Turbocon, Ltd. Kaluga Contact Person Phone Fax E-mail Karpunin Alexander 8(4842) 55-39-09 8(4842) 55-04-74 turbocon@ Sergeyevich kaluga.ru A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering MEGACON: Multi-purpose Gas Analyser The multi-purpose gas analyser is designed to meter toxic gases Abstract in the environmental air.
The optical method employed in a maintenance-free design ensures concentration readings of 300 different compounds, includ ing: CO, CO2, O2, NO, NO2, SO2, NH3, CH4, C3H8, toluene, xylene, acetone, benzine, ethyl acetate, butyl acetate, ethylene, chlorine, fluorine organic compounds, etc.
The gas analyser is portable and multi-purpose.
End-product Used in the design are a unique photo-acoustic sensor and optical Described components.
It operates at ambient temperatures of –20 to +400 °С Dimensions: 253020cm.
Industrial specimen: inventions involved in the electronic module Innovative and design solutions.
Features The product has no equivalents where design solutions for indi Product vidual modules are concerned. It surpasses mass-produced products Marketing (including those manufactured abroad) in terms of the price/quality relationship.
Market: ecology monitoring services, emergency relief services, domestic use.
Pilot specimen manufactured.
Current Status Investment amount needed: 4m rubles.
Financial Plan Patent pending.
Intellectual Property Rights A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Information for Reference Organisation/Firm Address Tarusa Branch of the Prokhorov General 6, Engels St, Tarusa Physics Institute under Russia’s Academy of 249100, Kaluga Region Sciences Contact Person Phone Fax E-mail Sakhanova Valentina 8 (48435) 2-51-36 8 (48435) 2-53-82 email@example.com Vitalievna A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering SANDWICH PANEL PRODUCTION FROM FOAMED POLYTHENE WASTE FOR SMALLSIZE HOUSING Abstract The project is aimed at setting up a durable sandwich panel pro duction line to recycle foamed polythene waste for smallsize housing construction (OSB-waste foamed-polythene-OSB).
The current housing construction rage has called for increasingly new sophisticated materials with enhanced physical and mechanical properties in place of the conventional ones. Owing to its unique com bination of mechanical, physical and chemical properties, physically spliced foamed polythene is the order of the day. However, it defies recycling by conventional methods, including by fragmentation, melting and moulding. The waste has to be transported to landfills, with its amount varying within 5–10%.
Sandwich panels for smallsize housing construction with foamed polythene waste filler (OSB waste — foamed polythene OSB) can successfully vie with the conventional plastic-foam sandwich panels.
The line’s productivity would be 1,000 panels a month, totaling an area of 3,300m2.
Production over a two-year period would be on the order of 20thou m2 of sandwich panels, or about 65 cottages with a floor area of 70m2.
The experimental specimens produced suggest that the project is quite tenable, while the raw material whose disposal the suppliers have to pay for makes it cost-effective.
The project’s next stage — graduating from component produc tion to housing construction — would see higher returns and a 4-fold increase in tax money.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering End-product Described Sandwich panels for smallsize housing construction with foamed polythene waste filler (OSB-waste foamed polythene-OSB) have the same heat conductivity factor as those made of plastic foam. Its flexural and shear strength is higher than that of the conventional panels. This heat insulation material is not readily flammable. When it does burn, it produces no burning melt. This material is ecologi cally-friendly and certified by sanitary bodies. Incidentally, foamed polythene is used for children’s toys and rugs. It repels mice, unlike plastic foam.
Sheet thickness, Heat conductivity factor, 100–250 0,03-0, mm W/m degree Panel length, Temperature range, –60 — 2 mm °С + Panel width, Water absorption, 1 250 0,4–0, g/m mm Filler sound absorption at 10mm thickness frequency 250Hz 7 frequency 1 000Hz frequency 500Hz 24 frequency 4 000Hz We are unaware of current foamed polythene use for sandwich Innovative panels.
features The proposed production method differs from the conventional one in dispensing with adhesives. The filler is formed between OSB sheets.
Sandwich panels (OSB-waste foamed polythene-OSB) are a light Product construction material. Smallsize structures of sandwich panels are Marketing easy to build and do not call for heavy-duty machinery.
As compared to its competition, sandwich panels filled with plastic foam:
— their flexural and shear strength is higher;
— they defy mice.
A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Design documentation and a foamed polythene fragmentation Current Status unit have been developed.
Experimental specimens of sandwich panels made (OSB-waste foamed polythene-OSB).
Work is under way on a unit for moulding full-sized panels.
The design has to be finalised, a panel-moulding unit made, and Financial Plan fire certification obtained.
Funds on the order of 5m rubles needed for completion.
Payback period: 1.5 years from production start.
Once production is up to speed, profitability will amount to over 30%.
Intellectual property has been protected as knowhow.
Intellectual Property Rights Information for Reference Organisation/Firm Address JSC ИТЦ under Russia’s Academy 5, Joliot-Curie St, of Sciences Obninsk 249037, Kaluga Region Contact Person Phone Fax E-mail Bolshakov А.V. 8 (48439) 7-40-22 8 (48439) 6-56-33 firstname.lastname@example.org A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering ‘UZOR-3K’ LASER THERAPEUTIC DEVICE Production of a device to treat a wide range of inflammatory con Abstract ditions in pulmonology, arthrology, gynecology, urology, dentistry, physical therapy and military medicine.
Three-channel lasers are new-generation devices that boast End-product two wavelengths and three channels, thus making for a wide range Described of functional capability. Two of the channels are infrared, the third one is red, attachable both to a head for external/cavitary radiation (possibly with a number of specialised accessories) and to a laser blood treatment head, ordered as an option.
The device features a digital mean power meter, warning buzzers and lights.
The use of light conductors, matrix and magnetic heads makes the device applicable for laser and magnetic therapy.
BASIC SPECIFICATIONS Wavelength, m:
— pulse 0,89 ± 0,02 (2 channels) — continuous 0,635 ± 0,005 (1 channel) Pulse repeatability, Hz 80, 150, 300, 600, 1 500, 3 Time, min 1 to 15 (as set) Number of channels Laser beam power at wavelength, m:
— 0,89 20W — 0,635 25(5)mW Type Midrange in IR terms A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering Science-intensive, hi-tech device.
Innovative Features Applicable in clinics, hospitals, sanitariums and the like.
Product Marketing Readily available as per contract Current Status The price ranges from 21 to 38thou rubles depending on the op Financial Plan tions specified (discounts for wholesale customers).
Mandatory bank clearing.
Russian Federation patents and certificates of recognition taken Intellectual Property Rights out.
Information for Reference Organisation/Firm Address Kaluga Medical Laser Centre under the Rus- 15, Decembrists St, Kaluga sian Federation Laser Academy of Sciences Contact Person Phone Fax E-mail Yevstigneyev 8 (4842) 57-02-77, 8 (4842) 57-02-77, LANRF@inbox.ru Andrey Rudolfovich 56-34-88 56-34- A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering ‘UZOR-3KS’: SCANNING LASER THERAPEUTIC DEVICE Production of a device designed for use in cardiology, dentistry, Abstract phthisiology and other areas of practical medicine.
The device generates low-energy laser beams in the near infrared End-product channel. This is a multi-purpose device, having as it does three chan Described nels: two infrared and one red (attached to this latter are either of two heads), as well as different other magnetic and matrix attachments.
Optional are heads for external and cavitary radiation, and for blood treatment, also attached to the red channel;
disposable LEDs with needles;
protective СЗС-22 or Elegant goggles;
an Urat-Pack accessory (see Fig. and Description below).
The device features:
— pulse frequency scanning mode: scanning is provided at one frequency for a second each all round over a set exposition time;
— digital mean pulse power meter, digital and audio warnings.
УХЛ 4.2 climate-oriented version conforms to the ГОСТ 15150- State Standard. Packaged in an attach case.
BASIC SPECIFICATIONS Measuring Values Parameter unit БИ-1 and БИ-2 Pulse — Wavelength m 0.89 ± 0. — Pulse duration ns 120 to — Number of channels pcs — Pulse repeatability Hz 80 to — Pulse power W 15 to БИ-3 Continuous — Wavelength m 0.635 ± 0. — Number of channels pcs — Emissive power mW 5(25) Dimensions mm 230х220х Weight kg Type Midrange Exposition time min 0,5;
Scanning all round the frequency Hz range A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering End-product Described Science-intensive and hi-tech device.
Innovative Features Applicable at clinics, hospitals and R&D institutions.
Product Marketing Readily deliverable as per contract.
Current Status The price ranges from 21 to 38thou rubles depending on the op Financial Plan tions specified (discounts for wholesale customers).
Mandatory bank clearing.
Russian Federation patents and certificates of recognition taken Intellectual Property Rights out.
Information for Reference Organisation/Firm Address Kaluga Medical Laser Centre under the Ru- 15, Decembrists St, Kaluga ssian Federation Laser Academy of Sciences Contact Person Phone Fax E-mail Yevstigneyev 8 (4842) 57-02-77, 8 (4842) 57-02-77, LANRF@inbox.ru Andrey Rudolfovich 56-34-88 56-34- A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering ‘ULAN-БЛ-20’ BIO-STIMULATOR Production of a device designed for use in cardiology, dentistry, Abstract phthisiology and other areas of practical medicine.
The Ulan-БЛ-20 bio-stimulator is a two-channel semi-conductor End-product laser device (IR beam, wavelength 0.89m). It generates a low-energy Described laser beam in the near infrared channel.
To enhance its functional capability, МН-4 magnetic heads can be used (2 axial, 2 radial, magnetic intensity up to 100mT);
attachable are perspex heads (gynecology, dentistry, ear, nose, throat, Su-Jock, etc.), see Fig. and description below.
Joint Russian-Polish production. European Quality Certificate.
The Ulan-БЛ-20 device is a physical therapy facility packed in an attach case, combining as it does the Uzor-Reflex, Uzor-3К, and Ulei-3К. Certified in Russia and Europe. It boasts state-of-the-art European technologies. It has a digital power meter and timer, war ning lights and buzzes, a power switch, and touch-sensitive controls.
Emitter blocks have switches and laser operation warning lights.
Delivered in an attach case.
It is one of the best medical devices to date in Europe and Russia.
BASIC SPECIFICATIONS Parameter Range I Range II 8 000;
Laser pulse frequency, Hz 21 000;
3 28 000;
30 l 250 l Pulse duration, ns l 15 l Peak pulse power, W l 12,5 l 8, Pulse power, mJ Wavelength, m 0,89 ± 0, Mean metering power accuracy No less than ± 2% Exposition time, min 1 to Emitter adapted for all kinds of heads and light conductors (М 24х1) Biostimulator has a testing receptacle warning of IR emission Biostimulator is capable of handling simultaneously two separate chan nels A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering End-product Described Science-intensive and hi-tech device.
Innovative Features Device applicable at clinics, hospitals and R&D institutions.
Product Marketing Readily available as per contract Current Status The price ranges from 60 to 62thou rubles depending on the op Financial Plan tions specified (discounts for wholesale customers).
Mandatory bank clearing.
Russian Federation patents and certificates of recognition taken Intellectual Property Rights out.
Information for Reference Organisation/Firm Address Kaluga Medical Laser Centre under the Rus- 15, Decembrists St, Kaluga sian Federation Laser Academy of Sciences Contact Person Phone Fax E-mail Yevstigneyev 8 (4842) 57-02-77, 8 (4842) 57-02-77, LANRF@inbox.ru Andrey Rudolfovich 56-34-88 56-34- A Kaluga Region CATALOGUE of R&D Projects in Science and Engineering ‘URAT-PACK’: UROLOGICAL ATTACHMENT Production of a device designed for use in conjunction with the Abstract Ulei-3К, Ulan-БЛ-20 and Ulan-БЛ-3К type devices.