Cover image for Energizing Green Cities in Southeast Asia : Applying Sustainable Urban Energy and Emissions Planning.
Energizing Green Cities in Southeast Asia : Applying Sustainable Urban Energy and Emissions Planning.
Title:
Energizing Green Cities in Southeast Asia : Applying Sustainable Urban Energy and Emissions Planning.
Author:
Ostojic, Dejan R.
ISBN:
9780821399774
Personal Author:
Physical Description:
1 online resource (343 pages)
Series:
Directions in Development
Contents:
Front Cover -- Contents -- Foreword -- Preface -- Abbreviations -- Overview -- Urbanization, Economic Growth, Energy, and Emissions Trends -- Understanding the Cities: Energy Use and GHG Emissions -- Sector Diagnostics: Identifying Opportunities -- The Role of Institutions -- Governance Mechanisms -- Next Steps -- Notes -- References -- Part I Urban Energy Use andGreenhouse Gas Emissions in East Asia and Pacific -- Chapter 1 Introduction and Background -- Urbanization, Economic Growth, and Impact on Energy and Greenhouse Gas Emissions -- Report Structure -- Notes -- References -- Chapter 2 Understanding the Cities: Energy Use and Greenhouse Gas Emissions -- City Overview -- City Energy Profile -- City Emissions Profile -- Note -- References -- Chapter 3 Sector Diagnostics: Identifying Opportunities -- Public Lighting -- Transportation -- City Government Buildings -- Solid Waste -- Water and Wastewater -- Power -- Identifying City Government Priorities -- Notes -- Reference -- Chapter 4 Governance -- The Importance of Governance -- Governance of Energy-Related Issues -- City-Level and National Energy Programs -- City Planning -- Governance Mechanisms -- Reference -- Chapter 5 Sustainable Urban Energy and Emissions Planning: The Way Forward -- City Government Leadership and Commitment to "Green Growth" -- Energy and Emissions Diagnostics -- Goal Setting and Project Prioritization -- Planning -- Implementation -- Monitoring and Reporting of Progress -- The Way Forward -- Reference -- Part II Sustainable Urban Energy and Emissions Planning in Three Pilot Cities -- Chapter 6 Cebu City, the Philippines -- National Energy Efficiency Strategy -- City-Level Energy Efficiency Strategy -- Energy Use and Carbon Emissions Profile -- Sector Review and Prioritization -- Recommendations -- Conclusion -- Note -- Chapter 7 Surabaya, Indonesia.

Energy Efficiency Initiatives -- Energy Use and Carbon Emissions Profile -- Sector Review and Prioritization -- Recommendations -- Conclusion -- Notes -- Chapter 8 Da Nang, Vietnam -- Energy Efficiency Initiatives -- Energy Use and Carbon Emissions Profile -- Sector Review and Prioritization -- Recommendations -- Conclusion -- Note -- Part III Sustainable Urban Energy and Emissions Planning Guidebook: A Guide for Cities in East Asia and Pacific -- Chapter 9 Introduction to the Guidebook -- Introduction -- Why Engage in the SUEEP Process? -- About This Guidebook -- Role of the City and SUEEP Scope -- SUEEP Process Overview -- Multiple Levels of Engagement -- Chapter 10 Stage I: Commitment -- Step 1: Create a Vision Statement -- Step 2: Establish Leadership and Organization -- Step 3: Identify Stakeholders and Links -- Engaging Internal Support -- Engaging External Support -- References -- Chapter 11 Stage II: Urban Energy and Emissions Diagnostics -- Step 4: Inventory Energy and Emissions -- Step 5: Catalog Existing Projects and Initiatives -- Step 6: Assess Potential Energy and Emissions Projects -- References -- Chapter 12 Stage III: Goal Setting -- Step 7: Make the Case for Sustainable Urban Energy and Emissions Planning (SUEEP) -- Step 8: Establish Goals -- Step 9: Prioritize and Select Projects -- References -- Chapter 13 Stage IV: Planning -- Step 10: Draft the Plan -- Step 11: Finalize and Distribute the Plan -- References -- Chapter 14 Stage V: Implementation -- Step 12: Develop Content for High-Priority Projects -- Step 13: Improve Policy Environment -- Step 14: Identify Financing Mechanisms -- Step 15: Roll Out Projects -- References -- Chapter 15 Stage VI: Monitoring and Reporting -- Step 16: Collect Information on Projects -- Step 17: Publish Status Report -- The Beginning -- References -- Appendix A Approach and Methodology.

Energy Balance Study -- Greenhouse Gas (GHG) Emissions Inventory -- Analysis Using the TRACE -- Data Validity -- Mission Activities -- Additional Reading -- Boxes -- Box 5.1 Developing Da Nang: The Environmental City -- Box 5.2 Elements of an SUEEP Process -- Box 9.1 Supplementary Information Used in This Guidebook -- Box 10.1 Example: Examples of Vision Statements -- Box 10.2 Case Study: Da Nang, Vietnam-The Environmental City -- Box 10.3 Case Study: North Vancouver, Canada-100 Year Sustainability Vision -- Box 10.4 Resources: Resources for Creating a Vision -- Box 10.5 Case Study: The Barcelona Local Energy Agency -- Box 10.6 Case Study: Singapore Inter-Ministerial Committee on Climate Change -- Box 10.7 Case Study: Bangkok's Steering Committee for Global Warming -- Box 10.8 Tip: Characteristics of Inclusive Governance -- Box 10.9 Tip: Understanding Stakeholders -- Box 10.10 Case Study: Tshwane, South Africa-Joint Stakeholders Partnership -- Box 10.11 Example: Potential Stakeholders -- Box 10.12 Case Study: London Energy Partnership -- Box 10.13 Case Study: Surabaya, Indonesia-Bappeko -- Box 10.14 Resources: Stakeholder Engagement and External Assistance -- Box 11.1 Example: Typical Fuel Categories for Energy and Emissions Diagnostics -- Box 11.2 Example: Typical Sources for Data -- Box 11.3 Technical Assistance Opportunity: Energy and Emissions Data Collection -- Box 11.4 Tip: Energy Balance Calculations -- Box 11.5 Toolkit Reference: Energy Balance and GHG Inventory Spreadsheet -- Box 11.6 Case Study: Surabaya, Indonesia-Energy Balance 2010 -- Box 11.7 Toolkit Reference: Energy Balance and GHG Inventory Calculator -- Box 11.8 Tip: CO2 Equivalent -- Box 11.9 Example: Typical Results from a GHG Inventory -- Box 11.10 Case Study: Seoul, the Republic of Korea-GHG Inventory 2008.

Box 11.11 Technical Assistance Opportunity: Tool for Rapid Assessment of City Energy (TRACE) Benchmarking Tool -- Box 11.12 Resources: Energy and Emissions Diagnostics -- Box 11.13 Case Study: Quezon City, the Philippines-National Standards That Influence the City -- Box 11.14 Toolkit Reference: Project Assessment and Prioritization Toolkit -- Box 11.15 Technical Assistance Opportunity: Project Assessment Consultant -- Box 11.16 Example: Project Assessment Sheet -- Box 12.1 Resources: Winds of Change: East Asia's Sustainable Energy Future (World Bank 2010) -- Box 12.2 Case Study: Philadelphia, Pennsylvania, USA-Mayor Nutter Makes the Case -- Box 12.3 Example: Sample Links to Wider City Goals -- Box 12.4 Example: Winds of Change GHG Scenarios -- Box 12.5 Technical Assistance Opportunity: Energy Planner for Scenario Development -- Box 12.6 Tip: McKinsey and Company GHG Abatement Cost Curve -- Box 12.7 Case Study: Shanghai, China-Shanghai Sticks to Energy Goals -- Box 12.8 Example: Vision Statement versus Target Statement -- Box 12.9 Example: Disseminating Energy Goals throughout a City's Sectors -- Box 12.10 Case Study: Barcelona, Spain-Targets for GHG Emissions Reductions -- Box 12.11 Example: Sample Reduction Targets -- Box 12.12 Example: Bending the Curve -- Box 12.13 Technical Assistance Opportunity: Multiple Levels of Engagement -- Box 12.14 Example: Prioritization of Transportation Sector Projects Using the TWPS Method -- Box 12.15 Technical Assistance Opportunity: Prioritizing Projects -- Box 12.16 Example: Some Guiding Principles in the Selection Stage -- Box 13.1 Technical Assistance Opportunity: Graphic Design and Report Writing -- Box 13.2 Resources: Sample Energy and Emissions Plans for Reference -- Box 13.3 Case Study: Dublin, Ireland-Sustainable Energy Action Plan -- Box 13.4 Example: Table of Contents of an Energy and Emissions Plan.

Box 13.5 Example: Sample 10-Year Energy and Emissions Action Plan -- Box 13.6 Technical Assistance Opportunity: Public Relations Press Release -- Box 14.1 Technical Assistance Opportunity: Project Development -- Box 14.2 Resources: Policy and Energy and Emissions Plans -- Box 14.3 Example: Level of Government and Policy Type -- Box 14.4 Case Study: Curitiba, Brazil-Transportation Planning -- Box 14.5 Example: Policy Support and Conflict Analysis -- Box 14.6 Tip: Common Policy Gaps -- Box 14.7 Example: Capacity to Act -- Box 14.8 Example: Policies According to City Role -- Box 14.9 Case Study: Mexico-Green Building Codes -- Box 14.10 Example: Available Energy Efficiency and GHG Policy Levers -- Box 14.11 Case Study: Seattle, Washington, USA-Green Building Program -- Box 14.12 Resources: Further Reading -- Box 14.13 Tip: Technology Diffusion Curve -- Box 14.14 Example: Energy Efficiency Project Considerations -- Box 14.15 Case Study: Maldives-Public-Private Partnership (PPP) -- Box 14.16 Case Study: Tokyo, Japan-Waterworks Maintenance Planning -- Box 14.17 Case Study: Various Cities-Lamp Rollout -- Box 14.18 Resources: Finding Financing Resources -- Box 14.19 Example: Alternative Funding Schemes -- Box 14.20 Example: Clean Development Mechanism (CDM) Project Development -- Box 14.21 Resources: CDM Funding Sources -- Box 14.22 Example: Typical Incentive Project Rollout Plan -- Box 14.23 Tip: Critical Success Factors for Projects -- Box 14.24 Resources: Further Reading on Implementing Projects -- Box 15.1 Example: Three Sample Projects -- Box 15.2 Example: Data Collection for the Three Sample Projects -- Box 15.3 Example: KPIs for the Three Sample Projects -- Box 15.4 Case Study: London, the United Kingdom-Congestion Charging -- Box 15.5 Example: What Data May Reveal -- Box 15.6 Example: Stakeholder Engagement for Sample Projects.

Box 15.7 Case Study: Curitiba, Brazil-Bus Rapid Transit (BRT) Network.
Abstract:
Cities currently account for about two-thirds of the world's annual energy consumption and about 70 percent of greenhouse gas (GHG) emissions. In the coming decades, urbanization and income growth in developing countries are expected to push cities' energy consumption and GHG emissions shares even higher, particularly where the majority of people remain underserved by basic infrastructure services and where city authorities are underresourced to shift current trajectories. These challenges are faced by many cities and millions of people in the East Asia and Pacific (EAP) Region, which is experiencing unprecedented rates of urbanization, as the region's urban population grows almost twice as fast as the world's urban population. This book lays out a blueprint for transforming EAP cities to global engines of green growth by choosing energy efficient solutions to their infrastructure needs. It urges national and municipal governments to reform institutions, build capacity, and strengthen energy planning and governance in order to mainstream energy efficiency on a citywide scale and introduce low-carbon policies in fast-growing cities in the EAP Region which will define the Region's energy future and its GHG footprint. This book is based on case studies undertaken in three pilot cities -- Cebu City (the Philippines), Da Nang (Vietnam), and Surabaya (Indonesia) -- which illustrate the use of an energy efficiency platform -- SUEEP (sustainable urban energy and emissions planning) -- for the identification and prioritization of green investments across all major infrastructure sectors. It presents the SUEEP process as a framework for collaboration between municipal governments, stakeholders, private investors and financing institutions in achieving the green growth objectives at the city level. It also provides step-by-step guidance on the SUEEP

framework in the form of a Guidebook to help a city develop its own energy and emissions plan and link its aspirations to actionable initiatives to improve energy efficiency and reduce emissions.
Local Note:
Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2017. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.
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