Innovation
Results of Development Activities at JIHT RAS,
which May Be or Are Realized in Practice
- Development of PGU MES-60 at TETs-28 cogeneration plant.
- Mobile complex for lightning resistance testing of electric power plants.
- Technology of retrofitting operational steam-turbine units by using gas-turbinetoppings with partial oxidation of natural gas.
- Development and making of hydrogen-oxygen steam generators.
- Pilot facility for the production of synthetic fuel (methanol).
- High-voltage source of high-power nanosecond electric pulses.
- High-power radiator of electromagnetic video pulses of subnanosecond duration.
- Material prepared from weakly bound sand-cement mixture for developingexplosion-protection structures.
- Absolute meter of surface roughness.
- Updating of systems of energy supply using renewable sources of energy.
- Technology of plasma hardening of materials.
- Plasma cutting of metals of the big thickness.
- Tundish Plasma Heater on a Bloom Caster (continued).
- Recovery of metallurgic equipment and railway frogs by use of plasma spraycoating. Plasma coating of copper.
- Plasma coating technology.
- Actinometric data bases on the distribution of daily average fluxes of solarradiation.
- Technology for cleaning gases and synthesizing ozone involving the use of streamer corona.
- Nonconventional efficient steam-turbine units of low power with respect to steam-gas cycles involving the use of conversion machines.
- High-temperature regenerative heat-exchanger.
- Mobile complex for veterinary treatment.
- Technology of plasmothermal processing of waste.
- Commercial Cu laser with generation of second harmonics.
- Short-circuit limiter in electrical networks with a voltage up to 110-220 kV.
The Results of R&D Activities at JIHT RAS,
which Are Ready for Practical Utilization
- Devices for studying the stability of electronic systems to the effect of higho-voltage pulses.
- Solar collectors of a new type.
- Technology of production of solar collectors.
- Power supplies for various electronic devices utilizing air-hydrogen fuel cells and aluminum-water hydrogen generators (power from 2 to 50 W).
- Air-aluminum electrochemical generators.
- Remote-controlled meter of the position of the surface being machined.
- Optical meter of the geometry of ends of cutters and drills.
- Technology for immobilization of industrial and domestic waste.
- Technologies of integrated processing of biomass for preparing pure carbon materials.
- Remote-controlled optical meter of the parameters of nano-sized surface irregularities.
- Catalysts for processing natural gas, casing-head petroleum gas, and gas c ondensate to high-octane motor fuel.
- Radiator of high-power electromagnetic video pulses.
- Technology of integrated utilization of natural gas with simultaneous generation of electrical power and production of synthetic liquid fuel.
- New generation portable sources of current with air-hydrogen fuel cells.
- Facility utilizing gaseous fuel for thermal treatment of foodstuffs with a fluidizedbed thermal chamber of the circulation type.
- Mikrotest absolute meter of roughness.
- Energy-conservation technologies utilizing supercapacitor systems.
- Measuring complex for studying the nanostructure of porous bodies.
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