Theoretical calculation formula for membrane recovery systems
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Could someone **explain the theoretical calculations related to membrane recovery systems?** For example, the effects of intake pressure, temperature, etc. Is there a formula for theoretically calculating the recovery rate? So I can learn*learn*. Or you can recommend this book too! Thank you, I need it urgently!
Is this the rhythm where no one pays attention to me? Come on, come on, help answer it!
The driving force for gas membrane separation is the partial pressure difference across the membrane; generally, the higher the inlet pressure, the better the separation effect. Calculation of the recovery rate of a certain component in the gas: Concentration of that component in the permeate gas * Flow rate of the permeate gas / (Concentration of that component in the feed gas * Flow rate of the feed gas). However, in actual production, it is not always possible to measure the flow rates of these two gases accurately; therefore, the recovery rate is generally calculated by using the concentrations of that component in the feed gas, permeate gas, and non-permeate gas. The raw materials are all the same. Regarding the book \"Gas Membrane Separation Technology and Applications\" (edited by Chen Yong et al.)
Thank you so much, thank you really much! I have a question! Teach more!