Ctot (Cinert_feed+mod1.CO+mod1.O2+mod1.CO2+mod1.C3H6+mod1.H2O) Total concentration k1 A1*exp(-E1/R_const/T) Rate constant for reaction 1 k2 A2*exp(-E2/R_const/T) Rate constant for reaction 2 KCO Aco*exp(-Eco/R_const/T) Adsorbtion constant for CO KC3H6 Ac3h6*exp(-Ec3h6/R_const/T) Adsorbtion constant for C3H6 R1 k1*mod2.COp*mod2.O2p/(1+KCO*mod2.COp+KC3H6*mod2.C3H6p)^2 Rate expression for reaction 1 R2 k2*mod2.C3H6p*mod2.O2p/(1+KCO*mod2.COp+KC3H6*mod2.C3H6p)^2 Rate expression for reaction 2 u u_feed*(Ctot/Ctot_feed)*(P_feed/(mod1.P)) Linear velocity beta G*(1-por_b)/(rho_feed*2*rp*por_b^3)*(150*(1-por_b)*eta/(2*rp)+1.75*G) Ergun equation constant G u_feed*rho_feed superficial mass velocity F0 Ctot_feed*u_feed*Ra Inlet molar flow F Ctot*u*Ra Molar flow [mol/s]