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Revision as of 02:26, 25 October 2012

Separation Processes: CHE 4M3

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Assignment 4 is posted - due later, on 01 November, as there are several midterms in other courses this week.
Important correction to the notes: slide 76, please make this correction: \(R = 1 - \displaystyle\frac{C_P}{C_F} \)
Read ahead: a highly recommended reading is chapter 8 on liquid-liquid extraction from Seader, Henley and Roper.

Please do not wait for feedback on your course project outline to get started with your work. You will receive feedback by Friday and over the coming weekend, however, you should start to collect the information you need to work on your report. The feedback will be simple: at the most, we will suggest additional references for you to consider. In exceptional cases we will adjust the project scope, but most of you have the correct idea in mind: to focus on 1 major separation unit operation.

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 * Read ahead: a highly recommended [[Suggested_readings|reading is chapter 8]] on liquid-liquid extraction from Seader, Henley and Roper.
+* Updated slides on liquid-liquid equilibrium (for Thursday) are available.
 * Please do not wait for feedback on your [[Course_project_-_2012|course project outline]] to get started with your work. You will receive feedback by Friday and over the coming weekend, however, you should start to collect the information you need to work on your report. The feedback will be simple: at the most, we will suggest additional references for you to consider. In exceptional cases we will adjust the project scope, but most of you have the correct idea in mind: to focus on 1 major separation unit operation.