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List of Symbols A = total cross sectional area of the bed {m2} ruo = molar enthalpy of species A at the reference state {J/mol} rui = molar enthalpy of species A at state (1) {J/mol} kA = isotherm slope for species A {-} kB = isotherm slope for species B {-} LB= length of the bed {m} N - number of moles {mol} nA = moles of species A adsorbed per unit adsorbent volume {mol/ m3} NA = total number of moles of species A in the vessel or adsorbent bed {mol} NA,adsorbed = number of adsorbed moles of species A in the bed {mol} NA,g as = number of moles of species A in the gas phase in the bed {mol} NB = total number of moles of species B in the vessel or adsorbent bed {mol} NB,adsorbed = number of adsorbed moles of species B in the bed {mol} NB/gas =numberofmolesofspeciesBinthegasphaseinthebed{mol} NBD= moles that leave the bed during blowdown {mol} NBDA = moles of species A that leave the bed during blowdown {mol} NBDB = moles of species B that leave the bed during blowdown {mol} NE = moles of gas in the total exhaust or evacuation step {mol} NEA= number of moles of species A in the total exhaust or evacuation step {mol} NEB= number of moles of species Bin the total exhaust or evacuation step {mol} NF = number of moles of feed gas {mol} NF A = n u m b e r o f m o l e s o f s p e c i e s A i n t h e f e e d g a s { m o l } NFB = n u m b e r o f m o l e s o f s p e c i e s B i n t h e f e e d g a s { m o l } Npi = number of product moles delivered during the feed step {mol} Npu = number of moles of pure light product used to purge the bed {mol} NPR= number of moles of pure light product used to pressurize the bed {mol} Np2 = final number of product moles delivered during the feed step {mol} Nw = moles of gas purged from the adsorbent bed during the purge step {mol} NWA = number of moles of species A in the purged gas {mol} NWB = n u m b e r o f m o l e s o f s p e c i e s B i n t h e p u r g e d g a s { m o l } P = total gas pressure {Pa}PDF Image | Energy Efficiency of Gas Separation Pressure Swing Adsorption
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