Asia Pacific Workshop on Global Partnership on Waste Management:
M
APPING
N
EEDS AND
A
CTIVITIES ON
W
ASTE
M
ANAGEMENT
COUNTRY REPORT BY
DALSON CHUNG
DIRECTOR (INDUSTRY DEVELOPMENT AND PROMOTION OFFICE)
NATIONAL ENVIRONMENT AGENCY
SINGAPORE
Presentation Outline
Presentation Outline
••
About National
About National
Environment Agency
Environment Agency
••
Overview of
Overview of
Singapore’s Waste
Singapore’s Waste
Overview of
Overview of
Singapore’s Waste
Singapore’s Waste
Management System
Management System
••
Waste Management
Waste Management
Activities
Activities
About NEA
About NEA
Clean Air Clean Water
High Standard of Public Health Clean Land
Energy Efficiency & Climate Change
NEA’s Mandate
NEA’s Mandate
Vision Statement
Vision Statement
a
N E
nterprising
A
gency, Embracing All in Caring for our Clean and
Healthy Environment - Today, for Tomorrow
Overview of
Overview of
Singapore’s Waste Management System
Singapore’s Waste Management System
Singapore’s Waste Management System
Singapore’s Waste Management System
Three Guiding Principles for Waste
Three Guiding Principles for Waste
Management
Management
Strategies for Waste Management
Strategies for Waste Management
Collection Landfill
Consumers
Commercial
& Retail Residential
Waste Generated Incinerable Waste Non-Incinerable Waste Ash
Overview of Current Waste Mgmt System
Overview of Current Waste Mgmt System
Waste-to-Energy Recycle Producers Factories & Industries Waste Recycled Waste Recycled Ash Electricity Reduce Reuse
Waste Statistics 2011
0.9 kg
Disposed of
per day per capita (MSW)6,898,300
tonnes
Generated annually
by all
per capita (MSW)
41%
Disposed of
59%
Recycled
38%
WTE plants
3%
Landfill
Waste Statistics from 2000 to 2011
Image copyright 2012 Green Future Solutions
Waste Disposed of (tonnes)
Current Activities
Current Activities
Coverage of Singapore’s
Coverage of Singapore’s
Waste Management System
Waste Management System
Waste
Waste
Minimisation &
Minimisation &
Recycling
Recycling
Waste
Waste
Collection
Collection
Waste
Waste
Disposal
Disposal
Waste Collection
Waste Collection
Waste Collection
•
Licensing of waste collection services
Public Waste Collection Tenders
•
Covers Domestic & Trade premises
Private arrangement with General Waste
Collectors
•
Industrial premises and those not covered under the
public waste collection tenders
Illegal Dumping
Waste Minimisation & Recycling
Waste Minimisation & Recycling
Overall Recycling Rate in 2011: 59%
• Sustainable Singapore Blueprint - 65% by 2020, 70% by 2030
Key Programmes
• National Recycling Programme (HDB and landed)
Recycling Week
• Mandatory provision of recycling receptacles for condominium
• School Recycling Corner Programme
• Recycling programme for JTC industrial estates
• Singapore Packaging Agreement – 3R Packing Awards
Development of domestic recycling services
School Recycling Corner Programme
Waste Disposal
Waste Disposal
Incineration (Waste-to-energy Plants)
•
4 waste-to-energy plants
•
Total capacity of 7,600 tons/day
•
Ensure adequate incineration capacity beyond
2016
Privately-operated Waste-to-Energy
Tuas South WTE Plant
Keppel DBOO WTE
Privately-operated Waste-to-Energy
Plants
• Public Private Partnership (PPP) model
• Allow private sector to provide essential services • Incineration Services Agreement
Landfill
•
Singapore’s only landfill
•
Ensure landfill to last beyond 2040
Tuas Marine Transfer Station
Toxic Waste Treatment Facility Waste generators C o ll e ct io n Tr e a tm e n t
Recycled product for re Recycled product for re--useuse
Overseas recycling facilities Exported
Examples of TIW
•
Spent Etchants
•
Waste Oils
•
Spent Coolants
Toxic Industrial Waste
Toxic Industrial Waste
Facility Semakau Landfill Tr e a tm e n t Incineration Incineration ash ash Off-takers Recovered Recovered secondary secondary material material
•
Spent Coolants
•
Spent Solvents
•
Pathogenic Wastes
•
Oil/Chemical Sludge
•
Spent Acids and Alkalis
In 2010,
In 2010, 1,141,900
1,141,900 m
m
33of TIW collected and treated
of TIW collected and treated
Biohazardous
Biohazardous Waste
Waste
Examples of
Examples of
Bio
Bio--hazardous
hazardous
Waste
Waste::
•
Infectious waste
•
Pathological waste
•
Contaminated
sharps
•
Routine clinical
Daily Medical
Daily Medical
Waste
Waste
Collection
Collection
from
from
Hospitals
Hospitals
Waste
Waste
Removal
Removal
from
from
Hospital Bin
Hospital Bin
Centre
Centre
Incineration
Incineration
in Dedicated
in Dedicated
Medical
Medical
Waste IP
Waste IP
In
In 2009, 20,700
2009, 20,700 m
m
33of
of biohazardous
biohazardous waste collected
waste collected and disposed
and disposed of
of
•
3 biohazardous waste treatment facilities
•
Routine clinical
waste
•
Cytotoxic waste
•
Radioactive waste
•
Pharmaceutical
waste
•
Chemical waste
•
General Waste
Challenges
Challenges
Challenges
•
•
Increase in waste generation due to population and
Increase in waste generation due to population and
economic growth
economic growth
•
•
Limited space for disposal and recycling facilities
Limited space for disposal and recycling facilities
•
•
How to further raise recycling rate
How to further raise recycling rate
•
Basic Basic Research Research Applied Applied Research Research
Test Bedding & Test Bedding & Demonstration Demonstration
Pre
Pre--Commercialisation
Commercialisation OperationsOperations
R&D as a Priority
R&D as a Priority
Environment Technology
Environment Technology
Research Programme
Research Programme
(ETRP)
(ETRP)
$15 mil (
$15 mil (€
€8.43 m)
8.43 m)
Environment Technology
Environment Technology
Research Programme
Research Programme
(ETRP)
(ETRP)
$15 mil (
$15 mil (€
€8.43 m)
8.43 m)
Innovation for
Innovation for
Environmental Sustainability
Environmental Sustainability
Fund (IES)
Fund (IES)
$20 mil(
$20 mil(€
€11.24 m)
11.24 m)
Innovation for
Innovation for
Environmental Sustainability
Environmental Sustainability
Fund (IES)
Fund (IES)
$20 mil(
$20 mil(€
€11.24 m)
11.24 m)
3R Fund
3R Fund
$8 mil
$8 mil
((€
€4.5 m)
4.5 m)
3R Fund
3R Fund
$8 mil
$8 mil
((€
€4.5 m)
4.5 m)
Types of incentive programmes available in solid waste management Types of incentive programmes available in solid waste management
Reduce waste to landfill through use of IBA as construction
Non-incinerable Waste - 477 t/d (e.g. sludge & slag) Incineration Ash
- 1,728 t/d
Semakau Landfill
Incineration Bottom Ash
IBA from
Waste-to-Energy Plant
Processed IBA Completed road-base with IBA
Reduce waste to landfill through use of IBA as construction
material
Knowledge Transfer as a Priority
Knowledge Transfer as a Priority
Value Propositions
Value Propositions
Opportunities to meet and network with leaders, senior government officials, policy makers,
regulators and industry captains to identify, develop and share practical solutions to address
environmental challenges for tomorrow's cities
Participants will also get to hear and environmental challenges for tomorrow's cities
Enhanced networking and new business opportunities with in-conjunction events –
Singapore International Water Week (SIWW) and the World Cities Summit (WCS)
Strategic partner event – WasteMET Asia, provides a channel for sharing of technical expertise at the
trade exhibition and technical conference
Participants will also get to hear and interact with renowned speakers such as:
• Mr Achim Steiner(UNEP Executive Director and Under-Secretary-General, United Nations)
• Mr Frank Jensen (Lord Mayor, Copenhagen)
• Mr Henri Proglio(Chairman, Electricité de France)
• Mr Kamal Nath(Minister of Urban Development, India), and many others
Theme & Key Pillars
Theme & Key Pillars
CESS 2012 – Theme
Innovative Clean Enviro-Solutions for Asia's Growing Cities
Clean Environment
Clean
Environment WasteMET Asia Exhibition & Environment Leaders Summit Environment Regulators Roundtable Exhibition & Conferences Key Outcome
Promotes and elevates the strategic importance of managing the environmental agenda,
in rapidly developing Asia
24
Clean Environment
Clean Environment
Leaders Summit
Leaders Summit
• Premier platform for knowledge exchange, business and experience sharing
• Targeted at City Leaders, senior Government Officials and Policy Makers, senior executives of International Organizations & Industry Leaders
• Supported by UNEP and the World Bank
Plenary Session 1
25
Plenary Session 1
Governance & Leadership: Towards Resource Efficient Cities of the Future
Plenary Session 2
Enabling Technological Solutions for Sustainable Waste and Resource Management
• Platform for international regulatory community to:
Share best practices, policies, technologies and tools on various aspects of Sustainable Environmental Pollution & Waste-to-Resource Management Policies for Cities
Identify implementation plans to encourage adoption of technology in sustainable waste management amongst industry sectors
• Supported by the World Bank
Clean Environment
Clean Environment
Regulators
Regulators Roundtable
Roundtable
• Supported by the World Bank
26
Experience Sharing
Policies and Frameworks
Theme
Sustainable Environmental Pollution & Waste-to-Resource Management Policies for Cities
Closed-Door event attended by Regulators from:
Brunei, Cambodia, Indonesia, Laos, Malaysia, Myanmar, Philippines, Thailand, Vietnam, China, Japan, UAE,
• Partner event of CESS – industry exhibition and conference focusing on waste management and environmental technology
• Jointly organised by NEA and Waste Management & Recycling Association of Singapore (WMRAS)
• Technical Conference on “Waste Management in Growing Cities” (partnering International Solid Waste Association)
WasteMET
WasteMET Asia
Asia
Technical Conferences Networking Functions Trade Exhibition Business Exchange Sessions Site Visits
Hosted Buyer & Business
Matching Prog
Solid Waste Association)
500 delegates
7000 Trade/ Professional Visitors
150 exhibitors 4,300 sqm
Thank You
Thank You
Waste Statistics 2011
Waste Statistics 2011
Waste Type Waste
Disposed of (tonne) Total Waste Recycled (tonne) Total Waste Output (tonne) Recycling Rate (%) Food waste 605,800 69,700 675,500 10% Paper/Cardboard 603,200 765,000 1,368,200 56% Plastics 656,000 77,000 733,000 11% Construction Debris 12,600 1,191,100 1,203,700 99% Wood/Timber* 97,400 176,500 273,900 64% Horticultural* Waste 149,800 89,000 238,800 37% Ferrous Metal 67,600 1,171,600 1,239,200 95% Ferrous Metal 67,600 1,171,600 1,239,200 95% Non-ferrous Metals 14,500 102,800 117,300 88% Used Slag 5,700 335,900 341,600 98% Sludge 152,900 0 152,900 0% Glass 51,400 21,400 72,800 29% Textile/Leather 113,700 17,300 131,000 13% Scrap Tyres 3,700 18,300 22,000 83% Others (stones, ceramics & rubber) 325,200 3,200 328,400 1%
Total 2,859,500 4,038,800 6,898,300 59%