At the flow rate given in Table 1, 90% ethanol and 10% acetaldehyde at 300 oC demol is fed to the reactor where the ethanol dehydrogenation reaction takes place. The ethanol conversion in the reactor is 32%. Heat is supplied to the reactor to prevent the temperature from falling too low and therefore the reaction rate from falling to an unacceptably low level. If the reactor outlet temperature is 253 oC, calculate the amount of heat (Q (kW)) that should

Amount of feed entering the reactor (mol/s)=350

(Cp(kj/molC)=a+bT+cT2+dT3)