Document Q7aKgrzE0J5L9bmD5Kw19byL

MEMORANDUM State Community College 601 James Thompson Boulevard East St Louis, Illinois 62201-1129 618/583-2500 OF CURRICULAR AND INSTRUCTIONAL SERVICES Tos ALL ENVIRONMENTAL SCIENCE TECHNOLOGY ADVISORY COUNCIL MEMBERS From: JANET M. FINCH,M ED.D. , ACTING PRESIDENT/DEAN CURRICULAR AND INSTRUCTIONAL SERVICES Date: APRIL 10, 1995 Subject: INFORMATION FROM MEETING OF APRIL 4, 1995 Enclosed please find materials passed out at the last Environmental Science Technology Advisory Council meeting that was held on April 4,1995 at State Community College. We have incorporated all suggestions made by the Environmental Advisory Council during the last two meetings. Please review the attached curriculum and course outlines and give feedback for further improvement. We would like to have final approval by the Advisory Council's next meeting, scheduled for April 18,1995 at 2: p.m., in room 2085 at State Community College. cc: All Committee Members DSW 135419 STLCOPCB4035400 ENVIRONMENTAL SCIENCE TECHNOLOGY ASSOCIATE OF SCIENCE DEGREE PROGRAM (Intended to transfer to a 4 year program) SEMESTER 1 ENGL 111 CHEM 111 BIOL 111 ENVIR 1XX English Comp. I General Chemistry I Intro To Biology I Intro To Enviromental Science 3 4 3 2 TOTAL 13 SEMESTER 2 __ _ MATH 121 ENGL 127 CHEM 112 BIOL 224 ENVIR 1XX College Algebra Technical Writing ` General Chemistry II Micro Biology Environmental Lab Analytical Technique .. 4 3 4 3 3 TOTAL 17 SUMMER INTERNSHIP 191 TOTAL 3 SEMESTER 3 ECON110 MATH 210 PHIL 110 ENVIR 2XX ENVIR 2XX Economic Issues & Policies Calculus for Business/Soc. Science Intro to Philosophy Environmental Monitoring, Sampling & Field Analysis Pollution Control & Treatment Technologies 3 4 3 3 3 TOTAL 16 SEMESTER 4 PHIL 131 SOCL 224 ELECTIVE 2XX SPCH110 ENVIR 291 Ethics Urban Sociology HUMANITIES Oral Communications Environmental Practicum 3 3 3 3 3 TOTAL 15 TOTAL HOURS TO COMPLETE PROGRAM 64 DSW 135420 STLCOPCB4035401 ENVIR. I: INTRODUCTION TO ENVIRONMENTAL SCIENCE CREDIT HOURS: ACTUAL HOURS: 3 - Taken Semester I 3 PREREQUISITES: None COURSE DESCRIPTION: The objective of this course is to introduce the student to environmental concepts, ecosystems, and the global nature of the environmental areas. The courses available will be discussed, as well as the legislative and regulatory background. COURSE OUTLINE: I. OVERVIEW OF "ENVIRONMENT' II. CAREERS EXPLORATION III. BIOLOGIGALrSOCIAL, & PHYSICAL SCIENCES OF THE ENV. IV. ECOLOGICAL CONCEPTS, ENERGY & NATURAL RESOURCES V INFLUENCE OF PLANT & ANIMAL LIFE VI. LEGISLATIVE OVERVIEW a. Bills/Laws by Congress b. Regulations - EPA c. State Agency/Regulations VII. REGULATORY OVERVIEW a. OSHA - Health & Safety b. RCRA - Hazardous Waste c. CERCLA - National Priorities List d. TSCA - PCBs e. CAA - Title V Permitting - air emissions f. CWA - Water Discharge g. DOT - Transportation 2 DSW 135421 STLCOPCB4035402 ENVIR. II: ENVIRONMENTAL LAB ANALYTICAL TECHNIQUE CREDIT HOURS: ACTUAL HOURS: 3 - Taken Semester II 1 hr. Classroom, 4 hrs. Lab Work - PREREQUISITES: Chemistry I & Biology COURSE DESCRIPTION: The objective of this course is to provide the student with a general understanding of environmental lab techniques in analysis of samples taken from the medias of water, wastewater, groundwater, solid waste, sludge, soils, stack discharges and ambient air. COURSE OUTLINE: I. SAFETY AWARENESS a. Lab Safety Rules b. Personal Protective Equipment (gloves, safety glasses) c. Chemical Safety & Handling d. Hazard Communication/MSDS e. Chemical Compatibility II. INTRODUCTION TO A LAB a. Equipment -Glassware" " -Meters -Analytical Equipment b. Lab Data -Lab Math -Recordkeeping & Data Acquisition -Chain of Custody III. ANALYTICAL TECHNIQUES a. Sample preservation b. Measuring & Weighing c. Titration d. Standards Preparation e. Sample Preparation f. Sample Verification & QA/QC Procedure IV. WET CHEMISTRY a. Ph b. Conductivity c. Suspended Solids d. Total Solids e. Oil & Grease V. METALS ANALYSIS a. Wet Chemistry b. Instruments (Atomic Absorption) 3 DSW 135422 STLCOPCB4035403 VI. ORGANICS ANALYSIS a. Sample Prep b. Instrumentation (gas chromatographs, mass spectroscopy) VII. FIELD INSTRUMENT USE & TRAINING a. Mobile Equipment (Photovacs, OVA, Oxygen & LEL meters) b. Fingerprinting (Ph, Color, Odor, etc.) c. Personal Sampling Pumps (industrial hygiene) VIII. LABORATORY COMPUTER SYSTEMS COURSE REQUIREMENTS/GRADING STANDARDS Students will be required to demonstrate their fulfillment of the objectives through: 1. Class Participation ,, 2. Class Analysis 3. Test Performance Students will be graded on the following scale: Class Participation Tests Mid-Term Final 20% 40% 15% 25% 100% There will be no make-up examinations except in RARE emergencies Any student whose performance is 87% or better prior to the final examination, will NOT be required to take the final examination. INSTRUCTIONAL METHODS The Lecturer Method of instruction will be used with emphasis on case analysis. 4 OSW 135423 STLCOPCB4035404 ENVIR. Ill: ENVIRONMENTAL MONITORING, SAMPLING & FIELD ANALYSIS CREDIT HOURS: ACTUAL HOURS: 3 - Taken Semester III 2 hrs. Classroom & 2 hrs. Field Work PREREQUISITES: Chem. I & II, Biology, Environmental Lab Analysis Technique COURSE DESCRIPTION: The objective of this course is to provide the student with a general understanding of environmental monitoring and sampling techniques in the medias of water, wastewater, groundwater, solid waste sludge, soils, stack discharges and ambient air. I. SAMPLING SAFETY & PROTECTION a. Safety b. Personal Protective Equipment c. Confined Space Entry (sewers) d. Stack Sampling Safety/Fall. Protection II. WATER & WASTEWATER MONITORING, SAMPLING & FIELD ANALYSIS a. Flow Measuring , -Electrical & mechanical devices -Weirs & Flumes b. Sampling Objectives . * . ` -Outfalls, surface water, sewer discharges -QA/QC Procedures c. Sampling Techniques -Types of Samples 1. Microbiological 2. Chemical -Sample Collection 1. Composite 2. Grab Sample -Preservation, Handling & Storage -Chain of Custodies d. Portable Field Analysis -Ph -Temperature -Physical/Chemical Field Analysis III. GROUNDWATER SAMPLING a. Groundwater Characteristics b. Monitoring Wells c. Sampling Techniques & Protocols d. Sampling Objectives & QA/QC Procedures IV. SOIL, SOLID WASTE & SLUDGE SAMPLING a. Types & Frequency of Samples b. Frequency of Sampling V. HAZARDOUS WASTE SAMPLING a. Drums b. Liquids 5 OSW 135424 STLCOPCB4035405 c. Screening d. Sample Techniques e. Remedial Investigation f. Sampling Objectives & QA/QC Procedures VI. AIR QUALITY & STACK MONITORING, SAMPLING & FIELD ANALYSIS a. Ambient Air Quality Monitoring b. Overview of VOC's and Hazardous Air Pollutants (HAPs) c. Fundamental Meteorology d. Sampling Stations e. Stack Testing (US EPA Methods 1-10) -Air Flows in Stack 1. Temperature 2. Pressure 3. Relative Humidity4. Pitot -Sample Train -Sampling Parameters -Preparation, Preservation 7 Chain of Custodies -Data Collection -Continuous Sampling/Monitoring f. Sampling Objectives & QA/QC Procedures VII. ON-LINE COMPUTER GOVERNMENTAL REFERENCES COURSE REQUIREMENTS/GRADING STANDARDS Students will be required to demonstrate their fulfillment of the objectives through: 1. Class Participation 2. Class Analysis 3. Test Performance Students will be graded on the following scale: Class Participation Tests Mid-term Final 20% 40% 15% 25& 100% There will be no make-up examinations except in RARE emergencies. Any student whose performance is 87% or better prior to final examinations, will NOT be required to take the final examination. INSTRUCTIONAL METHODS The Lecturer Method of instruction will be sued with emphasis on case analysis. 6 DSW 135425 STLCOPCB4035406 ENVIRIV: TREATMENT TECHNOLOGIES & POLLUTION CONTROL CREDIT HOURS: ACTUAL HOURS: 3 2 hours lecture, 2 hours lab work COURSE DESCRIPTION: This course is not envisioned as a heavy engineering course. It is meant to provide the student with exposure to control and/or treat pollution in all media. COURSE OUTLINE: I. AIR POLLUTION CONTROL TECHNOLOGY a. Baghouses b. Scrubbers c. Electric Precipitators d. Stack Injection e. After Burners (thermal oxidizers) f. Carbon Adsorption-- - II. WATER TREATMENT a. Chemical Treatment Technology b. Biological Treatment Technologic c. Ground Water Treatment -Bioremediation * ' -Air Stripping -Carbon Filtration d. Stormwater Best Management Practices III. WASTE TREATMENT/DISPOSAL a. Thermal Treatment Technologies b. Chemical Stabilization c. Bioremediation/ln-Situ Treatments d. Landfilling e. Reclamation/Reuse (solvent recovery, fuels blending) f. Underground Injection Control IV. REMEDIATION a. Spill Control b. Release Modeling c. Decontamination d. Asbestos/Lead Abatement COURSE REQUIREMENTS/GRADING STANDARDS Students will be required to demonstrate their fulfillment of the objectives through: 1. Class Participation 2. Class Analysis 3. Test Performance 7 DSW 135A26 STLCOPCB4035407 Students will be graded on the following scale: Class Participation 20% Tests 40% Mid-term 15% Final 25% 100% There will be no make-up examinations except in RARE emergencies. Any student whose performance is 87% or better prior to final examinations, will NOT be required to take the final examination. INSTRUCTIONAL METHODS The Lecturer Method of instruction will be used with emphasis on case analysis. 8 DSW 135427 STLCOPCB4035408 ENVIR. V: ENVIRONMENTAL PRACTICUM CREDIT HOURS: ACTUAL HOURS: 3 - Taken Semester IV 3 hrs. All Classroom with at least 1 Field Trip . PREREQUISITES: Chemistry I & II, Biology, Microbiology, Ecology COURSE DESCRIPTION: The objective of this course is to use the knowledge obtained in previous environmental courses and apply them to a practicum. One possible applicable is preparation of an Environmental Impact Statement. The jobs involved will be discussed. Sampling and analysis which must be conducted and paperwork will be discussed. Other related issues, such as ethics, enforcement and environmental justice will be incorporated, as appropriate. In addition, safety considerations, such as PPE, chemical compatibility, etc. will be incorporated. COURSE OUTLINE: I. INTRODUCTION . II. CASE STUDIES ~ III. PRACTICUM: Env. Impact Statement Preparation a. Site Tours of local industry b. Paperwork (form R, etc.) c. Careers .- - d. Considerations -Regulatory Requirements -Enforcement -Environmental Ethics -Environmental Justice e. Safety Considerations -PPE -Confined Space -Compatibility gjg/curricu 9 DSW 135428 STLCOPCB4035409 Don Anderson*, Director Environmental Resources Training Center Southern Illinois University - Edwardsville Edwardsville, IL 62026 Dave Armstrong Laclede Steel P. 0. Boz 2576 Alton, IL 62002 618/474-2427 Everett Ayers* Environmental Resources Training Center. Southern Illinois University - Edwardsville Edwardsville, IL 62026 692-2128 _ - Frank Bacon Business/Government Relations 105 East Main St., Suite 303 Morris, IL 60450 815/942-2642 Bill Brown, Chairperson Access America Joe Butler, Operations Manager Access America 1515 North Warson Road Suite #237 St. Louis, MO Kevin Cahil Monsanto Company 800 N. Lindberg Blvd. St. Louis, MO 63167-G4wf 314/694-7518 Roger Conners State Community College 601 James Thompson Blvd. East. St. Louis, IL 62201 618/271-4134 John Cunningham School Distrist 189 1005 State Street East St. Louis, II 62201 618/583-8262 Paul Davis CQN - Bio Mulch Alton, IL David Fulbright* Laclede Steel Company P. 0. Box 2576 Alton, IL 62002 618/474-2420 or 2298 Mary Gade Illinois EPA 2200 Church Hill Road P. O. Box 19276 Springfield, IL 62794-9276 217/782-9540 Joe Grana Cerro Copper Products P. 0. Box 66800 St. Louis, MO 63166 618/337-6000 Bill Haag Horner & Schifrin 5200 Oakland Ave. St. Louis, MO. 63110 314/531-4321 Sherly Ittner Cahokia School District 187 1 700 Jerome Lane Cahokia, IL 62206 618/235-0351 Gary King Illinois EPA Bureau of Land P.O.Box 19276 Springfield, IL 62702 217/785-9407 Dennis Lawler Illinois EPA Bureau of Air Pollution 1340 North Nineth St. Springfield, IL 62702 217/785-1892 Norman Lefton State Community College 601 James Thompson Blvd East St. Louis, II 62201 618/656-3097 Terry Lewis State Community College 601 James Thompson Blvd East St. Louis, II 62201 Arlene Lyons'(Vice-Chairperson) Chemical Waste Management #7 Moble Avenue Sauget, IL 62201 618/271-2804 ' Patrick McCarthy* Illinois EPA Division of Land Polution Control 2009 Mall Street Collinsville, II 62234 618/346-5120 * - Member of nucleus group DSW 135429 STLCOPCB4035410 Kieth Miller Monsanto Company 500 Monsanto Ave. Sauget, IL 62206 618/482-6390 Bill Muno, Director Region V Waste Management Division, U. S. Environmental Protection Agency 77 West Jackson Blvd. . Chicago, IL 60604-3590 Russ Sackett Monsanto Company 500 Monsanto Ave. Sauget, II 62206 618/482-6400 Ed Schmiett Big River Zinc Route #3 Monsanto Ave. Sauget, IL 62206 618/274-6230 ' Michael Schnider St. Clair Department of Education Mike Schnusbusch Laclede Steel One Metropolitan Square 15th Floor St. Louis, MO 63102 .. Larry Siebenherger Granite City Steel 20th & State Street Granite City, IL 62040 314/425-1524 Bernie Sieracki Business/Government Relations 105 East Main St., Suite 303 Morris, IL 60450 815/942-4050 or 2642 Cora Suddoth Chicago Board of Education 732 East 80th St. Chicago, IL 60619 312/651-3046 Bill Wilkerson KMOX Radio Joseph Wesslman Laclede Steel P. 0. Box 2576 Alton, IL 62002 618/474-2419 Rufus Williams Coordinator of AmeriCorp Program State Community College Richard Younge, Attorney at Law Law Office 1010 Dr. M. L. King Drive East St. Louis, IL 62201 618/875-1691 Wyvetter Younge State Represenative 1010 Dr. M. L. King Drive East St. Louis, IL 62201 618/875-1691 EDUCATIONAL SUPPORT: Dr. Wilbur Campbell Director, Vocational - Technical Programs State Community College Janet Finch Acting President/Dean Cirricular & Instructional Services State Community College Surinder Sabhawral Chairperson, Math & Science Division State Community College Don Wallace Director of AmeriCorp Program State Community College * - Member of nucleus group DSW 135430 STLCOPCB4035411 ENVIRONMENTAL SCIENCE TECHNOLOGY PROGRAM ADVISORY COMMITTEE MEETING AGENDA APRIL 4, 1995 I. Welcome/Introductions II. Review of March 13, 1995 Minutes . III. Review Environmental. Science Technology Program IV. Development of A.A.S. Environmental Science Technology Program V. Others DSW 135431 STLCOPCB4035412 ENVIRONMENTAL SCIENCE TECHNOLOGY PROGRAM ADVISORY COMMITTEE MINUTES MARCH 13, 1995 ' MEMBERS PRESENT: Dr. Surinder Sabharwal, Dr. Don Wallace, Bill Wilkerson, Paul Davis, Patrick McCarthy, Dave Fulbright, Don Anderson, Everett Ayres, Arlene Lyons, Michael Schneider, Rufus Williams, Bill Brown, Joe Butler, Dr. Wilbur Campbell 1. Campbell welcomed the committee members to the College and distributed copies of the agenda. 2. Committee members expressed a need for clarification between an Associate of Science and an Associate of Applied Science degree. Many members thought the AS program was more skills directed. Dr. Campbell, Dr. Sabharwal, and Dr. Wallace discussed the major differences. Dr. Campbell made it clear that the proposed program was an AS program and that the college would be willing to develop an AAS program in the near future. 3. Committee members were unclear as to the process in securing new programs. Dr. Campbell and Dr. Sabharwal went through the ICCB approval process. 4. The committee discussed the need to review the five environmental courses that had been developed for the environmental science technology program. The committee agreed to review the 64 hour curriculum and offer recommendations to improve the proposed program. 5. Sabharwal reviewed the environmental science technology associate of science degree program. Committee members discussed the need for an associate in applied science program. The committee decided to complete work on the associate of science degree program before starting work on an associate of applied science program. Committee members discussed the need for employees with problem solving skills, critical thinking skills, and basic computer competencies that include the ability to navigate the information superhighway. Committee members recommended adding technical communications/technical writing to the curriculm. 6. The committee members discussed the need for program admission criteria. Members agreed that the new environmental science technology program should be a high quality, presitgous program and that students should have completed all prerequisites before admission to the program. 7. The committee members reviewed each of the five environmental courses and offered recommendations to improve the courses. ENVIR I This course should include introduction to laws and regulations, critical thinking, problem solving, technical writing, and a research project. This course, and all of the DSW 135432 STLCOPCB4035413 courses developed for the program, should include computer applications. The introduction to environmental laws should include CWA, CAA, RCRA, TSCA, CERC/A, DOT, the bills, legislation, and agency involvement. ENVIR II This course should include safety considerations as well as field -- finger prints. Some members felt that the course seemed too much like applied chemistry. ENVIR III This course should include safety, computer modeling, and on-line computer services. Members felt that composite and grab samples should be included in the sampling techniques, and that sample collecting, preservation, and handling could be handled as seperate areas. Safety should be taught at the beginning of the course, and should include field testing and screening. The i'ns-fructional methods of each course should include lecture, discussion, field work, and other methods in addition to the lecture method. ENVTR IV This course should include s/b treatment technologies and pollution control, carbon absorption in air pollution, and underground injection control in disposal technologies. ENVIR V This course should include emergency response and contingency planning, hazard communication, the health effects of hazardous materials, environmental compliance, ethics, and litigation. A case approach focusing on the application of regulations was recommended for this course. 8. The committee discussed the need for officers. The committee elected Bill Brown, Access America, as Chairman. The committee elected Arleane Lyons, Chemical Waste Management, Inc., as Vice Chairman. 9. The committee agreed to meet again on April 4, 1995 at 2:00 p.m. in Room 2085 at State Community College. 10. See attached for Pat McCarthy comments on curriculum. OSW 135A33 STLCOPCB4035414 ILEPA-COLLINSVILLE ID :618-346-5155 MflR 14*95 9:12 No.003 P.02 fflreSTBII ENGL 111 CHEM 111 BIOLIII 0A/RI TER 2 _ MATH 122 ENGL112 CHEM112 BIOL 124 ENVIR II - _- English Comp. I Intro To Chsmistry I IntroTo Biology I Intro To Enviromental Science, (jXvtL Om*") 4 3 2 TOTAL 13 Trigonometry Erigflah Comp. II Intro to Chemistry II Micro Biology Environments! Lsb Analytical Tschnkjue 4 3 4 3 2 TOTAL 17 INTERNSHIP a&KTg\3 ELECTIVE MATH 113 ELECTIVE 0MRI ENVftlV TOTAL 4 SOCIAL SCIENCE Intro To Ststitties HUMANITIES Environmental Monitoring, SampSng A Held Analysis PoAhlon Control ATreatmentTechnologies 3 3 3 3 J TOTALIS PHI. 131 aeCTNE ELECTIVE SPCH110 9WIRV Efcfca SOOALSOeiCE HUMANITIES Oral Communications Overview of Currant Major Enviommsta! Ragulstions 3 3 3 3 2 TOTAL IS TOTAL HOURS TO COMPLETE PROGRAM 4 Because some courses Included In this program require prerequisites; students ire sdvised to consult a counselor. DSW 135434 STLCOPCB4035415 ilepa-collinsville 10:618-346-5155 MAR 14'95 S' 9:12 No.003 P.03, ENVIft III COURSE: EHVXKONKEMTAL K0HXT0M1I0, SAMPLING i FIELD AHALT8X8 CREDIT HOURSi 3 - Taken Semester III ACTUAL HOURS i 2 hrs. Classroom ft 2 hra. Fiald Work - PREREQUISITESi Cham. I & II/ Biology, Environmental Lab Analyaia Tachniqua COURSE DESCRIPTION* The- objaotiva of thia course ia to provide tha atadent with a general understanding of snvironmental monitoring and aampling taohniguaa in tha aadiaa of water, waatawatar, groundwater, solid waata, sludge, aoila, stack diachargaa and ambient air. TOFICfl JI. Water 6 Wastewater Monitoring, Sampling ft Field Analysis --Flow Measuring a. Electrical fet mechnanicali daevices *. 5- Kg.! a% --S Objectives Outfalls, surface, sewers b. QA/QC Procedures --SammplIlinncg Techniques a. Types of Samples fc. V* Autematlo i Orab Samplers ' i) t<y/S t 2. Microbiological 3. Chemical bt Simple Collecting/^Preservation, Handling ft i Storage cl. Chain of Custodies 'Portable Field Analysis a. Ph b. Temperature c. Physical/Chemical Field Analysis Til. Groundwater Sampling --Groundwater Characteristics --Monitoring Wells --Sampling Techniques ft Protocols --Sealing Objectives ft QA/QC Procedures T2- Soil, Solid Waste ft Sludge Sampling --Types ft Frequency of Samples U- In Clksi^ Scutes * 0*Jb*s DSW 135435 STLCOPCB4035416  lLCrrt"UJi-uiMs; viu-L W' ^ t ini\ -* i* <**. wu .<JU3 Y .04 EHVIR III --Sample Technique* --Remedial Investigation --Sampling Objective* ( QA/QC Procedure* ^xsr. Air Quality & Stack Monitoring, Sampling 4 Field Analysis ::?if SSSSiSSTOU-rf **..w m- tufa --Sampling Stations --Stack Testing (USBPA Methods 1-10) .. C (Art/V) ^* a. Air Flows in Stack 1. Temperature 2. Pressure 3* Relative Humidity &Wo j^^b. - 4. Pitot Sample Train Sampling Parameters Preparation/ Preservation 4 Chain of Custodies ,, Data Collection --Sampling Objectives 4 QA/QC Procedures - MakSoAA *3-' Sampling Safety 4 Protection ?r ----Personaatl TPlrwofctearcttt~iviiree 1Equipment 1 --Confined Space Entry Sewers.) --Stack 3ashling Safety VEC On-Line Computer Governmental References COURSE REQUIREKKHTS/GRADXXO STAMDARDt Students will be required to demonstrate their fulfillment of the objectives through: 1. Clase Participation 2. Class Analysis 3. Test Performance Students will be graded on the following scale: Class Participation 20% Teste 40%- Mid-term 13% Final 23% . 100% There will be no make-up examinations except in RARE emergencies. Any student whose performance is 87% or better ?rinioarl to final examinations# examination. will SOT be required to take the XRSXRUCTXOmii METHODS . The Lecturer Method of instruction will be used with emphasis on oase analysis. OSW 135436 STLCOPCB4035417 ILEPft-COLLINS'JILLE ID:618-346 5155 MAR I4*9b t 9=13 No.003 P.Q5 ENVIR IV COOKS* TITLE* POLLUTION COHTROL AXD TREAZMSNf TECHNOLOGIES COOKS* OSCCKXPSZOKi This court* it not envisioned t a heavy engineering court*, it it meant to provide tht *tud*nt with *xpotur* to control and/or trat pollution in all madia* COUKSK OUTLINE AIK POLLUTION CONTROL TECHNOLOGY 1) BAGHOUSBS 2) SCRUBBSKS 3) ELECTRIC PRECIPITATORS 4) Snot INJECTION water treatment 1) CHEMICAL TREATMENT TECHNOLOGY 2) BIOLOGICAL TREATMENT TECHNOLOGIC 3) GROUND WATER TREATMENT a) Bioremedietioin bl Air Stripping c) Carbon Flltraation 4) STORMWATER BEST HMAA]NAGEMENT PRACTICES (BMP S) WASTE TREATMENT 1) THERMAL TREATMENT TECHNOLOGIES 2) CHEMICAL STABILISATION 3) BIORSMBDIATION/ IN-SITU TREATMENTS COURSE _ '" , -- - fulfillment of tb* objective* through! 1* Clatt Participation 2* Clatt Analysis 3* Tttt Parformanoe Studantt will be graded on the following seals* Clatt Participation 20% Tasts 40% Mid-tana 15% Pinal 25% , xm Therm will be no make-up examination* except in RARE emergenc1ies. Any st.ud.ent.whose ppierformance it 87% or better ?rior to final examination*, will HOT be required to take the inal examination. INSTRUCTIONAL METHODS The Lecturer Method of instruction will be used with mphatit on cate analysis. DSW 135437 STLCOPCB4035418 ILCrH-tULLiHOViLLL nnr\ m SO 5-io riu .UU3 K . U6 ENYIR.V COORSU QVPVIHf Q* COHRBfg *.TM WYgQSaeBIfffAT. BniATTO|fa vz. clew Rater Act . *a . Oil pollution Prevention Determination of Reportable Quantities for Hazardous Subetencee . SPA Adainlstered Permit Programs: The Rational Pollution Discharge Eliination System Rater Quality Standards Rational Prisary Drinking Rater Regulations Rational Secondary Drinking Rater Regulations VII. Resou&j^&RiSOT&tlon and Recovery Act Hazardous Raste Management Systea Identification and Listing of Hazardous Raste a standards Applicable to Generators of Hazardous waste Standards Applicable to Transporters . Standards for Owners and Operators of Hazardous Waste Treatment Storage and Disposal Facilities UuJ ffcs'Vtc/t*\S (U)C$ VIXX. Coeprehenmive Rnvironmental Response Compensation and Liability Act Rational Oil and Hazardous Substances Pollution Contingency Plan a Designation/ Reportable Quantities and notification Hazardous Cheaical Reportingt Cossunity Right To Know Toxic Release Reportings community Right To Know zx Hazardous and Solid RUste Amendment Act Guidelines for the Thermal processing of solid wastes a Guidelines for the Lend Dlepoeel of Solid Wastes Guidelines for the Storege end Collection of Residential/ Commercial, and Institutional Solid Hast# Standards for Tracking and Xanagenant of Medical X. Toad.# ffcfcettnoes Control Act Polychlorinated Biphenyls Fully Halogenated Chlorofluroelkenes Asbestos Dibenzo-para-dioxins/Dibenzofurens XI. other Regulations To Be Developed f*| (X*dh<yrt**@ $ ^r (jjlSTj *U,U& Tire* DSW 135438 STLCOPCB4035419