improvement of solid waste management sampah

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Improvement of Solid Improvement of Solid Waste Management Waste Management Collection Service Collection Service Final Disposal Final Disposal 3R for Ecological Society 3R for Ecological Society S a m pa h S a m pa h Ryo HIRAGA From Osaka JAPAN An Environment for Eco-Towns 13, March 2009 Bandung Indonesia 0 20000 40000 60000 80000 100000 120000 1877 1879 1882 1886 1889 1895 Dea d Pa tie nt Spread of Infectious Disease Spread of Infectious Disease No. of dead person & patients by No. of dead person & patients by Cholera in Japan Cholera in Japan (8,000 were dead in Osaka annually) (8,000 were dead in Osaka annually) Lack of space for disposal Crude dumping River, Ocean Dumping Contamination of Water Unsanitary Condition Awful Experiences Awful Experiences in JAPAN in JAPAN Filth Cleaning Law was setup in 1900 Landowner should clean up waste SWM is shouldered b y Mun icip alities Incin eration is encour aged

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Page 1: Improvement of Solid Waste Management Sampah

Improvement of Solid Improvement of Solid Waste ManagementWaste Management

Collection ServiceCollection ServiceFinal DisposalFinal Disposal3R for Ecological Society3R for Ecological Society

Sampah

Sampah

Ryo HIRAGAFrom Osaka JAPAN

An Environment for Eco-Towns13, March 2009

Bandung Indonesia

0

20000

40000

60000

80000

100000

120000

1877 1879 1882 1886 1889 1895

DeadPatient

Spread of Infectious DiseaseSpread of Infectious Disease

No. of dead person & patients by No. of dead person & patients by Cholera in JapanCholera in Japan

(8,000 were dead in Osaka annually)(8,000 were dead in Osaka annually)

Lack of space for disposal

Crude dumpingRiver, Ocean Dumping

Contamination of WaterUnsanitary Condition

Awful Experiences Awful Experiences in JAPANin JAPAN

Filth Cleaning Law was setup in 1900•Landowner should clean up waste•SWM is shouldered by Municipalities•Incineration is encouraged

Page 2: Improvement of Solid Waste Management Sampah

Factors to be minded for Factors to be minded for Improvement of SWMImprovement of SWM

1.1. Life and Public HealthLife and Public HealthAccidentsAccidentsDiseasesDiseases

2.2. Feasibility Feasibility High CostHigh CostPoor CooperationPoor Cooperation

3.3. Global EnvironmentGlobal EnvironmentMass Consumption & DisposalMass Consumption & DisposalGlobal WarmingGlobal Warming

100% Removal & DisposalSound Collection & Disposal

Efforts for Efficiency-upUsers Cooperation

3Rs PromotionCooperation, Life Style, etc

Collection ServiceCollection ServiceUncollected Garbage are remained in townUncollected Garbage are remained in townCollection work is the most expensive Collection work is the most expensive process among SWM serviceprocess among SWM serviceLack of technical consideration & low Lack of technical consideration & low priority for improvementpriority for improvementExistence of difficult access areas for Existence of difficult access areas for collection servicecollection service

Page 3: Improvement of Solid Waste Management Sampah

Present: 2 Trips / day Future: 3 Trips / day Expand Collection Coverage

Most Most effectiveeffective way to improve way to improve collection service => collection service => VEHICLEsVEHICLEsBut, it is difficult under financial But, it is difficult under financial constrain, then what to do? constrain, then what to do? Maximum utilization (Maximum utilization (efficientefficient) of ) of existing resources by more speedy existing resources by more speedy collection => Addition of one more trip collection => Addition of one more trip => Expand Collection Coverage/Area=> Expand Collection Coverage/Area

Effective vs. EfficientEffective vs. Efficient

Do Moreby Less

Improvement Procedure:Improvement Procedure:Combination of ideas to speed up collection serviceCombination of ideas to speed up collection serviceTime & Motion Study as a Tool for Time & Motion Study as a Tool for

Present situation stud y for Problems finding from various aspectPresent situation stud y for Problems finding from various aspects s Problems and Cau ses Analysis and Problems and Cau ses Analysis and Decision MakingDecision Making

Ideas for Speedy CollectionCollection PointCollection PointStandardization of DustbinStandardization of DustbinUsers’ co-operationCollection Route DesignCollection Route DesignTransfer StationTransfer StationUse ShiftDump Site ImprovementCollection Frequency Collection Frequency Crew BehaviorCrew Behavior

Collection Time ScheduleRoad Condition3R. PromotionPreventive maintenanceCommunal DustbinPrivatizationPrivatizationOperation ControlSafe OperationSafe OperationSelection of EquipmentSelection of Equipment

Page 4: Improvement of Solid Waste Management Sampah

Time & Motion StudyTime & Motion Study

Study Team

Collection Service

Dustbin Check

Route Check

Time Check

Final DisposalFinal DisposalOpen dump sites have concentrated problems especially health risksVarious / feasible ideas should be combined for its step-by-step improvement

Page 5: Improvement of Solid Waste Management Sampah

Open Open DumpingDumping

LandslidePollutionWild FireExplosionPovertyIlliteracyMafia

Compaction of Dumped Compaction of Dumped Waste and Soil CoverWaste and Soil Cover

CompactionCompactionStable FormationStable FormationTo reduce waste volumeTo reduce waste volumeExpand landfill li feExpand landfill li fe

Soil CoverSoil CoverInsect pest controlInsect pest controlWild Fire controlWild Fire controlScatter of waste controlScatter of waste controlDust generation controlDust generation controlLandfill gas utilizationLandfill gas utilizationAesthetic ViewAesthetic View

Picture in Osaka

Page 6: Improvement of Solid Waste Management Sampah

LeachateLeachate TreatmentTreatmentLeachate Collection p ipe:

Perforated Pipe with stone band filter

National Oxidation PondsAerator to promote oxidation

Construction of Ditch on the bottom of landfill site

Pictures in the Philippines

Aerobic condition can promote fast decomposition of dumped waste, that minimize bad quality of leachate as well as landfill gas generation.

Degassing FacilityDegassing Facility

Pictures in the Philippines Picture in Osaka

Excavation of surface of landfill site

Page 7: Improvement of Solid Waste Management Sampah

Waste Generation in the World until 2050Waste Generation in the World until 2050

Solid Was te Generat ion in the World 2000-2050 (t/year)

0

50

100

150

200

250

300

2000 2005 2010 2015 2020 2025 2030 2035 2040 2045 2050

億/年

ASIA Europe Northern America Latin America and the Caribbean Africa Ocea

2015: 17 billion ton

2025; 19 billion ton

2050 ; 27 bill ion ton

billion ton/ year

2000 ; 12.7 billion ton

Source : Dr. Tanaka, Okay ama Univ ersity

Within half century, waste generation amount may be double sized

3R PromotionResponsibility of each sector with good-cooperationVarious ActivitiesEducationLife-Style

Natural Resource

sProduction

Consumption

Discharge

Treatment

Recycling

Final Disposal

Control of Natural Resources

No.1: ReduceNo.1: Reduce

No.2: Reuse

No.3: Material Recycle

Appropriate Disposal

Sound MaterialSound Material--Cycle Society Cycle Society and 3R Promotionand 3R Promotion

Thermal Recycle

Page 8: Improvement of Solid Waste Management Sampah

Role of Each Sector Role of Each Sector on SWM in Japanon SWM in Japan

Sector RoleNational Government

Basic Policy, Criteria for Waste Treatment, Criteria for Treatment Facility, Technology Development, Information gathering

PrefecturalGovernment

Formulate Waste Disposal Plan, Licenses to Waste Disposal Business, Give Policy Order

Municipalities Formulate MSW Disposal Plans, Implement MSW Management, Give Policy Instructions

DischargersCitizen/Business

Cooperate with Municipalities, Reduce and Reuse of Waste + Sorting

Manufacturers, Wholesalers

Material Recycling, EPR: Expanded Producers Responsibilities

Japanese Dolls in Girls’ Day

Terima kasih for your attention.For your inquiries and requests, contact below:

Ryo HIRAGA