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Question 2 In a gas phase, isothermal tubular (CSTR) reactor at 900 kPa and 85 C, the elementary reaction: 4C12(g) + CH4(g) CCl4(g.1) + 4HCl(g)
Question 2 In a gas phase, isothermal tubular (CSTR) reactor at 900 kPa and 85 C, the elementary reaction: 4C12(g) + CH4(g) CCl4(g.1) + 4HCl(g) takes place with CCl4 as the only condensable component in the system. The vapor pressure of CCl4 at 85 C is 129.5 kPa. Consider CH4 as the limiting reactant and a stoichiometric feed of 0.85 dm/s. a. Compose a stoichiometric table in terms of molar flow rates. b. What is the conversion of CH4 when condensation occurs? What is the initial concentration of CH4? d. What is the outlet concentration of CH4 at XA = 0.52? c. =
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