Question: The endothermic liquid-phase elementary reaction A+B2C proceeds, substantially, to completion in a single steam-jacketed, continuous-stirred reactor (Table P8-5). From the following data, calculate the steady-state

 The endothermic liquid-phase elementary reaction A+B2C proceeds, substantially, to completion in

The endothermic liquid-phase elementary reaction A+B2C proceeds, substantially, to completion in a single steam-jacketed, continuous-stirred reactor (Table P8-5). From the following data, calculate the steady-state reactor temperature: Reactor volume: 125gal Steam jacket area: 10ft2 Jacket steam: 150psig(365.9F saturation temperature) Overall heat-transfer coefficient of jacket, U:150Btu/hft2F Agitator shaft horsepower: 25hp Heat of reaction, HRx=+20,000Btu/lb mol of A (independent of temperature) "Independent of temperature. (Ans: T=199F ) (Courtesy of the California Board of Registration for Professional \& Land Surveyors.)

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