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Esercitazione 4 Soluzione

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Sistema ideale gas reali AB AB F tot (basis) mol/h 100 87.86624 y NH3 0.0353 0.178268 F NH3 3.53 15.66376 y H2 0.626 0.505306 F H2 62.6 44.39936 y N2 0.2087 0.168473 F N2 20.87 14.80312 y Ar 0.0322 0.036647 F Ar 3.22 3.22 y CH4 0.0978 0.111306 F CH4 9.78 9.78 Lambda 12.13376 Sistema reale gas reali AB AB F tot (basis) mol/h 100 88.19646 y NH3 0.0353 0.173857 F NH3 3.53 15.33354 y H2 0.626 0.509031 F H2 62.6 44.8947 y N2 0.2087 0.169715 F N2 20.87 14.96823 y Ar 0.0322 0.036509 F Ar 3.22 3.22 y CH4 0.0978 0.110889 F CH4 9.78 9.78 Lambda 11.80354 Sistema reale gas reali con reattore adiabatico AB AB F tot (basis) mol/h 100 86.98769 y NH3 0.0353 0.190168 F NH3 3.53 16.54231 y H2 0.626 0.49526 F H2 62.6 43.08153 y N2 0.2087 0.165125 F N2 20.87 14.36384 y Ar 0.0322 0.037017 F Ar 3.22 3.22 y CH4 0.0978 0.11243 F CH4 9.78 9.78 P 275 ata T 548.15 760.8817 R 1.986144 conversione ata/atm 0.9675 P atm 266.0625 Lambda calc 13.01231 base 100 mol

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