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Table 5.2 Effect ofReducing the Number of Cells in the Multiple-Cell-Model. Ncells {cells} 150 100 75 50 NF {mol} yo {-} NBD {mol} 355.371 0.78 299.921 0.85 31.664 0.665 331.585 0.832 22.869 0.007 -107,695 355.371 0.78 299.719 0.850 31.437 .654 331.156 .831 23.135 0.010 -106,458 355.371 0.78 299.533 0.849 31.266 0.645 330.799 0.830 23.402 0.014 -105,240 355.371 0.78 299.027 0.846 31.038 0.633 330.065 0.826 23.913 0.020 -102,995 yBD Nw {mol} yw NE {mol} yE H NP 2 yp WF WB2 Ww WBI Wpu WPR WR Net Work WI4 V|/P VJ/P + l)/E Bed Loss 2n d Law Efficiency Recovery {mol} {-} 0/molO2 } {J/mol 02 } {J/mol02} {J/mol 02 } {J/mol 02 } {J/mol 02 } {J/mol 02 } {J/mol 02 } {J/mol 02} {J/mol 02} {J/mol 02} {J/mol 02 } {%} {%} 0000 0 0 0 0 H {-} 63,245 6913 17,303 6976 -13,257 3711 307 4018 -9239 30.31% 29.25% 62,492 6831 17,105 6998 -13,032 3675 291 3966 -9066 30.43% 29.59% 61,766 60,414 6749 6602 16,549 7021 7068 16,909 -12,794 -12,362 3640 3575 276 227 3916 3802 -8878 8560 30.61% 29.93% 30.75% 30.59% 140PDF Image | Energy Efficiency of Gas Separation Pressure Swing Adsorption
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