1. EWG19 2011A Best Practices in Energy Efficiency and Renewable Energy Technologies in the Industrial Sector in APEC Region (EGNRET/EGEEC) 8 November 2012 EGEE&C 40 The Howard Plaza Hotel Taipei, Taipei

2. EWG 19/2011A: Best Practices in Energy Efficiency and Renewable Energy Technologies in the Industrial Sector in APEC Region Project Overseer: Dr. Nuwong Chollacoop National Metal and Materials Technology Center (MTEC) National Science Technology Development Agency (NSTDA) Ministry of Science and Technology (MoST) Duration: Jan – Nov 2012 † Committee: Energy Working Group Consultant: Dr. David Natusch, Resource Development Ltd Expected output: Avreport clearly identifying –examples of successful adoption of new and renewable energy technologies combined with energy efficiency in the APEC industrial sector –obstacles that prevent the adoption of technologies with applicability of lesson learned –suggested roadmap for successful implementation † extension to 31 Mar 13 currently being requested due to delay in contract signing

3. Methodology Identify examples of the successful adoption of new and renewable energy combined with energy efficiency in the APEC industrial sector. Provide examples that include the large and small and medium ones. Review the obstacles that prevent the adoption of new and renewable energy technologies combined with energy efficiency in the industrial sector previously identified. Review the applicability of lesson learned from previous industrial energy analysis reports including APEC supported activities. Develop a final report with suggested roadmap for the successful implementation of industrial sector renewable energy and energy efficiency system in the APEC member economies and circulate to EWG members and other key stakeholders contacted for comments. Prepare and disseminate a final report based on EWG, and stakeholder’s comments.

4. Tentative topic to include in report Renewable Energy in Industry –Biomass –Hydro –Solar –Wind –Geothermal Energy Efficiency in Industry –Boilers –Furnaces –Captive Power production –Systems Management Combined Applications –Linkages between Renewable Energy and Energy Efficiency Co- and Tri-Generation Small and Medium Enterprises (SMEs) –Environmental Implications

5. Case Studies Biomass as Petrochemical Feedstock –Biomass to Ethanol –Biomass to Ethylene and Chemical products –Black Liquor Gasification Biomass for Process Heat –Bagasse powered Sugar Mills –Large Scale Industrial Biogas –Biomass Co-firing in Cements Plants –Tallow fuelled Boilers –Wood Waste in Industrial Boilers –Sawmills Powered by Wood Waste –Wood Waste Briquetting for Industrial use –Eco-Fertilizer based on Biochar Renewable Fuels (Biofuels) –Biogas CHP production –Bagasse fired CHP –Biodiesel as a Transport Fuel Heat Pumps for Process Heat Solar Thermal Systems for Process Heating and Cooling –Solar Process Heating and Cooling –Solar Thermal Power plants –Solar crop drying Wind-power Applications in Industry –Captive Wind-power for an Industrial Park

6. Obstacle & Implementation Scheme Obstacle & Lessons learned –Biomass as Petrochemical Feedstock –Biomass for Process Heat –Renewable Fuels (Biofuels) –Heat Pumps for Process Heat –Solar Thermal Systems for Process Heat –Wind-power Applications in Industry RE & EE Implementation –Financial Incentives for Implementation Feed In Tariffs Net Metering Grants, Rebates and Loans Tax Incentives and Benefits oExcise Taxes oTax Credits and Deductions oSales Taxes and Import Duties oEnergy End Use Taxes –Financial Incentives for Implementation (Cont.) Regulatory Actions Mandates Renewable Portfolio Standards Tradable Renewable Energy Certificates Regulations, Standards and Codes of Practice –Other Measures Funding, Research, Development and Demonstrations Public Education Leadership by Example End Use Control Measures