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LF heat exchanger applications

LF heat exchanger applications
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A heat engine is a device that converts thermal energy into mechanical work. One type of cycle used in heat engines is the isothermal cycle.   An isothermal cycle is a thermodynamic process where the temperature remains constant. Through isothermal expansion, the heat engine   is able to generate zero-emission electricity f rom any source of waste heat, increasing the efficiency and cutting the cost compared to other standard solutions available on the market

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Isothermal expansion uses a Heat Transfer Fluid, in this case 100% ethylene glycol, mixed with bubbles of PRESSURIZED air or other gases. The bubbles suck the heat from the HTL and continue to expand inside the turbine, then exit the nozzles, setting the rotor in motion converting the heat energy into kinetic energy. Our BPHE is used to reheat the HTL using   a hot water loop before reentering the engine chamber. L-Line heat exchanger

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Meeting the customer’s requirements for thermal The outcome of the entire project was participating in efficiency and limited space available in the skid. construction of the prototype heat engine skid. The newly designed zero-emission electricity source is able to reduce Determining the best possible thermal conditions the electricity production cost enormously while being the for both liquids running through the exchanger solution to reach the zero-emission electricity milestone to maximize the efficiency of the heat engine.   by 2050. In the end, the client chose the world's largest The...

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Heat exchangers for heating up the Heat Transfer Liquid (100% ethylene glycol) f rom 105 °C to 140 °C and the flow of almost 65 m3/h with hot water, heat load capacity of over 1900 kW. T y p e   – brazed plate heat exchanger 4 × DN150 stainless steel flanges a heating/cooling insulation, a mount

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