CEV426 Environmental Remediation Spring 2016 . 2 CEV426 Environmental Remediation Spring 2016 ... CEV208

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    CEV426 Environmental Remediation

    Spring 2016

    Recep Kaya Gkta, rkaya.goktas@kocaeli.edu.tr, Room: 2028

    Office Hours:

    Wednesdays, 15:00-16:50, Room 2028

    Course Schedule:

    Day: Thursdays, 13:00 - 15:50, Classroom: 206

    Night: Thursdays, 17:00 - 19:40, Classroom: 204

    Course Homepage: http://rkgoktas.wordpress.com/CEV426

    Course Objectives: The objective of this course is to provide an introduction to the theory

    and practice of soil and groundwater remediation to the fourth year environmental

    engineering students.

    At the end of the course, you are expected to:

    develop an understanding of the fate of contaminants in soil and groundwater.

    have an introductory knowledge of the soil and groundwater remediation technologies.

    be able to do basic calculations for the analysis of contaminant fate in soil and groundwater.

    be able to do basic calculations for the analysis of the outcome of potential remediation technologies.

    Course Content: Hazardous waste pollution and remediation engineering. Groundwater

    contamination. Groundwater flow. Nature of environmental contaminants. Chemical

    distribution among phases. Mass transport in porous media. Retardation in the subsurface.

    Bioremediation. Source control. Pump-and-treat systems. Recovery of non-aqueous phase

    liquids. Soil vapor extraction. Phytoremediation.

    mailto:rkayagoktas@kocaeli.edu.trhttp://rkgoktas.wordpress.com/CEV426

  • 2

    CEV426 Environmental Remediation

    Spring 2016

    Textbooks:

    - Practical Design Calculations for Groundwater and Soil Remediation by Jeff Kuo. (2014)

    - Chemical Fate and Transport in the Environment. (1999). Hemond, H.F., Fechner-Levy,

    E.J.

    - Applied Hydrogeology. (2000). Fetter, C.W.

    Supplemantary Material:

    - Contaminant Hydrogeology. 1999. 2nd Edition. C. W. Fetter. Prentice Hall.

    - Integrated Environmental Modeling: Pollutant Transport, Fate, and Risk in the

    Environment. 2005. Anu Ramaswami, Jana B. Milford, Mitchell J. Small. Wiley.

    - Remediation Engineering: Design Concepts. 1997. Suthan S. Suthersan

    - Natural and Enhanced Remediation. 2001. Suthan S. Suthersan

    - Practical Handbook of Soil, Vadose Zone, and Ground-water Contamination: Assessment,

    Prevention, and Remediation. 2004. 2nd Edition. J. Russell Boulding & Jon S. Ginn. Lewis

    Publishers.

  • 3

    CEV426 Environmental Remediation

    Spring 2016

    Grading:

    Activity Weight

    Class Participation 14%

    Homework I 14%

    Homework II 14%

    Midterm Exam 28%

    Final Exam 30%

    OVERALL 100%

    Tentative Syllabus:

    The week of ... What is going to be covered?

    February 18, 2016 Hazardous waste pollution and remediation

    engineering.

    February 25, 2016 Groundwater Contamination.

    March 3, 2016 Groundwater Flow.

    March 10, 2016 Nature of Environmental Contaminants.

    March 17, 2016 Chemical Distribution Among Phases.

    March 24, 2016 Mass Transport in Porous Media.

    March 31, 2016 Retardation in the Subsurface.

    April 7, 2016 Mid-term Exam

    April 14, 2016 Bioremediation.

    April 21, 2016 Source Control.

    April 28, 2016 Pump-and-treat systems.

    May 5, 2016 Recovery of Non-Aqueous Phase Liquids.

    May 12, 2016 Soil Vapor Extraction.

    May 19, 2016 National Holiday

    May 26, 2016 Review.