Course Goals, Regrading Policy, and Statement on Academic Conduct
Objectives, Outcomes, and Assessments
Professor Frey's Separation Processes
Chapter 3: Use
of Excel and Matlab for Numerical Computations
Thermodynamics of Phase Equilibrium
Chapter 5 (part 1):
Single-Stage Equilibrium Processes
Chapter 5 (part 2):
Degree of Freedom Analysis and Description Rule Applied to a Single-Stage Flash Process
Chapter 5 (part 3):
Introduction to ChemSep and COCO
Staging and Steam Heating in Separation Processes
Chapter 8: Multicomponent Distillation
Absorption, Stripping, and Extraction
Chapter 10: Capacity and Stage Efficiency
Chapter 11: Continuous Contactors
Chapter 12: Membrane Processes
Chapter 13: Adsorption and Chromatography
Chapter 14: Spray Drying, Freeze Drying, and Lyophilization
Chapter 15: Selection of Separation Processes
Chapter 16: Selection of Solvents for Solvent Extraction
Tutorials on Distillation, Absorption,
Stripping, and Related Processes:
Tutorials on Steam Heating, Heat Exchangers, and Steam Traps:
Tutorials on the Description Rule:
Tutorial on Experienced-Based Rules
in Chemical Engineering:
Experienced-Based Rules in
Chemical Engineering. This article, which comes from the Cheresources.com
website, summarizes many "rules of thumb" in the area of chemical process design,
including the design of separation processes. It is a summary of the contents of
the textbooks on this subject by S. M. Walas, Richard Turton, Carl R. Branan, and
Christopher Haslego. The
content of this article is also available in a very handy Excel spreadsheet which
you can obtain
Tutorials on Adsorption:
Tutorials on Drying and Evaporation:
Tutorials on Software:
Companies Involved in Separation Processes:
Separations and Mass-Transfer Products. Column packings for absorbers and strippers.
Separations Inc.Supercritical fluid
and pressurized solvent extraction systems.
GEA Process Engineering Inc. Spray drying, membrane filtration,
Hydranautics Inc. Membranes
Process Systems. Distillation, extraction, absorption and stripping
processes. The section on Past Projects has lots of pictures of
Koch-Glitsch, Inc. Packed tower internals, structured packings, random packings, and
trays for absorbers, strippers, and distillation columns. Try out their
free column design software.
Lantec Products Inc. Tower
packings for absorbers, strippers, and distillation
columns. The section on Case Histories has some interesting discussions
Systems, Inc. Microfiltration, ultrafiltration, nanofiltration,
and reverse osmosis systems
Purolite Inc.: Ion Exchange Resins.
ResinTech: Manufacturer of Ion Exchange Resins, Activated
Carbon, and Selective Ion Exchange Media
Sulzer. Packings and trays
for columns, fractional crystallization, pervaporation
processes. They also have free design software.
Inc. - Specialists in Solvent Extraction
Databases and Libraries:
Useful Free Software:
ChemSep-LITE. This free version of
ChemSep, called ChemSep-LITE, simulates multicomponent distillation, absorption, stripping,
liquid-liquid extraction, and single-stage flash processes and was developed by
Ross Taylor at Clarkson University and Harry Kooijman at Shell Global Solutions International.
Be sure to also look at the rest of the ChemSep website, which contains lots of interesting
information. ChemSep is a CAPE-OPEN (Computer
Aided Process Engineering Open Source) compliant software program and is part of the COCO (CAPE OPEN to CAPE OPEN)
suite of free software described in the next link.
COCO. COCO (CAPE OPEN to CAPE OPEN) is
a suite of free computer aided process engineering software programs that includes COFE (CAPE OPEN
Flowsheet Enviroment), CORN (CAPE OPEN Reaction Numerics), ChemSep as
described in the previous link, and many other components. For maximum software stability, you should uninstall any previous versions
of ChemSep on your computer before you install COCO so you have only one copy of ChemSep on
your computer. COCO is an example of the newest generation of software for computer
aided process engineering which consists of "plug and play" components that are to a largely free.
Octave. An open-source free MATLAB
clone originally developed at the University of Wisconsin
These programs for nonlinear optimization and data fitting are available for free from
the website of Professor Klaus Schittkowski at the University of Bayreuth.
CADIX. This computer-assisted design software for ion exchange processes was developed by DOW.
Swing Adsorption Calculator. This software for designing pressure swing adsorption processes
was developed by James Ritter at the University of South Carolina.
Simulation of Multicomponent Distillation.
An Excel spreadsheet developed by Douglas Frey at UMBC which
simulates the time-dependent approach to steady state of a multicomponent
distillation column when the plate compositions are initially set at arbitrary
values. This software also provides a convenient way to solve the multicomponent steady-state
"operating problem" by simulating the approach to steady state.
Other Useful Websites, Including Other On-line Separations Courses:
Separation Processes, 2nd ed. This is the link to the free on-line version of the
classic book on separation processes by C. Judson King. The paperback version of this textbook is published
by Dover and is well worth purchasing as a low-cost supplementary textbook in a separation
processes course. It is available from Amazon and similar sites.
Books for Fun:
The Art of Distillation. This book is a little old. Actually, it
was originally published in the year 1651 by the alchemist John French.
Home Distillation Handbook. For the home hobbyist. But be
careful, the procedures described in this book are illegal to do in the U.S.