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I am having issues setting up the process flow diagram for this problem 35 mol/s of a fuel oil containing a mixture of 90 mol% propane and the rest carbon disulfide is burned to completion in 150% excess air inside a furnace. The furnace exhaust gas passes through a scrubber, where 95% of the SO2 entering is absorbed in ammoniated water and removed. In addition, some water vapor in the combustion product is condensed. Everything else exits the scrubber in the overhead gas, which is split into two streams after leaving the scrubber: one stream is recycled and mixed with fresh combustion gases from the furnace before entering the scrubber; the other stream is passed to a tall stack. Assume the combustion products are SO2, CO2, and H2O. Calculate the molar feed rate of ammoniated water to the scrubber.

Question

I am having issues setting up the process flow diagram for this problem 35 mol/s of a fuel oil containing a mixture of 90 mol% propane and the rest carbon disulfide is burned to completion in 150% excess air inside a furnace. The furnace exhaust gas passes through a scrubber, where 95% of the SO2 entering is absorbed in ammoniated water and removed. In addition, some water vapor in the combustion product is condensed. Everything else exits the scrubber in the overhead gas, which is split into two streams after leaving the scrubber: one stream is recycled and mixed with fresh combustion gases from the furnace before entering the scrubber; the other stream is passed to a tall stack. Assume the combustion products are SO2, CO2, and H2O. Calculate the molar feed rate of ammoniated water to the scrubber.

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