Guidelines for Evaluation and Reporting System for APEC Projects
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Completion Report requirements for APEC Projects All APEC projects must submit a completion report using the template below within two months of all activities being completed and all invoices submitted for payment. The completion report will provide the forum, Secretariat and BMC with a brief and factual overview of the project and its key findings. It is the responsibility of the Project Overseer to complete and submit the completion report to the Secretariat. The Project Overseer may also draw upon the views of fora members as well as on feedback from project participants and stakeholders in completing the report. The Secretariat Program Director and Program Executive may also provide comments against the ‘Project Management’ item. Non-Compliance with the Evaluation Procedures of APEC-Funded Projects The Secretariat will provide BMC with information detailing any outstanding completion reports. Any forum with projects that have an overdue completion report will not be eligible to submit any Concept Notes for funding consideration, or have any full proposals approved for commencement, until all overdue completion reports are submitted. Completion Report Project Number: IST05/2010A Committee / WG / Fora: ISTWG Project Name: APEC Symposium on Low-Carbon Technology and Industrial Cooperation Project Overseer: Zhang Kuai 1. Key Issues “APEC Symposium on Low-Carbon Technology and Industrial Cooperation – 2011 Nanjing International Technology Transfer Conference” was held on October 20th - 21st, 2011, in Nanjing, China. 1. The low-carbon technology and industrial cooperation is closely in lines with the target settled by APEC leaders to address climate change and achieve sustainable development through cooperation; and highlights the priorities of APEC Industrial Science and Technology Working Group (ISTWG). Under the APEC framework, the Symposium provides all the stakeholders with a platform for discussions on low-carbon technologies and industries and for collaboration among academia and industries. The Symposium lays a solid foundation for the creation of a mechanism for displaying achievements of low–carbon technologies and industrial development as well as for low-carbon technology cooperation and transfer. 2. The proposal of establishing an “APEC Low-Carbon Technology Cooperation and Transfer Information Center” is considered to form a long-term mechanism for cooperation and exchanges in the low-carbon sector. Under the APEC framework, members could initiate joint activities related to the low-carbon technologies and industries, such as low-carbon technology information sharing, joint projects, technology transfer, capacity building, visits exchange and workshops to facilitate common development and cooperation on low-carbon technologies and industries among APEC members. 3. 2011 Nanjing International Technology Transfer Conference is interlaced into this APEC Symposium, enabling closer interaction between academia and industries, technologies with management. The B2B meetings attract lots of companies from both public and private sectors reaching cooperation agreements. 2. Outputs a. Main Symposium on Low Carbon Technology and Industrial Cooperation, 4 speakers’ presentations, over 200 attendants; b. Sub-Symposium I: New Energy and Energy Efficiency, 4 speakers’ presentations, over 50 attendants; c. Sub-Symposium II: Integrated Circuit, 3 speakers’ presentations, over 50 attendants; d. Sub-Symposium III: Bio Technology and Pharmaceuticals, 3 speakers’ presentations, over 50 attendants; e. Sub-Symposium IV: New Materials, 3 speakers’ presentations, over 50 attendants; f. 2 Sessions of B2B Meetings, 22 companies participated to the one to one meeting matching the technology offers or requests as scheduled before the meetings, and 3 cooperation agreements signed; g. 170 technology offers and requests registered in advance; h. One Plenary Session, with Nanjing Initiative announced. 3. Participant information a. Nearly 100 overseas participants and 150 Chinese local attendants; 2 b. 12 APEC economies participated the project, Australia, Canada, China, Hong Kong, Indonesia, Japan, Malaysia, Russia, Singapore, Thailand, the Philippines, USA; c. 13 non-APEC member countries participated, Belgium, Colombia, Congo, France, Germany, India, Israel, Poland, Serbia, South Africa, Switzerland, the Netherlands, UK; d. One third of the participants are women. 4. Project management APEC Secretariat has provided timely and professional advice and assistance in the management of the project. This project is implemented and completed with a success. APEC Secretariat could have more easily managed the project if the local organizer had managed the air tickets as many speakers and participants are not quite aware of the flight information to reach the venue city, which might resulted in a higher cost and hardship. 5. Budget Attach a detailed breakdown of the project budget, comparing planned costs to actual expenditure. See Annex G Annexes Annex A: Speakers Bios (Speakers presentations are updated at website:www.nittc.org) Annex B: Overseas Participants List Annex C: Chinese Participating Organizations and Companies List Annex D: Company List to the B2B meetings Annex E: Technology Offers and Requests Annex F: Nanjing Initiative of “APEC Symposium on Low-Carbon Technology and Industrial Cooperation – 2011 Nanjing International Technology Transfer Conference” Annex G: Budget and Actual Expenditure Annex H: APEC Funded Participants List 3 Annex A: Speakers Bios New Energy & Energy Efficiency Martin Green (Australia) Professor, Executive Research Director ARC Photovoltaics Centre of Excellence School of Photovoltaic and Renewable Energy Engineering University of New South Wales Martin Green is currently a Scientia Professor at the University of New South Wales, Sydney, Australia and Executive Research Director of the University's Photovoltaic Centre of Excellence. His group's contributions to photovoltaics include development of the world’s highest efficiency silicon solar cells and commercialization of several different cell technologies. He is the author of several books on solar cells and numerous papers. His work has resulted in many major international awards including the 2002 Right Livelihood Award, commonly known as the Alternative Nobel Prize, the 2007 Solar World Einstein Award and the 2009 ENI Award for Renewable and Non Conventional Energy. Zhao Jianhua (China) CTO China Sunergy (Nanjing) Co., Ltd. Dr. Zhao Jianhua Received his bachelor and master degrees from Nanjing Institute of Technology, China, in 1978 and 1982. He received his Ph.D. degree in solar cells from the University of New South Wales, Australia in 1989. Since his master degree study in MIS solar cells from 1979, Dr. Zhao has been involved with c-Si solar cell research for more than 30 years. After his Ph.D. study, he stayed in UNSW as a senior research scientist, and then became an associate director of the Photovoltaics Research Centre at UNSW in 1999. He then was promoted to an associate professor in 2002. During his research in UNSW, he and his wife, Dr. Aihua Wang, developed the high efficiency c-Si PERL (passivated emitter, rear locally-diffused) cell structure, and demonstrated 25% energy conversion efficiency in 1999, which is the highest for c-Si solar cells to date. They have been involved in the passivation of silicon surface, the high life-time processing method, c-Si cell structure 4 design, and processing optimization. Their experience covers a wide range of cell structures, including PERC (passivated emitter and rear) cell of 22.3%, and rear emitter n-type cell of 22.7%. They have set up 22 world records for mono and multi c-Si cell efficiencies, solar module efficiencies, solar car race, concentrator cells and modules, thermal photovoltaic, and silicon light emission. He had published 65 journal papers (including 1 paper in Nature magazine), 112 conference papers, and many research reports. In 2004, Dr. Zhao started CEEG Nanjing PV-tech Co as a co founder. Dr. Zhao and Dr. Wang resigned from UNSW in 2006, and concentrated in their work in China Sunergy. They developed and started commercial SE (selective emitter) cell production in 2007 as the world first. Similar SE technology had been widely included in the nowadays turnkey cell lines by most of the European equipment suppliers. The doctors have also developed screen printed rear junction n-type cells and Matrix cells (p-type) both with efficiencies higher than 19%. Branislav Todorovic (Serbia) Chief Editor of 《Energy & Buildings》of Elsevier Co. Ltd, President of Serbian Society for Heating and Air conditioning Prof. Branislav Todorovic is Chief Editor of 《Energy & Buildings》 of Elsevier Co. Ltd, President of Serbian Society for Heating and Air conditioning and former Vice President of International Institute of Refrigeration (IIR). Prof. Branislav Todorovic is the professor of Mechanical Engineering Faculty, University of Belgrade. He was also guest professor of Kansas University, USA, visiting professors of University of Vienna, Austria, University of California, Berkeley in USA. He is also a permanent visiting professor at South East University in Nanjing, China. He was the former president of REHVA (1988 – 1990), fellow of Federation of European HVAC Association (REHVA). He was granted the Golden medal REHVA in 2005. Prof. Branislav Todorovic is senior fellow of ASHRAE. He was the member of the scientific committee of ASHRAE. He was granted the award of the best scientific paper , award of preeminent