3. A 200 lbmol/hr stream that is 95 mole% methylformate and 5% methanol is to be...

3. A 200 lbmol/hr stream that is 95 mole% methylformate and 5% methanol is to be recovered from top of a distillation column. The feed to the column is 20 mole% methylformate and 80 mol% methanol, and 98% of the methylformate entering the column is contained in the distillate stream leaving the top of the column. (30 points) • Draw and label a flow chart of the process and do the degree of freedom analysis • Calculate the mass and mole fractions of methanol in the bottom stream and determine the molar flow rates of methanol and methylformate in the bottom and feed streams. Molecular weight of methanol = 32.04 g/mol Molecular weight of methylformate = 60.05 g/mol

Expert Solution

Amanda K answered 4 months ago

A 384.0 g/hr stream of liquid methyl alcohol, also called methanol, (CH3OH) at 7.60 atm and...

A 384.0 g/hr stream of liquid methyl alcohol, also called methanol, (CH3OH) at 7.60 atm and 10.0°C was held at constant pressure, vaporized and brought to 564.0°C. At what rate must heat be supplied to this system? Assume that methyl alcohol vapor behaves ideally for the temperature range and pressure given.

In a 59.0-g aqueous solution of methanol, CH4O, the mole fraction of methanol is 0.120. What...

In a 59.0-g aqueous solution of methanol, CH4O, the mole fraction of methanol is 0.120. What is the mass of each component? Mass of (g) CH4O? Mass (g) of H2O?

In a 61.0-g aqueous solution of methanol, CH4O, the mole fraction of methanol is 0.320. What...

In a 61.0-g aqueous solution of methanol, CH4O, the mole fraction of methanol is 0.320. What is the mass of each component?

a solution is prepared by mixing 1.000 mole of methanol(CH3OH) and 1.4 mole of propanol (CH3CH2CH2OH)....

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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 +...

1. Obtain the equilibrium mole fractions (liquid and vapor) of a mixture of water, methanol and...

1. Obtain the equilibrium mole fractions (liquid and vapor) of a mixture of water, methanol and ethanol at 100 kPa and 70°C. You can assume the mixture is ideal. 2. Create one plot where the equilibrium mole fraction of benzene in the vapor phase is plotted against the equilibrium mole fraction of benzene in the liquid phase for three different pressures (0.2 bar, 0.6 bar and 1 bar). Comment on the effect of pressure on the relative volatility

Flash distillation A still is charged with 1000 moles of a 58.5 mole % methanol(M) and...

Flash distillation A still is charged with 1000 moles of a 58.5 mole % methanol(M) and 41.5 mole % 1-propanol mixture. This mixture is distilled until 200 moles remain in the still and the cumulative distillate collected. You may assume that the relative volatility is 3.6 and it remains the same during the distillation process. a) What are the feed and distillate flow rates during the process? b) For the flas option, determine the equilibrium distillate and bottoms compositions c)...

A stream of 70kg/hr superheated steam is used to heat 15kmol/hr nitrogen gas via a heat...

A stream of 70kg/hr superheated steam is used to heat 15kmol/hr nitrogen gas via a heat exchanger. The superheated steam at 3500C and 1 bar enters the heat exchanger and exits as saturated water liquid at the same pressure.The nitrogen gas is heated from 25oC to 300oC at constant pressure of 1atm.The heat exchanger is set up for countercurrent flow. i)Draw and label the flowchart of the heat exchanger process by indicating all the input and output process variables. ii)Determine...

Liquid methanol is fed to a space heater at a rate of 12.0 L/hr and burned...

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Methanol is produced by reacting carbon monoxide and hydrogen. A fresh feed stream containing CO and...

Methanol is produced by reacting carbon monoxide and hydrogen. A fresh feed stream containing CO and H2 joins a recycle stream and the combined stream is fed to a reactor. The reactor outlet stream flows at a rate of 350 mole/min and contains 10.6 wt% H2 , 64 wt% CO and 25.4 wt% CH3OH. This stream enters a cooler in which most of the methanol is condensed. The liquid methanol condensate is withdrawn as a product, and the gas stream...

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