ChE 4613 - AIR POLLUTION
CONTROL
Course Basics
|
Semester |
Spring 2004 |
Instructor |
Steve Sternberg |
|
Time |
1:00 - 1:50 am |
Office |
227 Engineering Bldg |
|
Room |
290 Eng |
Phone |
(218) 726-6165 |
Mercury
Rules (February 2004):
A link to the new proposed rules for mercury emissions from
power plants.
http://a257.g.akamaitech.net/7/257/2422/30jan20041000/edocket.access.gpo.gov/2004/04-1539.htm
Here is a summary page of the above document:
Summary.
This semester's student project will be to provide public comment
on the new proposed rules. These must be submitted to the EPA
by March 30, 2004. You are also responsible for sending a letter
to your congressional representative on this issue and you must
forward a copy of your comments to me.
Links to additional workgroup findings:
Links.
Exams (old):
Textbook:
"Air Pollution: Its Origin
and Control," Wark, Warner, and Davis, 3rd edition, Addison
Wesley, 1998.
Office Hours:
T, W 10 - 11,Th 2 - 3 pm,
and by appointment. After class is always a good time to meet.
Course Objectives:
- Define air pollution, it's
origins and ultimate fate.
- Understand the local, regional,
and global impacts of air pollution.
- Become familiar with the
regulatory apparatus concerning air quality.
- Understand the concepts
of dispersion and dissipation of pollutants in the atmosphere.
- Develop the skills needed
to successfully design air pollution control equipment.
Grading
|
Homework and Discussion |
10% |
|
Paper |
canceled |
|
1 Mid-term exam |
30% |
|
Mercury Rule Comments |
30% |
|
Final |
30% |
- Mid-term and final will
be open book, open notes.
- Mercury Rule Comments: see
section at top of page.
- Homework will assigned from
the text. Discussion will involve students presenting a current
event appropriate to the weeks topic for class discussion. The
discussion will be led by the student.
|
Individuals
who have a disability, either permanent or temporary, which might
effect their ability to perform in this class are encouraged
to inform the instructor at the start of the semester. Adaptation
of methods, materials, or testing may be made as required to
provide for equitable participation. |
Course Policies:
- Attendence
requirements:
None, however you are responsible for all assignments and material
covered in class whether you are there or not.
- Assignment
policy: All
work is expected to be on time. Extra credit may be available
for early submission. Late work is acceptable when arranged in
advance, or you have a very creative excuse (one that I have
not heard and that is plausible).
- Homework: Homework will not be collected or graded.
Homework problems will be the basis for class discussion, and
solutions will be given in class. In addition, for the highly
motivated students who would like to do extra problems, I will
provide discussion and solutions to any problem in the text (in
or out of class).
- Exams: In-class, open book, open notes. You
may use any homework problems that you personally have worked
out. No copies (handwritten or photocopied) of someone else's
work are allowed. Mid-term
and final will be open book, open notes unless otherwise noted. Make-up exams are possible if
a valid reason exists and plans are made ahead of time. However,
the makeup will consist of a project instead of an exam
- Student intellectual
integrity: ALL EXAMS AND
OTHER NON-GROUP ASSESSMENT EXERCISES MUST BE DONE INDEPENDENTLY. Homework and other assignments designed
as learning exercise may be done in groups (and group work is
encouraged). Academic misconduct will result in a failing grade
for the class or other appropriate action.
Course
Topics:
- Introduction to Air Pollution
- Effects and Sources
- Laws and Regulations
- Journalism/ Risk Perception
- Regional Problems (acid
rain, lower atms. ozone, lead)
- Global Problems (stratospheric
ozone, climate change)
- Meteorology
- Dispersion in the Atmosphere
- Photochemical Reactions
- Mobil Sources
- Equipment:
- Cyclones
- Electrostatic Precipitators
- Fabric Filters
- Particulate Scrubbers
- Auxilary Equipment
- VOC Incineration
- Gas Adsorption
- Gas Absorption
- Sox
- NOx
- Go
Home.