SOLVE USING EXCEL

2.) These problems all relate to the generation of steam for heat integration and economic viability of the chemical process:

a.) What is the rate of steam generation (in kg/hr) by cooling down the burner effluent (before it enters the stack)? Note: You will have to balance the rate of energy transferred to the SRR reactants and air streams in order to determine the steam generation rate (i.e., there is a bank of three heat exchangers).

b.) What is the rate of steam generation (in kg/hr) by cooling the SRR reactor effluent?

Given: Heat Transfer rate(Q)=-2058693.985kJ/hr. Methane to Burner=27279.7kmol/hr=18663.7 SCMM. Use the following reactor product flow rates out of the SRR for the energy balance: CH 4: 175kmol/h, H 2 O: 3156kmol/h, CO: 1205kmol/h, H 2: 4493kmol/h, CO 2: 219kmol/h