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Modern Trends in Municipal Solid Waste Management
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MODERN TRENDS IN MUNICIPAL SOLID WASTE MANAGEMENT
In Association with
German Association for Water, Wastewater and Waste
Senior Wastewater Treatment and process Engineer at Engicon with a B.Sc. in chemical and Environmental Engineering from Sarajevo Universityand Alexandria University, Egypt (Pollution Control). He has 38 years of a unique experience in the water and environmental sectors both nationally and international. Capacity building and training has been an integral part of Abdul WahabMatar’s work throughout his career. He was an expert responsible for upgrading and training local staff and operation of Sana’ treatment plant with a capacity of 50,000 m3/day and extended aeration process.
Dr. Eyad Batarseh Ph.D Dr. Batarseh has a total of 15 years of experience in the Unites States, Jordan, United Arab Emirates, and Saudi Arabia working on various environmental engineering projects with focus on planning, design and construction supervision of municipal solid waste facilities. His Ph.D. from Central Florida was related to modern / sustainable municipal waste landfills called Bioreactor landfills. He has participated in the design and construction supervision of several landfill projects, planning for recycling facilities projects, landfill gas electric utilization and refuse derived fuel facilities.
Who Should Attend
• Governmental employees involved in waste management planning and operations
• Private waste management companies involved in waste management planning and operations
• Environmental and engineering consulting companies
• NGOs
ICTD International Center for
Training and Development
Tel.: +971 (0) 2 6322275
Fax: +971 (0) 2 6342422
Abu Dhabi – UAE
21–25 Sep 2014
Dubai, UAE
Certificate Accredited by the
German Association for Water, Wastewater and
Waste (DWA)
INTRODUCTION
Municipal solid waste management is an important part of the urban infrastructure that ensures the protection of environment and human health. The accelerated growth of urban population with unplanned urbanization, increasing economic activities and lack of training in modern solid waste management practices in the developing countries complicates the efforts to improve solid waste services. The changes in consumption patterns with alterations in the waste characteristics have resulted in a quantum jump in solid waste generation. Although the urban residents of the developing countries produce less solid waste per capita than the high-‐income countries, the capacity of the cities to collect, process or reuse and dispose solid waste cost-‐effectively is limited.
COURSE OUTLINES
Module (01) Introduction to Integrated
Municipal Solid Waste (MSW) and
Hazardous Waste Management Modern
Practices
1.1 Introductions and pre course evaluation
1.2 The different types and composition
of municipal solid waste
1.3 Properties of municipal solid waste
1.4 Municipal solid waste generation
and collection
1.5 Municipal solid waste minimization
1.6 Municipal solid waste
separation, processing, and treatment
1.7 Municipal solid waste transport
1.8 Waste disposal in modern sanitary landfills
1.9 House hold hazardous waste
1.10 Role of legal regulations in municipal
and hazardous solid waste management
Module (02) MSW Transfer Station Design
and Operation
2.1 Need for MSW transfer stations
2.2 Types of MSW transfer stations
2.3 Site selection of MSW transfer stations
2.4 Environmental considerations related
to MSW transfer stations
Module (03) Modern Efficient MSW Recycling
Systems Design and Operation
3.1 Source separation of recyclables 3.2 Layout and processing equipment in
3.3 clean and dirty material recovery
3.4 facilities (MRF)
3.5 Reuse and recycling opportunities 3.6 Environmental considerations related
to MRFs
COURSE OBJECTIVES This course provides a comprehensive study of modern integrated solid waste management including efficient transport options, landfill operations, recycling systems with issues to consider when planning, operating, and closing of waste disposal facilities Detailed site selection, design, construction, and operation information related to solid waste facilities including waste recycling, waste processing and modern landfills. In addition to remediation of old disposal sites and waste to energy projects.
TRAINING METHODOLOGY
This training program is lecture-‐based and customized to the needs of the audience, providing meaningful experience. Daily sessions include formal presentation, prepared in the Power Point, interspersed with directed discussion and case study. In addition to formal lectures and discussions, the delegates will learn by active participation through the use of self-‐assessment, group discussions, analysis of real-‐life case studies.
CERTIFICATES
Certificate will be issued from the International Centre for Training & Development (ICTD) and Engicon O&M, accredited by the German Association for Water, Wastewater and Waste (DWA) to all attendees completing minimum of 85% of the total training hours.
COURSE OUTLINES
Module (04) MSW landfills site selection, design, and construction
4.1 Introduction to MSW land filling
4.2 MSW Landfill site selection restrictions 4.3 MSW degradation inside landfill cells
4.4 Types and components of MSW landfill liners
4.5 MSW Leachate collection systems
4.6 Landfill gas collection systems
4.7 MSW landfill closure
Module (05)
5.1 MSW landfills operations
5.1.1 Screening of Prohibited wastes
5.1.2 Landfill operation equipment
5.1.3 Operational techniques
5.1.4 Leachate management
5.1.5 Landfill gas management
5.2 Environmental monitoring around landfills
5.2.1 Ground water monitoring
5.2.2 Air monitoring
5.3 Post closure care
5.3.1 Post closure care requirements
Module (06)
6.1 Site Remediation and Proper Closure of Old MSW dumping locations:
6.1.1Assessment of existing conditions
6.1.2 Determining remediation objectives
6.1.3 Design of closure and remediation project components
6.2 Waste to Energy Projects:
6.2.1 Landfill gas utilization in energy
6.2.2Refuse derived fuel
6.2.3 Waste Incineration
6.3 Modern Trends for Enhanced Land filling Operations -‐ Bioreactor
Landfills:
6.3.1 Definition and benefits of the Bioreactor landfill technology
6.3.2 As built and retrofit bioreactor landfill design
• Feedback/ Evaluation
• Course test and evaluation
TIMING SCHEDULE
Daily Course Timing
07:30 – 08:00 Morning Coffee / Tea
08:00 -‐ 10:00 First Session
10:00 -‐ 10:20 Coffee / Tea / Snacks
10:20 -‐ 12:20 Second Session
12:20 -‐ 13:30 Lunch Break & Praying Time
13:30 -‐ 15:30 Last Session
COURSE FEES
3,300 US$ This rate includes participant’s
manual, Hands-‐Outs, buffet lunch,
coffee/tea on arrival, morning &
afternoon of each day.
Registration deadlines:
Seven days prior to course offering
Send (3) delegates and get a 10% discount on the third participant.
IN-‐HOUSE BENEFITS
ü A tailored approach
ü Reduced costs
ü Reduce disruption
ü Convenient
REGISTRATION FORM ICTD -‐ International Center for Training and Development
To register, please email/fax this page to us. For more information or IN-‐HOUSE, contact: Mr. Ahmed Al Gohary +971 (0) 526472884 [email protected] For full list of courses, visit our website at http://www.ictd.org Course/Seminar Title: Course Date: Participant Details (for additional participants, please make copies of this form) NAME JOB TITLE EMAIL ADDRESS
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Registration Contact -‐ QA / HR NAME JOB TITLE EMAIL ADDRESS TELEPHONE
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Terms and Conditions 1. Participant registration is confirmed upon receipt of registration form. 2. Courses will be confirmed 3 weeks before date of commencement of course. 3. Once a course is confirmed, full payment has to be made immediately. 4. ICTD, Abu Dhabi reserves the right to reschedule or cancel any course in the event of unforeseen circumstances; every effort will be made to inform the participants. 5. Full fees are refundable provided written notification is received 14 days before course commencement, and 50% of the fee is chargeable if notification is received within 14 days preceding course commencement. After which full course fees will be charged. 6. By submitting this registration form, you have accepted and agreed to the terms and conditions as stated
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