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A natural gas is flowing at 100 MMSCFD at 1000 psia and 100°F. It contains 2 mol% CO2 and 1.9 mol% H2S. It is being treated by the amine process using DEA. The outlet gas contains no acid components. Calculate the flow rate of DEA required and the tower diameter and height.

Question-Answer › Category: Chemical Engineering › A natural gas is flowing at 100 MMSCFD at 1000 psia and 100°F. It contains 2 mol% CO2 and 1.9 mol% H2S. It is being treated by the amine process using DEA. The outlet gas contains no acid components. Calculate the flow rate of DEA required and the tower diameter and height.
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Cangel asked 1 year ago

A natural gas is flowing at 100 MMSCFD at 1000 psia and 100°F. It contains 2 mol% CO2 and 1.9 mol% H2S. It is being treated by the amine process using DEA. The outlet gas contains no acid components. Calculate the flow rate of DEA required and the tower diameter and height.

Example 2 A natural gas is flowing at 100 MMSCFD at 1000 psia and 100°F. It contains 2 mol% CO2 and 1.9 mol% H2S. It is being

 

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MG answered 1 year ago

 
 

9. Given: natural gas flow Hate = 100 MMSCFD • Pressure, P= 1000 psia ; temperature, I = 100°r. Gas contain a molt co₂ and 1.

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