Environmental Science, Policy & Engineering Program
Waste Management and Recycling
|Professor||Dr. Ashraf Ghaly, P.E.|
|Tel., email||518-388-6515, email@example.com|
Lectures: TTH 10:45 AM- 12:40 PM, OLIN-306. Lab TH 1:55 - 4:45 PM, OLIN-306. Click HERE for class presentations.
Introduction to various sources of hazardous, non-hazardous, biodegradable, and non-biodegradable waste materials. Focus areas are landfill systems, geosynthetics, geotextiles, geomembranes, geonets, single clay liner, single geomembrane liner, composite liner systems, leak detection and leachate collection, removal and treatment of leachate, and capping and closure systems. The recycling segment will explore natural resources of raw materials including origin and use, and potential and limitation for recycling of materials. Focus on various applications of recycling recyclable and non-recyclable materials. Discussion of methods of manufacture and compositions of such materials will concentrate on advanced industrial applications for the reuse of non-recyclable waste materials. Application areas include production of new materials, materials with superior qualities for special purposes, and materials with high level of resistance against certain environmental conditions. The course will also touch on the political aspect of recycling including consumer attitude and government incentives to encourage recycling. Three class hours and a weekly lab, WAC credit. Prerequisite ENS100 (Introduction to Environmental Studies) or GEO102 (Environmental Geology).
|SCHEME OF FINAL GRADE|
|90+ = A||85+ = A(-)||80+ = B(+)||75+ = B||70+ = B(-)||65+ = C(+)||60+ = C||55+ = C(-)||50+ = D|
Worrell, W., and Vesilind, P.A. (2016). "Solid Waste Engineering: A Global Perspective" 3rd Edition, Cengage Learning, ISBN 1305635205.
INTEGRATED SOLID WASTE MANAGEMENT
MUNICIPAL SOLID WASTE CHARACTERISTICS AND QUANTITIES
TOWARD INTEGRATED RESOURCESMANAGEMENT - ENVIRONMENTAL, POLITICAL, AND ECONOMIC ISSUES
Lab (1) Schenectady County composting facility & household waste sorting facility, and Colonie landfill facility, Colonie
SPECIFICATIONS OF LAB REPORT
The sites of field trips are selected to show the students a wide variety of facilities involved in waste management, recycling, treatment, and waste-to-energy production. These visits are intended to be educational and informative. To get the most out of these field trips, students are expected to document every visit in a site-visit report. Students are encouraged to ask tour guides questions, inquire about details of operation, learn about the advantages and disadvantages of shown processes, and seek explanation for how various functions work. The report should contain all technical and non-technical information related to the visited facility: name, location, function, capacity, operation, products, by-products, and any information deemed necessary for a comprehensive report. In addition to written text, students may include in their reports tables, graphs, charts, figures, and site photos and video clips. All submissions will be electronic (more details will be given).
The lab sessions that will be conducted in the college lab are designed to study some of the specifications of the American Society for Testing and Materials (ASTM) related to waste materials and containment systems. The lab report should include a cover page with the name of the student(s), course and standard specification titles, and date. The report itself shall contain the objective of the standard and procedure. The report should emphasize the technical aspect of the standard. Emphasis of grading will be placed on the technical content of the report as well as clarity, creativity, and correctness of writing.
PROJECT COME CLEAN
Come Clean is a research-based project with focus on waste management systems and recycling techniques. The goal in this project is to research in depth one of the subjects listed below. Students can also research a subject not listed below but the instructor's approval is required in this case. Students may survey case studies that document effective and economical methods of waste containment as well as successful projects of recycling that resulted in a reduction in waste that goes into landfill. The project may also offer a study of environmental compliance of a site with the standard specifications of the American Society for Testing and Materials (ASTM, see specifications cited below) and/or the regulations of the Environmental Protection Agency (EPA). This project is for the students registered in the Waste Management & Recycling course.
Each student is free to choose the project subject they like to research but any given subject may not be selected by more than one student. Students in this course come from many departments and some may wish to address in their project a problem that is closely related to their major since the problems of waste containment and recycling techniques have many environmental dimensions. Students may also wish to explore a new field of interest or use a theme or a subject that has intrigued them (policy, regulations, environmental law, economics, politics, ethics and environmental justice, public perception, attitude, and opinion, etc.). All selected subjects must be approved by the instructor.
This Waste Management & Recycling course covers a wide variety of topics. Whether it is a containment system or a recycling project, the requirement for an in-depth technical study is always present. Furthermore, one should also ensure the sensibility and foundational premise of the project in order to gain public acceptance.
The literature is rich with examples of projects that transformed the public's perception of waste and the general attitude towards recycling. Recycling is no longer a choice; it is a necessity for an enduring and sustainable environment. Students are to report in depth on their selected subject and offer a careful analysis of all involved factors. Students may also wish to concentrate on how recyclable materials can be used in the manufacture of conventional products or to impart certain properties that can improve traditional materials.
Students may collect the scientific and technical information for their chosen project from one or more of the following sources: the Internet, technical publications, professional journals, magazines, textbooks, movies, documentaries, and all other credible sources including interviews with knowledgeable individuals.
Students are required to cite in their report all the sources they used in their research. Internet sites are cited using the address (URL) of those sites. All other references are to be cited with the name of author, year, title of paper or book, page, and publisher.
In the sixth week of the term, each student is required to submit a progress report. This should include the name of the student, title of the project, and a statement describing the subject. The instructor will provide feedback and approve the project subject if it involves the expected level of rigor. If more than one student selected the same subject, the instructor will advise these students that different projects are required.
At noon on the Saturday that precedes the tenth week of the term, the final electronic report of the project is due. The report should be equivalent to at least 10 pages of text (double-spaced type, Times font with one inch margin on all sides). In addition to the 10 pages of text, students may add pictures, tables, graphs, charts, figures, and any other supplementing materials. The total length of the report, however, may not exceed the equivalent of 20 pages.
In addition to the written report, students are required to make 8-10 minutes class presentation. The presentations will take place during the lab time in the tenth week of the term.
The grade in this project will be assigned based on the quality and organization of the report, relevance of content to the subject under consideration, understanding, clarity of presentation, organization, and demonstration of ability to address questions with comprehension.
Standard American Society for Testing and Materials (ASTM) Specifications
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