Time: 3:59:40
Stream 1: F = 0.67 kg/s, X1, T = 300°C, P = 60 bar, Phase: Vapor, Select one: 300, 500, 700, 1100, 1500
Turbine
Stream 2: F = 0.67 kg/s, Phase = Saturated Liquid Water
W
Question 2: Not yet answered. Please fill in the missing information. A gas feed at a temperature of 40°C and a total flow rate of 0.69 mol/s, with compositions of 17 mol% C, 17 mol% O, and 6 mol% N, undergoes the following reaction. The outlet stream is a gas stream at a temperature of 380°C. 70% of the HCl is converted to chlorine gas.
2HCl + 0.5O2 → Cl2 + H2O
HC (g), Cp = 29 J/mol
Specific heat capacity (Cp) can be assumed constant, and the values for each component are:
Nitrogen (g), Cp = 29 J/mol
Chlorine (g), Cp = 36 J/mol
Water (g), Cp = 35 J/mol
Determine the required rate of heat transfer (Q) to the reactor in kW. Select one: