Lecture 33 Recycle with Purge in Reactive Systems
This video explains a problem on recycle with purge in reactive systems. This is taken from the text book by Himmelblau. Extent of reaction is used to solve the problem. Carbon monoxide and Hydrogen react to form methanol in a reactor in which conversion per pass is 18%. Fresh feed contains 67.3 mol% Hydrogen, 32.5 mol% Carbon monoxide and remaining is methane as inerts. The concentration of inerts in the purge stream is 3.2 mol%. For a basis of 100 mol of fresh feed, molar flow rates of purge stream, product stream and recycle stream have been calculated.

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Lecture 32 GATE Problem on Recycle with Purge

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#23 Recycle Without Reactions | Material & Energy Balances

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Single Reaction With Recycle

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#24 Recycle with Reactions | Material & Energy Balances

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MEB: Recycle, Purge, Bypass Definitions

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MEB: Solving a Multi Unit System with a RXN (Methanol & Water Products)

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Lecture 22 Molecular Species Balance on Reactive Systems

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Crystallizer Material Balance with Recycle

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DOF Analysis, Multiple Units, Recycle and Bypass

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Lecture 27 Recycle and Purge in Reactive Systems

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Complete and Partial Combustion of Ethane

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Reactor with Recycle

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Balances on Multple Units with Reaction

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Lecture 25 Material balance on Reactive Systems with Multiple Reactions

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Solving Material Balances on Multiple Units

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Elementary Mass Balances in Chemical Engineering

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Example of a Purge Process

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