Ener-G-Rotors
ener-g-rotors.com
Based in Rotterdam, NY, Ener-G-Rotors is commercializing devices based on a near frictionless expander that turns low- temperature heat into electricity, opening up new markets in industrial waste heat and changing the technology landscape for solar thermal and geothermal installations. The company is widely recognized as a pioneer in the conversion of low-temperature waste heat into electricity, and it has received awards at six clean-energy forums around the country in the last two years. The firm was named a “Top 10 Defense Energy Technology Solutions” company in 2012, chosen from a field of 220 applicants, by the U.S. Military, which describes itself as the nation’s largest consumer of fossil fuels.
Ener-G-Rotors’ GEN4 System is a 40kW-60kW appliance that transforms low grade heat into electricity, economically and efficiently, so you can increase the energy efficiency of your operations and reduce your carbon footprint. The GEN4 uses 150ºF- 300ºF hot water or low gauge steam as an input to produce electricity.
Based in Rotterdam, NY, Ener-G-Rotors is commercializing devices based on a near frictionless expander that turns low- temperature heat into electricity, opening up new markets in industrial waste heat and changing the technology landscape for solar thermal and geothermal installations. The company is widely recognized as a pioneer in the conversion of low-temperature waste heat into electricity, and it has received awards at six clean-energy forums around the country in the last two years. The firm was named a “Top 10 Defense Energy Technology Solutions” company in 2012, chosen from a field of 220 applicants, by the U.S. Military, which describes itself as the nation’s largest consumer of fossil fuels.
ENER-G-ROTORS’ GEN4 SYSTEM IS A 30KW-60KW APPLIANCE THAT TRANSFORMS LOW GRADE HEAT INTO ELECTRICITY, ECONOMICALLY AND EFFICIENTLY, SO ONE CAN INCREASE THE ENERGY EFFICIENCY OF OPERATIONS AND REDUCE CARBON FOOTPRINT. THE GEN4 USES 65ºС- 150ºС HOT WATER OR LOW GAUGE STEAM AS AN INPUT TO PRODUCE ELECTRICITY.
