Mirror Lake by CarmichaelEnvironmental Chemistry at the University of Toronto

HomeEventsPeopleCoursesStudent InformationDepartment of Chemistry

COURSES FOR 2006/2007: 

 | CHM 1401  | CHM 1404  | CHM 1415  | CHM 1420  | CHM 1425  | ENV 1105  | CHM 1410  |

CHM 1401 HF Transport and Fate of Chemical Species in the Environment

— REQUIRED COURSE FOR MSc AND PhD —


Dr. Jon Abbatt (Coordinator)        Offered for 2009/2010 Academic Session in Fall 2009

CHM 1410 HF
Environmental Analytical Chemistry
Jessica D'Eon
Fall 2009

CHM 1415 HS
Atmospheric Chemistry

Dr. Jennifer Murphy
Winter 2010

CHM 1420
Environmental Chemistry of Soils
Dr. Myrna Simpson
Winter 2007

Topics include: soil solution chemistry, kinetics, clay minerals, organic matter, and contaminant interactions with soil. Students will be required to design their own topics for assignments based on the required course readings.  Students who wish to take this course should have some background in Environmental Chemistry (ENV1105 or equivalent) or should get permission of the instructor.

CHM 1425
Modeling the Fate of Organic Chemicals in the Environment
Dr. Frank Wania

Fall 2009

ENV 1105
Soil Contamination Chemistry

Dr. Myrna Simpson


Topics:

  • soil minerals and soil organic matter structure
  • ion exchange processes in soil
  • redox chemistry of soils
  • chemistry of saline and sodic soils
  • sorption phenomena in soils
  • organic contaminants
  • heavy metals
  • contaminant mobility in unsaturated systems
ENV 1105 will present the basics and practical applications of environmental soil chemistry and is different than CHM 1420 (Environmental Chemistry of Soils) which is more of a research-based course.
CHM 1404 HS
Molecular Analysis of Natural Systems
Dr. Andre Simpson
(not offered 2009/2010)
Download Syllabus

Topics:
  • specifically designed for Winter Term for 4hrs (once every two weeks) at UTSC
  • part discussion, part lecture, and part lab
  • cover some aspects of modern NMR, specifically focus on applications in Environmental Chemistry
  • this class will NOT concentrate on theory, but more on “what NMR can do for you!”
  • will introduce approaches that could be very useful for many for graduate work
  • no previous NMR experience necessary
  • the class will be tailored, when possible, towards the research interests and the goals of the individuals in the class, but see attached proposed syllabus
  • day and time of the course will be set to fit with the schedule of those involved

| Copyright ©2006 Academic Webdesign |  last updated September 3, 2009 |  you are visitor |