AamsterC2
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Well I was just interested in using compost as a way to produce steam and yes I know I would have to use a pump to reduce the pressure in the chamber initially
The discussion focuses on calculating the boiling rate of water in a closed system using compost heat. The user is boiling 4 kg of water at an ambient temperature of 60°C and a pressure of 30 torr, with a latent heat of vaporization of 2438 kJ/kg. The calculated boiling rate is approximately 0.15 kg/h, indicating that it would take about 25 hours to boil away one gallon of water. The conversation highlights the importance of accurately measuring heat transfer and suggests that experimentation may yield better results than theoretical calculations.
PREREQUISITESEngineers, thermodynamics students, and anyone interested in renewable energy solutions or steam generation from composting processes will benefit from this discussion.
Depending on what you are doing with the steam, you may or may not need the vacuum continuously maintained:AamsterC2 said:I know I would need an energy source to produce the initial vacuum and just curiosity I suppose, I'd like to know