- #1
heatupgrade
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I am a refrigeration technician with a fascination for heat pumps. I wonder if we can make two systems in parallel. The Carnot heat engine is used to describe the steam locomotive. I want to use a different fluid with a lower boiling point to create a heat engine using a refrigeration cycle.
Imagine a common natural chemical Isoprene because it boils at 94 degrees Fahrenheit. the roof of the house is heating up and the isoprene boils inside a hermetically sealed system. A nozzle sprays a mixture of silicone oil and liquid isoprene and turns the turbine and an alternator pulls electrons from the Earth and powers a pump and compressor and two fans. Air from the building absorbs the heat from the isoprene and it condenses back into a liquid and the cycle begins. A battery , compressor and capacitors will be useful to start the process. A small flame might be beneficial to control the boil.
Once the process begins, it should proceed in the mythical fashion of a perpetual motion machine. We are cheating because the heat of the building adds fuel . Heat is energy and it is often thought of as waste in the refrigeration process.
Imagine a common natural chemical Isoprene because it boils at 94 degrees Fahrenheit. the roof of the house is heating up and the isoprene boils inside a hermetically sealed system. A nozzle sprays a mixture of silicone oil and liquid isoprene and turns the turbine and an alternator pulls electrons from the Earth and powers a pump and compressor and two fans. Air from the building absorbs the heat from the isoprene and it condenses back into a liquid and the cycle begins. A battery , compressor and capacitors will be useful to start the process. A small flame might be beneficial to control the boil.
Once the process begins, it should proceed in the mythical fashion of a perpetual motion machine. We are cheating because the heat of the building adds fuel . Heat is energy and it is often thought of as waste in the refrigeration process.
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