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UN Environment ‘s support for Asia Pacific region Dr. Mushtaq Memon, Regional Sub-programme Coordinator, UN Environment, Asia Pacific Office Sustainable Consumption and Production

Sustainable Consumption and Production

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Page 1: Sustainable Consumption and Production

UN Environment ‘s support for Asia Pacific region

Dr. Mushtaq Memon, Regional Sub-programme Coordinator, UN Environment, Asia Pacific Office

Sustainable Consumption and Production

Page 2: Sustainable Consumption and Production

Why SCP?

Page 3: Sustainable Consumption and Production

Circular economy – Linear to circular society

History and Current State of Waste Management in Japan, MOEJ (2014)

Page 4: Sustainable Consumption and Production

Circular economy – DecouplingSustainable Consumption and Production (SCP)

Enabling Environment• Policy• Technology • Standards • MEPS • Regulations • Incentives • Private sector

engagement• Access to finance

SCP

Page 5: Sustainable Consumption and Production

CIRCULAR ECONOMY ASIA PACIFIC (CEAP)

Page 6: Sustainable Consumption and Production

Circular economy – Business models

Page 7: Sustainable Consumption and Production

Circular economy - enablers

Page 8: Sustainable Consumption and Production

Circular economy – Economic benefits through new businesses

•Wasted resources are materials and energy that cannot be continually regenerated, but insteadare consumed and forever gone when used.•Products with wasted lifecycles have artificially short working lives or are disposed of even ifthere is still demand for them from other users.•Product with wasted capacity sit idle unnecessarily; for instance, cars typically sit unused for 90%of their lives.•Wasted embedded values are components, materials, and energy that are not recovered fromdisposed products and put back into use.

Page 9: Sustainable Consumption and Production

Industry 4.0 and SDGs

Page 10: Sustainable Consumption and Production

SDGs– New job markets

Page 11: Sustainable Consumption and Production

Chemicals in air/water pollution

Education for sustainable

lifestyles

Reduce water pollution

Water efficiency

RenewablesEnergy

efficiency

Resource efficiency

Sustainable Tourism

Sustainable infrastructure,

industryEnvironmentally

sound technologies

Climate change

mitigation

Sustainable fisheries, tourism

Access to natural resources for energy,

food, water

Sustainable food

systems

Sustainable urbanization,

transportResource efficient

cities

Addressing the Transversal nature of SCP

Page 12: Sustainable Consumption and Production

Creating a Conducive Environment

Private SectorFinancial Share,

Technical Innovation, Managerial Role,

Local Knowledge, Backward & Forward

Linkages

Public Sector

Regulatory Framework, Institutional Setup, Tariff Designing, Subsidies &

Guarantees

CommunityWillingness to Pay,

Awareness and Will, Environmental

Friendly Life Styles

Government

BusinessCitizens

Sustainable Development

Page 13: Sustainable Consumption and Production

SWITCH-Asia (EU funded)

SWITCH

Asia

Policy Advocacy Component and National

Policy Support

ACA/2017/385-558

With UNEP

SCP Facility

ACA/2017/388-441

With GIZ Grant projects on the ground

10-12 projects per call

1

2

3

Page 14: Sustainable Consumption and Production

ASIA PACIFIC SCP ROADMAP – PRIORITY SECTORS

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Mainstreaming SCP

Consumer information

Sustainable lifestyles education

Sustainable industry/SMESustainable tourism

Sustainable food systems

Sustainable buildings and

construction

Sustainable procurement

Page 15: Sustainable Consumption and Production

Ready to rock!!!

Page 16: Sustainable Consumption and Production

What is cooking on the menu?

Available at:www.greengrowthknowledge.org/initiatives/global-opportunities-sdgs-go4sdgs

Page 17: Sustainable Consumption and Production

CleanTech – Food Waste Management

Page 18: Sustainable Consumption and Production

UNEP’s toolkits and training

• Guidelines for Holistic Waste Management at national and city level

• Guidelines for Framework Legislation for Integrated Solid Waste Management

• Sustainability Assessment of Technologies

• Waste agricultural biomass to a resource

• Converting waste plastics into a resource

• Technologies for waste oils

• Treatment/Destruction of healthcare waste

• WEEE/e-waste management

• Waste and climate change

• Wastewater reuse

• Water use efficiency – every drop counts

• Quantification and characterisation of waste

• Assessment of current waste management system and gaps therein

• Target setting and stakeholders’ concerns

• How to develop integrated solid waste management plan

• Sustainable Public Procurement(Green Public Procurement)

• Compendium of Technologies

• Assessment of waste plastics

• Assessment of E-waste

• Assessment of value chain for E-waste management and take-back system

Page 19: Sustainable Consumption and Production

Thank you!