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Mahmoud RiadMahmoud RiadLead Consultant, Waste Lead Consultant, Waste Management Services, MENASA Management Services, MENASA RegionRegion
““ Doha GreenDoha Green ””Conference & Workshop Conference & Workshop
December 9December 9 --1010thth , 2009 , 2009 Doha, Doha,
State of QatarState of Qatar
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Why is SWM so important??
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25 28
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245 246
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0
50
100
150
200
250Oil
Natural Gas
Coal
Uranium
Gold
Silver
Copper
Lead
Iron ore
Bauxite
Nickel
Tin
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Why me??
(1) 1984 – 2009 � 27 years(2) Planning – Design – CD
Today’s Topics
1. SWM System2. The Principles for a sound SWM3. The Technical Aspects4. The “Soft Components”
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1. SWM System
(a) Classification of Solid Waste (Japan)
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Source; Jiro Hiratsuka, Ministry of the Environment, Japan
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1. SWM System
(b) Waste Amount and Composition
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Source; Jiro Hiratsuka, Ministry of the Environment, Japan
100%
4%
70%
19%
6%
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(b) Waste Amount and Composition
The Waste Management Council of Tokyo 23 Cities, Jan. 2005
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Recycling &
Resource Recovery
Production of GoodsPUBLIC AWARENESS
and 3R’s
Goods
consumption and waste discharge
Collection System
Disposal - sanitary landfill or incineration
Intermediate
Treatment
Facilities(W-E, MRF,
Compost, etc.)TransferStation
Post closure maintenance - sanitary landfill
(c) SWM System
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RecyclingRecyclable
Incineration Plants
Ash Fusing Facility
Ohta Plant no. 2
Pulverized waste
processing centerPulverizatio
n Plant for
Bulky waste
Incombustible
waste processing
Incombustible
waste
processing
plant
Bulky waste
Combustible waste
Incombustible waste
Reuse, Recycle
center
The New Sea Surface
Disposal Site
and Outer
Central
Breakwater Landfill
Disposal SIte
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Classifications in the GCC differ.
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(d) The Situation in the GCC� UGR (kg/cap/d)
Lebanon
Tunisia
Sudan
Egypt
Syria
Yemen
Bahrain
Qatar
KSA
UAE
Kuwait
Oman
Morocco Mauritania
Jordan
0
2,500
5,0007,500
10,000
12,50015,000
17,500
20,000
22,500
25,00027,500
30,000
32,500
35,00037,500
40,000
42,50045,000
47,500
50,00052,500
55,00057,500
60,000
62,500
65,00067,500
70,000
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9 1
1.1
1.2
1.3
1.4
1.5
1.6
1.7
1.8
1.9 2
2.1
2.2
2.3
2.4
2.5
2.6
2.7
2.8
2.9
Kg/cap/d
GD
P/C
ap
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(d) The Situation in the GCC�Waste Composition
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Recycling &
Resource Recovery
Production of GoodsPUBLIC AWARENESS
and 3R’s
Goods
consumption and waste discharge
Collection System
Disposal - sanitary landfill or incineration
Intermediate
Treatment
Facilities(W-E, MRF,
Compost, etc.)TransferStation
Post closure maintenance - sanitary landfill
(d) The Situation in the GCC� The SWM System
Mostly imported
goods!Low
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(e) Some Identified SWM Issues in GCC countries
1) Public Awareness and Governmental Leadership on SWM and waste reduction
2) An integrated approach towards developing SWM
3) An accurate SWM data base for planning and monitoring purposes (waste amounts and compositions, financial inputs, SWM facilities
operating indices, etc.)4) Solid waste legislation (stakeholders responsibilities, waste
definitions, specifications and standards, waste minimization, etc)5) Siting and closure of the landfills
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Public Awareness and Government policies on waste
reduction
Wastereduction
Dischargelimitation
Purchase
Distribution
Production
Capital
House
PublicDomain
Discharge
Collection /Treatment
Public
Capital
Government
Products promotion by Capital
AdvertisementRapid model changeShorter – life products
Increased Consumption
Regulation of Discharge by Government
Capital v/s Waste Minimization
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Integrated Approach towards SWM
Planning (eg. KL)
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Accurate data collection
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1. Amount – Weighbridge is not working.2. Composition
Two Weighbridges – For Bulky waste (LHS) not working
Domestic waste
(c) Problems with “Bulky Waste” Definition
Bulky waste
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Institutional System for SWM (Administration and Legal)
(1) Even under the DBO or BOT schemes the SWM institutional
system must reflect that the ultimate responsibility for protecting the
environment and public health rests with the government(2) The governments must continue to have the total responsibility for
provision and operation of municipal solid waste, while they should have a regulatory responsibility only for the industrial and
construction wastes. The generators of those waste types are more
able to deal with them.(3) Laws and financial incentives should be put in place in order to
promote and support waste minimization
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Japan’s SWM Legislation to promote Waste Minimization
Source; Jiro Hiratsuka, Ministry of the Environment, Japan
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Siting and safe closure of the landfills
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2. The Principles for a Sound SWM
1) Vision and Policy
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Source; Jiro Hiratsuka, Ministry of the Environment, Japan
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2) Proposed Principles
To achieve the Vision the SWM M/P shall have four main Principles to guide the planning, operation and monitoring of the
system.
Principle 1: An approved Waste Hierarchy
Principle 2: Adoption of the Product Stewardship Concept
Principle 3: Selection of “Best Available Technologies for
Local Conditions” (BATLoC)Principle 4: Operation of “Best Available Technologies for
Protecting the Environment” (BATProE)
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3) Integrated Approach to SWM
Seven States and Cities
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3. The Technical Aspects
Waste Discharge
Public AwarenessSource separationPacked wasteCollection frequencyCollection time
Collection
Door-to-doorCurb sideContainer stationOpen stationFixed bin stationSeparate collection
Transport
Container carrierCompactor truckDump truckTransfer truck
Intermediate Treatment
EIA (and siting)MRFCompost plantE f WIncinerator
Final Disposal
EIA (and siting)Aerobic landfillAnaerobic landfillSemi-aerobic landfillBioreactor landfill
Design and Operation
Technical GL, Standards and SpecificationsEnvironmental Impact Assessment studiesMonitoring capabilitiesPost Closure planning
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The renewables• The sun will keep
rising
• The wind will keep blowing
• The waves will keep coming
• The geothermal energy will continue
But for SWM
• We want to reduce the waste amounts
• Waste composition is not fixed
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1) SWM as a renewable energy source
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2) Possible sources of energy within the SWM system
1. RDF Non-uniform nature of the
waste
Dangerous
2. WtE Primary objectives are
waste reduction,
stabilization and odor
Japan’s
experience
3. Landfill gas
(biogas)
Anaerobic conditions at
landfills to increase
methane concentration
Danger of
methane
4. Truck
vibration
New concept on bridges in
Japan
Interesting at
weighbridge area
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3) Japan’s Experience
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4. The Soft Components
Institutional System Stakeholders Responsibilities
Waste Information Management
Public Awareness and Education
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1986
2009
ALF SHUKER!!
ARAMCO Presentation 33
ARAMCO Presentation 34