Principle and calculation formula of power generation based on saturated vapor pressure difference
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Dear experts, could anyone provide information on the principle of power generation based on the difference in saturated vapor pressure as well as the relevant calculation formulas? Our company currently has a 10-ton boiler with a steam pressure of 10 bar and a temperature of 180°C. The steam used in the workshop has a pressure of 4 bar and a temperature of 140°C. We would like to utilize this pressure difference for power generation. Is the principle behind this still based on isentropic enthalpy drop calculations? Thank you all!
Thank you very much for your reply. But now there is a question: when it comes to the isentropic enthalpy drop of saturated steam, the steam state is below that of saturated steam, meaning it becomes wet steam. Is the 4 bar steam discharged also wet steam?
Hello, I was wondering if this issue has been resolved. I’m facing a similar problem now
How many MW can your 10t boiler produce? It would be better to install a temperature and pressure reducer
I would like to ask whether the 4-bar steam condensate used in the workshop is collected and reused to feed water into the boiler Is there any steam coming from the collection point?
Screw expansion generator sets can be used