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Schedule (Spring 2012)
Syllabus
Lab Safety
Experiments
Peer Review
Peer Review Form
Proposal Template
Final Reports
Notes on Writing
Report Template
Grading Template (PDF)
Grading Template (XLS)
Design of Experiments
Des. of Expts. Homework
PID control
MATLAB Intro.
Frequency Response
Kinetics Notes
CSTR/PFR Worksheet
Fermentation Protocol
Fermentation Manual
HPLC Manual

Chemical Engineering 401–402: Senior Laboratory

Course Description

Our Senior laboratory is (or can be) one of the CAPSTONE courses in your education in chemical engineering. It exposes you to a series of experiments, each of which reflects a combination of concepts that you have learned in different courses: thermodynamics, mass balances, fluid mechanics, heat & mass transfer, kinetics, separations, control and dynamics, design, etc. Specific topics such as polymerization, catalysis, and bioengineering are represented in the experiments, which are examples of chemical engineering concepts important in industry and research. You will learn to apply combinations of the principles you have learned in class to real processes.

You will find that there are often practical differences between the idealized concepts that you learned in class and the reality of these concepts as seen in the laboratory. This is a crucial aspect of your education. The concepts are sound and correct, but often involve one or more assumptions or approximations that will not hold perfectly in the laboratory. As an engineer, you are challenged to evaluate the application of these principles to complex (i.e., real) processes. Read more. . . .

Labs

<distillation column> <reaction scheme> <counter-current heat exchanger>
Distillation Polymerization Kinetics Heat Exchanger
<Packed bed
                                                         reactor> <rheology diagram> <column>
Methanation Polymer Processing: Extrusion & Injection Molding Ion Exchange
<membrane> <bioseparations>
Image from www.shimadzu-biotech.net
<gas pump> <litmus paper>
Membrane Separation Bioseparations Manual BiodieselpH Control

Groups

Biogroup Chemical X Degenerates
Biogroup Chemical X Degenerates
Fantastic Four Godel Team Plastics
Fantastic Four Godel Team Plastics
Puffton Chemical The Group Three ChemEteers
Puffton Chemical The Group Three ChemEteers
ADP A-Team ATES
ADP A-Team ATES
Awesome Best Judgement Catalytic Activity
Awesome Best Judgement Catalytic Activity
MBD2 Name That Team
MBD2 Name That Team

Instructors

The Conner Prof. Wm. Curtis , Jr.
105 Goessmann Lab
Department of Chemical Engineering
University of Massachusetts Amherst
686 N Pleasant St.
Amherst, MA 01003-3110
1 413 545 0316 (office)
1 413 545 1647 (FAX)
E-mail: wconner@ecs.umass.edu

Prof Ford Prof. David Ford
Office: 209 Goessmann Lab
Department of Chemical Engineering
Unniversity of Massachusetts Amherst
686 N Pleasant St.
Amherst, MA 01003-9303
1 413 577 0134 (office)
1 413 545 1647 (FAX)
E-mail: ford@ecs.umass.edu


Prof Mountziaris Prof. T. J. (Lakis) Mountziaris
Office: 159 Goessmann Lab
Department of Chemical Engineering
Unniversity of Massachusetts Amherst
686 N Pleasant St.
Amherst, MA 01003-9303
1 413 545 2507 (office)
1 413 545 3540 (FAX)
E-mail: tjm@ecs.umass.edu




Teaching Assistants

Anand Anand Atmuri
ELAB II
E-mail: aatmuri@ecs.umass.edu
Phone: (57)7 2591 (office)
Responsibilites: Injection molding, Extrusion
Sheng Sheng Chu
ELab II
E-mail: schu@ecs.umass.edu
Phone: (57)7 2591 (office)
Responsibilities: Protein Separation, Polymerization
Pranav Pranav Karanjkar
211 Goessmann Lab
E-mail: pkaranjkar@ecs.umass.edu
Phone:
Responsibilities:
Sarah Sarah Wilson
ELab II
E-mail: swilson@ecs.umass.edu
Phone: (57)7 2591 (office)
Responsibilities: Fermentation, Ion Exchange
Shashank Shashank Maindarkar
155 Goessmann Lab
E-mail: smaindarkar@ecs.umass.edu
Phone: (57)7 0137 (office)
Responsibilities: pH control, Peer reviews, Website, SPARK, Manuals