Organic Rankine Cycle System Equipment & Supplies

ORC stands for “Organic Rankine Cycle” – a procedure that uses waste heat to produce electricity with the aid of an evaporation ...

Installed capacity: 50 kW. Size (L+W+H): 4,1 x 1,7 x 2,5 m. Freq.:50-60 Hz. Voltage: 380-415 ...

Installed capacity: 100 kW. Size (L+W+H): 4,1 x 1,7 x 2,5 m . Freq.:50-60 Hz. Voltage: 380-415 ...

Installed capacity: 500 kW. Size (L+W+H): 6,0 x 2,2 x 2,5 m . Freq.:50-60 Hz. Voltage: 380-415 ...

Installed capacity: 1000 kW. Size (L+W+H): 12,2 x 2,5 x 2,9 m, 40 fots container. Freq.:50-60 Hz. Voltage: 3000-6000 ...

Installed capacity: 200 kW. Size (L+W+H): 5,5 x 2,2 x 2,5 m. Freq.:50-60 Hz. Voltage: 380-415 ...

Installed capacity: 2500 kW. Size (L+W+H): 22 x 2,5 x 2,9 m, 40 + 20 fots container. Freq.:50-60 Hz. Voltage: 3000-6000 ...

The main component of the ORC system is a high speed turbine which conver ts low-potential heat into electrical energy based on organic Rankine ...

The ORC unit is a system based on a closed-loop thermodynamic cycle for the generation of electric and thermal power, especially suitable for distributed generation. ORC systems can generate electric and thermal power exploiting multiple sources, such as renewables (biomass, geothermal energy, solar energy), traditional fuels and waste heat from ...

When the enthalpy level of your heat source is not enough or the size of the application is too small for a steam power plant, the organic Rankine cycle is the best solution for you. The organic Rankine cycle has a plant configuration similar to that of the traditional steam ...

The German technology from the company DURR has the biggest offer of products at all. It is possible to use small ORC units DURR CYPLAN from 40kW of electric output up to large 500kW generators. They are divided into two types – direct connection of flue gases (up to 250kWel) and with the oil management (350kWel and ...

While it is not economically possible to utilize thermal energy on temperature levels below 100°C with a water steam cycle, the ORC is perfectly suited for this task! We developed a highly efficient, reliable and cost effective solution for converting low temperature reservoirs into ...

Oftentimes heat is available on temperatures well above 100°C. Examples can be exhaust gas flows from engines or industrial processes or excess thermal oil from firing ...

The R&D Dynamics AdvancedPower™ 170 kW ORC (Organic Rankine Cycle) system has been designed to generate electricity from low grade waste heat. At its heart is a reliable, high efficiency, foil gas bearing supported ...

The PVMaster III pairs efficiency in energy conversion with great userfriendliness and ease of maintenance. The PVOne as the core component of the PVMaster III is the "heart" of this system. The power control boards are enclosed in one robust housing (PVOne) which assures fast and easy maintenance and service. Standard industry components and connectivity to monitoring portals ...

The Active Cooler Organic Rankine Cycle (ORC) process converts fluid heat sources - such as engine jacket water and low temperature geothermal - into clean electricity. In the process the excess heat is utilized rather than wasted, generating power while reducing the cooling load up to 100%. ...

ElectraTherm's ORC systems have seen global implementation, were developed in cooperation with the U.S. Department of Energy, tested by multiple academic organizations, and demonstrated by the U.S. Department of Defense to achieve a 10% increase in engine efficiency through ORC power generation, fuel reduction, and reduction of the engine cooling ...

GenaSysTM technology accesses geologic formations – known as hot sedimentary basins – to harvest their geothermal energy. This resource is…Unlimited, Eternally renewable, Non-carbon emitting, Low-cost, ScaleableTiming is everything. As little as 10 years ago, the technologies needed to economically harvest geothermal power were simply not mature enough. But these technologies ...

ElectraTherm's ORC systems have seen global implementation, were developed in cooperation with the U.S. Department of Energy, tested by multiple academic organizations, and demonstrated by the U.S. Department of Defense to achieve a 10% increase in engine efficiency through ORC power generation, fuel reduction, and reduction of the engine cooling ...