The homogeneous gas decomposition of phosphine 4PH3(g) P4(g) + 6H2 proceeds at 649oC with the first-order rate –rPH3 = (10/hr) CPH3 What size of plug flow reactor operating at 649°C and 460 kPa can produce 80% conversion of a feed consisting of 40 mol of pure phosphine per hour?
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The homogeneous gas decomposition of phosphine, 4PH3 (g)P,(g) +6H2(g) proceeds at 649°C with a rate constant of 10 hr1. What size plug flow reactor operating at 649°C and 460 kPa can produce 80% conversion of a pure feed consisting of 40 mol/hr of pure phosphine?
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