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In the process of methanol production, a gas stream flowing at a molar flow rate of...
In the process of methanol production, a gas stream flowing at a molar flow rate of 100 mol / min containing 32 mol% CO, 64 mol% Hz. and 4 mol% of N2 is led to the reactor. The product from the reactor is condensed where liquid methanol is separated. Unreacted gases are recycled in a ratio of 5: 1 mol of recycle to moles of fresh feed. Parts of the recycled gases are purged. The reaction equation is CO + 2H2 - CH2OH. A- Calculate purge, recycle, and product flow rates and compositions. B - Check the reactor material balance.
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Expert Solution
There was a missing data in the question for which I skipped it several times under more information needed.In one of the question I got this data was that Feed to the reactor contains 13mol% N2.So i solved the whole problem on this basis otherwise it could not have been solved.
Amanda K answered 2 years agoRelated Solutions
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of methanol is 400 kg/minute, and the steam condenses and leaves
the heat exchanger as liquid water at 90°C.
Calculate the required rate of heat transfer from the water to
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Saturated steam at 300°C is used to heat a counter-current flowing stream of methanol vapor from...
Saturated steam at 300°C is used to heat a counter-current
flowing stream of methanol vapor from 65°C to 240°C in an adiabatic
(no heat exchange with surroundings) heat exchanger. The flow rate
of methanol is 400 kg/minute, and the steam condenses and leaves
the heat exchanger as liquid water at 90°C. Calculate the required
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INTO A
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THE SP. G OF THE SOLUTION IS 1.1.
CALCULATE;
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