tài liệu dự án invent trong tích hợp quản lý chất thải

!! INVENT GIÁO TRÌNH ! "#$!%&'()*!+,! !"/0!1.#$ $,&!1%&!$&2!%'2!$.&!)(/.!+)$!%32!14!*/0! $+$!52,1!),!6(-/!)7!18$.! !$./1!1 2!! ! ! ! ! ! ! ! "#!$!%! ! &#"#$'!()*$#!+,! !/01234! ! ! ! ! ! ! Tháng 01/2009 ! Tài li!u do các thành viên c"a d# án INVENT: „Ch$%ng trình qu&n lý t'ng h(p ch)t th&i cho các khoa *ào t+o nâng cao“ ph,i h(p th#c hi!n. Các thành viên tham gia d# án: Hochschule Bremen, University of Applied Schiences, Germany Dr. rer.nat. M. Wittmaier Dipl Ing. Stefanie Langer M.Sc. Dipl Geoökol. Sebastian Wolff Technische Universität Dresden, Technical University of Dresden, Germany Prof. Dr Ing. habil. B. Bilitewski Prof. Dr. rer.nat. P. Werner Dr Ing. Catalin Stefan Dipl Ing. Daniel Schingnitz Handelshochschule Leipzig, Leipzig Graduate School of Management, Germany Prof. Dr. Hans Wiesmeth Ms. Rhama Parthasarathy M.A. Cardiff University, United Kingdom Dr. C.F. Wooldridge Mr. Joe Green -+i h.c C/n Th%, Vi!t Nam Dr. -0 Ng.c Qu1nh Mr. Lê Hoàng Vi!t Mr. Nguy2n Võ Châu Ngân Mr. Nguy2n Xuân Hoàng Hanoi University of Science, Vietnam Prof. Dr. Nguyen Thi Diem Trang Ms. Pham Hai Minh Royal University of Agriculture, Cambodia Prof. Dr. Visalsok Touch Mr. Keo Samell National University of Laos, Laos Assoc. Prof. Souphab Khouangvichit Mr. Phetala Daladone King Mongkut’s University of Technology Thonburi Prof. Dr. Suvit Tia Dr. Warinthorn Songkasiri Mr. Terry Commins Cam k!t: Giáo trình này *$(c so+n th&o v3i s# h0 tr( tài chính t4 EU. Các thành viên c"a d# án ch5u trách nhi!m v6 các n7i dung trong tài li!u này và không có b)t k1 s# can thi!p v6 quan *i8m nào t4 EU. Tháng 1/2009 INVENT Integrated Waste Management Modules for Different Courses of Graduate Studies - CURRICULA - I Curricula and content of the courses related to waste management and renewable energy from biomass/waste Module / Content Teaching Methods/ Learning Outcomes KMUTT RUA NUOL CTU HUS General Approach: ! Introduction to systems and processes for reduction, reuse, recycling, treatment and final disposal of wastes ! Understanding the processes of waste management ! Linking and applying scientific and engineering knowledge for environmental technology problems and solutions, particularly for waste management and renewable energy. ! Understanding methods and tools to realize, structure and elaborate problems related to environmental engineering, especially waste treatment and to find and present sustainable solutions, which are technical sensible and organisationally and legally applicable ! target-oriented development and justification of engineering solutions ! Transfer potential: Environmental Engineering, Chemical Engineering, Biotechnology, Physical Technics, Civil Engineering, Mechanical Engineering Teaching methods: ! Lectures as basic instrument ! Training, short seminars, Projects, presentations and laboratory work for exemplary application of the developed skills ! Excursions to selected facilities and sites ! Literature research ! Small engineering projects (based on case studies) 1.Direct curriculum (INVEN T main concept of the course): course at School of Bio-reso and Technology, KMUTT C o Number: BIT 641 Course Name: Treatment and Utilization of Biological Wastes Semester: 2 of each academic year Course content: 1. Waste minimization and Integrated waste management (IWM) 2. Biological wastewater 3. Solid wastes 4. Utilization of wastes 5. Renewable energy 6. Integrated waste management 7. Clean development mechanism 2. Part of overall curriculum (INVENT Integrated Waste Management concept is 1. Master course “Waste Management and Contaminated Site Treatment” implemented every two year since 2005 2. Master course “Environmental Chemistry” related to waste management implemented every year 3. Study program of Bachelor Degree in Chemistry and Env. Science received Course with topics of Waste Management (INVENT’s handbook is the main study material) 4. Workshop “The way to circular economy for Vietnam” (2007) and “Mechanical - INVENT Integrated Waste Management Modules for Different Courses of Graduate Studies - CURRICULA - II Module / Content Teaching Methods/ Learning Outcomes KMUTT RUA NUOL CTU HUS part of the overall curriculum): Master courses at School of bio- resources and technology, KMUTT - Treatment and utilization of biological wastes - Energy system design - Bio-energy conversion - Wastewater Treatment - Advanced wastewater treatment - treatment and utilization of solid wastes 3. Part of overall curriculum: Master courses at Chemical Engineering Department, Faculty of Engineering, KMUTT - Waste Treatment - Thermal Power system - Hazardous Materials & Safe Disposal of Hazardous Waste - Environment & Energy Biological Treatment of Municipal Solid Waste - Fundamentals and Experiences”(2008) presented content of waste management INVENT Integrated Waste Management Modules for Different Courses of Graduate Studies - CURRICULA - III Module / Content Teaching Methods/ Learning Outcomes KMUTT RUA NUOL CTU HUS Lecture 1: Introduction to Integrated Waste Management ! Correlation between economic growth and waste quantity ! Principles of Integrated Waste Management ! Principles of waste avoidance and waste reduction ! Planning of waste management systems; regulatory framework, aims, costs Learning Outcomes : ! Have an awareness of the growing problem of waste disposal ! Be aware of the key concepts of waste avoidance and reduction ! Be aware of the planning aspects of waste management systems Module 1 of Course “Treatment and Utilization of Biological Wastes” for M.S. students of school of bio-resources and technology, KMUTT Agricultural Waste Mangement ! Roles and Responsibiliti es ! Sitting to minimize odour ! Manure Storage ! Use of manure ! Dead animal management Course “Pollution, its effects and management” (3 Credits) for (second semester, Year II) of Bachelor of Environment Sciences and Environment Management at Faculty of Environment Sciences, NUOL - A part of course on “Solid Waste Management and Treatment” (3 credits) teaching for Bachelor students in Environment Engineering. - A part of course on “Hazardous Waste Management” (2credits) teaching for Bachelor student in Environment Science. - A part of course on “Waste Evaluation and Management” (2 credits) teaching for Master student in Environment Science. - A part of course on “Urban Environment Planning and Management” (2 credits) teaching for Master student in Environment Management. INVENT Integrated Waste Management Modules for Different Courses of Graduate Studies - CURRICULA - IV Module / Content Teaching Methods/ Learning Outcomes KMUTT RUA NUOL CTU HUS Lecture 2: Framework conditions of Waste management ! General country facts ! Policies and Strategies ! Stakeholders ! Economic framework ! Socio-cultural and socio- economic framework Learning Outcomes : ! Be aware of the waste management legislative and policy structures ! Be aware of the current waste situations ! Understand the issues waste is causing - a part of course on “treatment and utilization of biological wastes” : Module 5 (integrated waste management and Industrial ecology) Course on “Solid waste Management” (3credits) for (first semester, Year III) of Bachelor of Environment Management and Environment Sciences at Faculty of Environment Sciences, NUOL - A part of course on “Solid Waste Management and Treatment” (3 credits) teaching for Bachelor students in Environment Engineering. - A part of course on “Waste Evaluation and Management” (2 credits) teaching for Master student in Environment Science. There are governmental annual report on Environment with solid waste’s issues; Vietnam environmental law stated in 2005; 3R policy as the most concern in all courses. Lecture 3: Waste quantities and characteristics ! Definition of Waste ! Quantity, generation and composition of waste ! Municipal solid waste Learning Outcomes : ! Definition of ‘waste’ ! Knowledge of waste types, characteristics and their composition ! To be able to give country-specific examples of waste sources - a part of course on “treatment and utilization of biological wastes” : Module 2 (wastewaters: sources and characterization), Module 3 (solid wastes: sources and characterization) Course on “ Hazardous waste management” (3credits) for (Second semester, Year III) of Bachelor of Environment Management at Faculty of Environment Sciences, NUOL - A part of course on “Solid Waste Management and Treatment” (3 credits) teaching for Bachelor students in Environment Engineering. The affect of Urbanization and industrialization to Waste quantity and characteristics is the most concern in courses. INVENT Integrated Waste Management Modules for Different Courses of Graduate Studies - CURRICULA - V Module / Content Teaching Methods/ Learning Outcomes KMUTT RUA NUOL CTU HUS Lecture 4: Waste collection ! Collection systems and collection methods ! Transfer of waste and transfer stations ! Transportation systems ! Street cleaning ! Handling of fluid wastes ! Handling of hazardous wastes Learning Outcomes : ! Be aware of the options for waste collection and storage ! Be aware of the logistics of waste transport ! What are advantages and disadvantages of street cleaning ! Outline the options for the handling of solid and hazardous waste - a part of course on “treatment and utilization of biological wastes” : Module 2 (wastewaters: sources and characterization), Module 3 (solid wastes: sources and characterization) Course on “Integrated Urban Planning Development” (3 credits) for (second semester, Year IV) of Bachelors of Environment Sciences and Environment Management at Faculty of Environment Sciences, NUOL - A part of course on “Solid Waste Management and Treatment” (3 credits) teaching for Bachelor students in Environment Engineering. Analyse the involvement of private enterprises in to waste collection; study how to organize and develop the Waste service, especially in suburban. Lecture 5: Waste processing, treatment and recycling ! Manual and mechanical separation ! Waste recycling ! Thermal waste treatment ! Biological waste treatment ! Physical and chemical treatment process Learning Outcomes : ! Be aware of the options of waste separation ! Be aware of the stages in thermal, biological, chemical and physical waste treatment ! Knowledge of the use of material in waste recycling ! - part of course on “ Bio-energy conversion” teaching master degree student in school of bio- resources and technology, KMUTT ! - a part of course on “treatment and utilization of biological wastes Soil Fertility Management ! Role of Organic Matter and Humus ! Cover crop ! Compost ! Commercial Organic Fertilizer ! Characteristic s of Organic Fertilizers - A part of course on “Solid Waste Management and Treatment” (3 credits) teaching for Bachelor students in Environment Engineering. - A part of course on “Organic Waste Management and Recycling” (2 credits) teaching for Bachelor students in Environment Engineering. - A part of course on “Biogas and Study the problem of Recycling villages and waste treatment technology in direction waste to energy (MBT, RDF) INVENT Integrated Waste Management Modules for Different Courses of Graduate Studies - CURRICULA - VI Module / Content Teaching Methods/ Learning Outcomes KMUTT RUA NUOL CTU HUS Soil Conservation ! The use of natural and man-made fertilizer Farm” (2credits) teaching for Bachelor student in Environment Science. Lecture 6: Waste Disposal ! Basic principles of waste disposal ! Landfill construction, operation and management ! Completed landfills and rehabilitation Learning Outcomes : ! Be aware to define sanitary landfill ! Know the stages of landfill construction and management ! Be aware of the options used for leachate management - a part of course on “treatment and utilization of biological wastes” : Module 2 (wastewaters:), Module 3 (solid wastes), Module 4 (utilization of wastes) for master degree students in School of bio-resources and technology, KMUTT Renewable Energy ! Advanced environmenta l design ! Renewable Energy Technology ! Ventilation in Architecture and Planning ! Building design in different climates ! Energy efficient systems - A part of course on “Solid Waste Management and Treatment” (3 credits) teaching for Bachelor students in Environment Engineering. Study the land filling’s situation; sanitary landfill and the emission. Lecture 7: Economic and socio-economic aspects of waste management ! Factors to be considered in waste management systems ! Environmental economics ! Socio-cultural aspects ! Waste management in South- East Asian countries Learning Outcomes : ! Be aware of the impact considerations of waste management systems - A part of course on “Environment Economics” (2 credits) teaching for Bachelor students in Environment Study problems of environmental fee; cooperation between public and private sector in implementation of [...]... 96"#$10K-3#N"s-#O'8-#E_-#("&/#O'P-#Nf#tớch hU?#chQ$#$%P"#La-3 cỏc khúa hX/# khỏc nhau tB"# /,/# $10K-3# EB"# %X/# $%89# 3"8# trong d+# ỏn A# =%,"# >8-;# .#5.-.'+ORj.# et al., 1997] 119 Figure 4.2-5: Xe t>.#$!#'$G/0#'9#// 121 Figure 4.2-6: Cỏc loE.#i+#2,/' . Lê Hoàng Vi!t Mr. Nguy2n Võ Châu Ngân Mr. Nguy2n Xuân Hoàng Hanoi University of Science, Vietnam Prof. Dr. Nguyen Thi Diem Trang Ms. Pham Hai Minh Royal University of Agriculture,. Approach: ! Introduction to systems and processes for reduction, reuse, recycling, treatment and final disposal of wastes ! Understanding the processes of waste management ! Linking and applying. (INVENT’s handbook is the main study material) 4. Workshop “The way to circular economy for Vietnam (2007) and “Mechanical - INVENT Integrated Waste Management Modules for Different Courses