Organic Rankine Cycle Turbine Equipment
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Manufactured by Eric-Sonbased in ITALY
Eric-Son supplies supply highly efficient turnkey biomass cogeneration plants with Organic Rankine Cycle turbines for the simultaneous production of power and heat for both industrial processes and district heating. Additionally, by using an absorption chiller, the system implemented by Eric-Son is also able to generate cooling ...
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Manufactured by SUGIMAT S.Lbased in SPAIN
SUGIMAT develops heaters for cogeneration systems through ORC (Organic Rankin Cycle) turbines. Our scope of supply covers from the design and manufacturing of the heater up to a turnkey project. The main advantage of these machines is the use of the energy contained in the biomass, through the combined power and themal generation ...
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based in USA
West Biofuels electrical power generation projects use Organic Rankine Cycle (ORC) turbine generators. The ORC turbine is similar to the steam turbines used in conventional power plants but use a closed loop organic fluid instead of steam. This results in reduced maintenance and ...
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based in USA
The West Biofuels thermal oil heating system converts the gases from the gasification process into usable heat energy via a thermal fluid. The thermal fluid is specifically engineered to fit each application. This heated thermal fluid is then used for building/process heating, or to generate power using the organic Rankine cycle (ORC) ...
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Manufactured by Energent Corporationbased in USA
The Variable Phase cycle is a patented power system that generates power from waste heat and geothermal resources. The Variable Phase Turbine enables an efficient system for waste heat recovery and geothermal power ...
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Manufactured by Chart Industriesbased in USA
Our large fan field erected units are available in bay sizes up to 70 feet by 54 feet and fan diameters up to 36 feet. Our modular design and construction expertise allows for fast and dependable field erection. Benefits of the large fan design ...
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Manufactured by Chart Industriesbased in USA
In the forced draft configuration, fans and mechanical components are positioned below the exchanger bundle. Because the fans are in the cool air stream, horsepower requirements are slightly lower and maintenance personnel are protected from high exit air temperatures. Forced draft exchangers are well suited for high-temperature ...
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Manufactured by Chart Industriesbased in USA
The induced draft configuration positions the fans above the exchanger bundle. High velocity hot air exhaust reduces the risk of hot air recirculation, and plenums protect the exchanger bundle from the elements. Induced draft exchangers are well suited for lower process temperatures and for applications where hot air recirculation is a ...
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Manufactured by Chart Industriesbased in USA
Air-cooled heat exchangers in very cold climates and/or involving viscous or high pour-point fluids may require winterization for freeze protection and process temperature control. To prevent process fluids from freezing and to protect the exchanger, the exchanger is equipped with automatic louvers and recirculation chambers to mix warm exhaust air with cold inlet air and plenum heaters for ...
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