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Waste Heat Engine Product Applications
6 applications found
Reciprocating internal combustion engines are a widespread and well-known technology. They are available for a multitude of applications, with powers ranging from a few kilowatts to over 5 MW. Rank equipment can increase the power generation and, therefore, the efficiency of these ...
ByExpander Tech S.L. based in La Vall d´Uixó, SPAIN
In the quest for more sustainable and efficient energy solutions, Triogen is leading the way with its innovative Organic Rankine Cycle (ORC) technology, especially designed for integration with diesel engines. These engines, whether fueled by biodiesel or traditional diesel derived from crude oil, are powerhouses of industry and transportation. However, a significant portion of the energy they produce is lost as waste heat in flue gasses. This is ...
ByTriogen based in Neede, NETHERLANDS
greenhouses. Various branches of industry use flue gas systems to improve their industrial processes, a perfect example is the fertilization of greenhouses with carbon dioxide, the concentration of CO2 in the exhaust gas is 5-6%. In addition to a significant amount of CO2, the exhaust gases also contain toxic NOx nitrogen oxides, which in excessive amounts destroy green bodies in plants and can cause leaf ...
ByEcoexhaust Sp. z o.o. based in Warsaw, POLAND
In the realm of sustainable energy, the efficient use of natural resources is paramount. Triogen's ORC technology brings a transformative solution to the table, especially when integrated with gas engines powered by natural gas or biogas from digestion processes and landfill sites. This collaboration not only drives static cogeneration engines for enhanced power production but also elevates the total electrical output of the plant by up to ...
ByTriogen based in Neede, NETHERLANDS
Worldwide a large share of energy is generated by single cycle gas engines or turbines without the use of their waste heat. We can use this waste heat to produce extra power without using more fuel. ...
ByIntec GMK GmbH based in Bargeshagen, GERMANY
Designed to replace traditional fossil-fueled and electric resistive boilers, this system operates with enhanced efficiency, utilizing a combination of ambient air heat and electricity to produce process steam. This results in up to 100% efficiency gain while eliminating Scope 1 CO2 emissions. Its modular drop-in design allows for seamless integration into existing facilities such as breweries, distilleries, and commercial kitchens without the need for custom engineering or ...
ByAtmosZero based in Fort Collins, COLORADO (USA)