Cracking Of 100 Mol S Ethanol C2h5oh Into Ethylene C2h4 Occurs At A Temperature Of 800oc And Pressure Atmospheric By 1 (54.64 KiB) Viewed 9 times
Cracking of 100 mol/s ethanol (C2H5OH) into ethylene (C2H4) occurs at a temperature of 800oC and pressure atmospheric by using a catalyst based on IOP (titanium oxide). If the reactor is operated isothermal, calculate the required heat (Q, unit kWatt). Solve using the balance of elements and the energy balance equation of the 2nd model
Data termodinamika No. Komponen 1 2 3 4 5 6 7 8 F₁ = 100 mol/s C₂H5OH = 100% T₁ = 800°C N₂ CO₂ H₂O(g) C₂H6 H₂ NH3 C₂H5OH(g) C₂H4 REAKTOR Cp (J/mol.K) 29,11 37,19 33,57 52,95 28,83 Q=? 35,49 74,39 44,27 F₂= ? mol/s C₂H4 = ?%-mol H₂O= ?%-mol T₂ = 800°C AHP (J/mol) 0 -393.509 -241.818 -83.820 0 -46.110 -235.100 52.510
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