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Institute of Engineering Ecology, Ltd. is the independent
nongovernmental organization, founded in 1992. The main directions of its
activity are development, production and application of the new ecologically clean
technologies and various equipment for energy saving and environmental
protection; carrying out various ecological investigations and examinations
as well as ecological and energetic audit of industrial enterprises,
development of Joint Implementation projects for GHG emission reduction. 1. Combined technology for reducing the nitrogen oxide formation, flue
gas cleaning and waste heat recovering in fuel burning processes. 2. Modern sole burners with increased radiative contribution providing improved
efficiency and lowered nitrogen oxide formation for up to 10 Gcal/h
productivity boilers. 3. Technology for increasing the boiler efficiency by intensification of
the heat exchange in fire-chambers by means of the intermediate (secondary)
emitters. 4. New water-tube gas fired hot water 2.0 MW productivity boiler
KVV-2.0Gn. 5. New combiner water-fire-tube gas fired hot water 0.63 MW productivity
boiler KVVD-0.63Gn. 6. Technology for combustion products recirculation into blast air and
fuel for lowering the nitrogen oxide formation. 7. Burners for two-stage burning with lowered nitrogen oxide formation
for 5 to 100 Gcal/h productivity boilers. 8. Burners for biogas combusting. 9. Technology for increasing the productivity and/or efficiency of
PTVM-50 and PTVM-100 hot water boilers by means of installation of the sole
slit burner in the boiler’s cold hopper. 10. Technology for blast air heating with utilizing of secondary power
sources. 11. Technology for boiler oil heating with utilizing of combustion
products' heat. 12. Scrubber technology for fine dust cleaning in industry and power
engineering. 13. Technology for ash trapping from flue gases. 14. Technology for food dust (dry milk, soluble coffee, dry yeast, sugar,
etc.) cleaning in technological processes with material catching and
recovering. 15. Technology for thermal neutralization of evaporated organic impurities
with utilization of energy potential of neutralized material. 16. Technology for diminishing of gas pressure pulsations in boiler fire
chamber. 17. Waste incineration modules for 2 t/h productivity. 18. Technology for waste combustible and lubricating materials utilization
as a boiler fuel. 19. Heating of incoming ventilation air at the expense of heating system
back water's heat. 20. High effective heat exchangers including condensation ones with
circular grooves.
2a Zheliabova str., |
