Course Syllabus

 

ENVE 682:  Environmental Remediation Technologies

 

Term:  Fall 2005

 

Instructor:      D. Scott Simonton, PE, PhD

                        Assistant Professor, Environmental Science

Office:             330 MUGC Administration Building, South Charleston

Office Hours:  Tuesday 3:00 to 6:00, Thursday 3:00 to 6:00, and by appointment

Telephone:       746-2045, or 1-800-642-9842 ext 2045

Fax:                 746-2063

E-mail:             simonton@marshall.edu

 

Required Textbook:  Hazardous Waste Management 2nd Ed, LaGreda, et al, McGraw   Hill 2001

 

Additional References and Reading Assignments:

                                    Handouts

                                    www.epa.gov

                                    www.dep.state.wv.us

                                    Other Internet Resources

 

Course Description:

 

This class is intended to give the student the necessary scientific background to understand current strategies and technologies for hazardous waste treatment, and is an introduction to the fundamentals and applications of technologies for contaminated site remediation.  Regulations, site characterization concepts and fundamental biological, chemical and physical concepts will be presented to provide a basis for the selection, design and operation of on-site and in-situ technologies. Students successfully completing the course will understand the conditions where common remediation technologies may be effective and how to perform the preliminary design and analysis calculations required to select and design remediation systems.

 

Attendance:

 

As tests will include information from class notes and in-class discussions, attendance is strongly encouraged.

 

Grading:         Mid-Term Exam                                                          20%

                        Final Exam                                                                  35%

Projects, etc.                                                                30%

Assignments                                                                15%

                       

 

Students are expected to read the assigned material and to participate in class discussions. Homework/Exams are to be completed in a professional manner and submitted within the assigned deadline. Certain material assigned as required reading may not be covered within the planned lecture. It is the students’ option to ask a question on the material or to initiate a class discussion on the material not explicitly discussed in the lecture. Assignments not turned in on time will receive an automatic 25% off.  Assignment grades will be based on completeness only, and will be returned with a solution set if appropriate.  You are encouraged to work together on assignments, but not exams!  The Final Exam will be comprehensive.


General Course Outline (Subject to Change)

 

Introduction/Basics

 

 

Extraction Processes

 

 

Abiotic Transformation Processes

 

 

Biotic Transformation Processes

 

 

Stabilization Processes

 

 

Comparison of Technologies

 

Case Studies