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VA= mole fraction of species A {-} yB = m o l e f r a c t i o n o f s p e c i e s B {-} yB= mole fraction of the gas inside the bed at the end of the blowdown step {-} yBD = mole fraction of the blowdown gas {-} yw = mole fraction of the purged gas {-} yE = mole fraction of the exhaust {-} yp = mole fraction of the product {-} z = axial displacement in the bed {m} Greek Symbols (3 = (3A/ PB= separation ratio = ratio of the fraction of component A in the gas phase in the bed to the fraction of component B in the gas phase in the bed {-} PA= fraction of species A in the bed that is in the gas phase {-} PB= fraction of species B in the bed that is in the gas phase {-} s = void fraction in the adsorbent bed {-} \|/AI = molar availability of species A at state (1) {J/mol} I|/BI = molar availability of species B at state (1) {J/mol} i|/p = molar availability of the product per mole of desired gas {J/mol} \(/E= molar availability of the product per mole of desired gas {J/mol} fl = pressure ratio {-} xiiiPDF Image | Energy Efficiency of Gas Separation Pressure Swing Adsorption
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