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* Get a head start on class for 21 September: Design a separation plant to remove suspended yeast cells from beer.
* Get a head start on class for 21 September: Design a separator to remove suspended yeast cells from beer.
** Beer is produced in batches of 100 \(\text{m}^3\), with 4 batches per day.
** Beer is produced in batches of 100 \(\text{m}^3\), with 4 batches per day.
** Density of beer: 1020 \(\text{kg.m}^{-3}\)
** Density of beer: 1020 \(\text{kg.m}^{-3}\)
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** 11.5 metric tonnes of yeast are suspended in each 100 \(\text{m}^3\) fermenter
** 11.5 metric tonnes of yeast are suspended in each 100 \(\text{m}^3\) fermenter
** Asceptic operation is vital
** Asceptic operation is vital


<!-- * Slides for [[Sedimentation,_screens,_centrifuges,_cyclones_-_2012 | class on 20 September]] are now available. -->
<!-- * Slides for [[Sedimentation,_screens,_centrifuges,_cyclones_-_2012 | class on 20 September]] are now available. -->

Revision as of 23:12, 20 September 2012

Separation Processes: CHE 4M3


Administrative Class materials
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Announcements

  • The practice question in class is available: see the link to "Practice questions for tests and exams" below. More questions will be added there as the course progresses, so keep checking that page.
  • The second assignment is available; due on 25 September (date has changed). If submitting via Google Docs, please share with mcmasterche4mta@gmail.com with "Comment" permission.
  • There is a piece of information missing for Assignment 2, Q4: the volumetric flow rate coming in: I will have that available for your shortly (Friday PM).


  • Get a head start on class for 21 September: Design a separator to remove suspended yeast cells from beer.
    • Beer is produced in batches of 100 \(\text{m}^3\), with 4 batches per day.
    • Density of beer: 1020 \(\text{kg.m}^{-3}\)
    • Density of yeast cells: 1075 \(\text{kg.m}^{-3}\)
    • Yeast cell diameters: 4 to 6 \(\mu m \)
    • 11.5 metric tonnes of yeast are suspended in each 100 \(\text{m}^3\) fermenter
    • Asceptic operation is vital
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  1. Overview of separation processes
  2. Thickeners and clarifiers (sedimentation), screens, centrifuges and cyclones
  3. Filters, membranes, dialysis, reverse osmosis and bioseparations
  4. Liquid-liquid extraction and supercritical fluid extraction
  5. Adsorption, ion-exchange and chromatography
  6. Evaporation, drying and overview of crystallization


Assignments, projects, exams Course calendar
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Assignments

  1. Assignment 1 - 2012
  2. Assignment 2 - 2012
  3. Assignment 3 - 2012
  4. Assignment 4 - 2012
  5. Assignment 5 - 2012

Tests, exams and project

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