Hydrogen gas is produced from the reaction of propane gas and steam. This reaction also produces odorless and colorless gas with a heat of formation of -110.53 (g) kJ/mol. The odorless and colorless gas produced also reacts with steam in a reactor, leading to the formation of additional hydrogen gas and acidic colorless gas with a heat of formation of -393.5 (g) kJ/mol. The feed to the reactor contains steam and propane in a 6:1 molar ratio at 150 oC, and the products emerge at 800 oC. The excess steam in the feed assures essentially complete consumption of propane. Heat of 7302.66 kJ/s is added to the reactor to accelerate the reactions by activating the catalyst.

(a) Identify the reactions involved for the process. (2 Marks) (b) Construct and label the process flow diagram completely. (1 Mark) (c) Calculate the molar flowrates (mol/s) of inlet and outlet streams, if 0.45 kg/s of propane

gas with the heat capacity of 0.0736 kJ/mol is fed to the reactor. An inlet-outlet enthalpy table and heat of formation method must be used to solve this proble