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 International Technology Transfer Conference” was held on October 20th - 21st, 2011, in Nanjing, .

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 international activities. He was granted the awards in 2005 for his excellent contribution in education. Prof. Branislav Todorovic is member of academy of technology and science of Serbia, academy of architecture of Russia and scientific association of Hungary. He is also member of the editorial board of ASHRAE Journal. He published more than 200 papers and 16 books in the area of HVAC and energy and finished more than 72 projects of HVAC design. He is also the member of doctorial examination committee of Australia, France, USA, Singapore and Hong Kong. Prof. Branislav Todorovic has given more than 50 speeches in universities such as Massachusetts Institute of Technology, Cornell University, University of Illinois at Urbana-Champa, Purdue University, University of California, Berkeley in USA and universities in Australia, France, Sweden, Hungary, Romania, Russia etc). He was the best speechmaker recommended by ASHRAE.

Li Xianguo (China) Professor Department of Mechanical and Mechatronics Engineering University of Waterloo

5

Dr. Xianguo Li is a professor in the Department of Mechanical and Mechatronics Engineering at the University of Waterloo, Waterloo, Ontario, Canada. He received his Ph.D. in 1989 in mechanical engineering from Northwestern University in Evanston, Illinois, U.S.A. He has a wide range of research interests, including fuel cells, combustion engines, liquid atomization and sprays, and energy systems. His research is both fundamental and applied, involving technologies deployable today and in the future. Dr. Li has published extensively; including over 150 journal papers, 200 conference papers, 18 book chapters, and a book titled “Principles of Fuel Cells”; as the editor for the book series “Progress in Green Energy”, and co-editors for the books “PEM Fuel Cells: Materials Properties and Performance” and “Solid Oxide Fuel Cells: Materials Properties and Performance”. Dr. Li has contributed actively to the progress of the profession and society. He is the founding editor in chief for the International Journal of Green Energy, and established the International Green Energy Conference series. He is the founding president of the International Association for Green Energy (IAGE). He is currently serving on the editorial board of over ten international scientific/technical journals, a book series on fuel cells and an encyclopedia on energy engineering and technology. Dr. Li also serves as the division chair for the Advanced Energy Systems technical division, Canadian Society for Mechanical Engineering. He has also served on various ad hoc committees established by different levels of government. Dr. Li provides consulting services to national and international corporations and different levels of government. He serves regularly as a peer reviewer for various international journals and funding agencies. He is a fellow of the Engineering Institute of Canada (EIC) and the Canadian Society for Mechanical Engineering (CSME). Dr. Li is also active in the commercialization of research, is the founder of Waterloo Surface Pro Inc., that produces and markets two environmentally-friendly surface coating materials: one is to create water repelling surfaces for metals, construction materials (like bricks, woods, kitchen and bathroom tiles), glasses and fabrics (like clothes); the other is for anti-fog formation on substrates like glasses, windows, and goggles for swimming, skiing and skating, etc. One of the possible applications is for automobiles and airplanes where the interior window surfaces can be coated against fog formation and the exterior surfaces can be coated for water repellent capability to reduce drag and then fuel consumption.

Integrated Circuit

Mau-Chung Frank Chang （USA） Professor University of California, Los Angeles

6

Dr. Mau-Chung Frank Chang is the Chair and Distinguished Professor in the Electrical Engineering Department at University of California, Los Angeles (UCLA). He also holds the Wintek Chair Professorship in Electrical Engineering. Before joining UCLA, he was the Assistant Director and Department Manager of the High Speed Electronics Laboratory at Rockwell Science Center, Thousand Oaks, California. Dr. Chang was elected to the National Academy of Engineering in 2008 for development and commercialization of GaAs power amplifiers and integrated circuits. He received the IEEE David Sarnoff Award in 2006 and became a Fellow of IEEE in 1996. He was named Honorary Chair Professor at National Tsing-Hua University (2009) and Honorary Professor at National Chiao-Tung University (2008). He also received Rockwell’s Leonardo Da Vinci Award (Engineer of the Year) in 1992, National Chiao-Tung University’s Distinguished Alumnus Award in 1997 and National Tsing- Hua University’s Distinguished Alumnus Award in 2002. He was awarded the CESASC Lifetime Achievement Award (2009) and the Pan Wen-Yuan Research Award (2008).

Tony Chen (Singapore) President The Asia Pacific & Japan

Tony Chen has 20 years of experience in the semiconductor industry. He joined Grace Semiconductor in March 2006. He is President of Asia Pacific & Japan, leading the sales teams in China, Chinese Taipei and Japan to drive regional marketing strategy and sales revenue with maximum profit and also leading the central customer service team. Prior to joining Grace, he was Chief Representative for Chartered’s (now is Global Foundry) China Representative Office, responsible for Chartered’s sales and marketing strategies in Great China and Hong Kong. Prior to that, he was Director of Field Engineering and Director of Marketing for the Asia Pacific and Japan regions based in Chartered’s Singapore headquarters. During the tenure in Chartered's Singapore headquarters, he also held positions as Overall SRAM Integration Manager, CE Asia-Pacific Regional Manager, Asia-Pacific Marketing Director and General Manager of China Sales. Tony also worked in the Solid State Electronics R&D Center in Liverpool, United Kingdom where he held responsibilities in Power IC technology development and device simulation. He was previously a lecturer of Thermodynamics & Statistics Physics at the Shantou University, China.

Teng Gao (Belgium) General Manager IMEC China

7

Teng Gao received a Master degree and Ph.D. degree from Katholieke Universiteit Leuven at Belgium. He is author or co-author of more than 20 refereed technical publications during academic research period. In 2000, he was assigned as Asia Liaison Manager at IMEC, with responsibility of business development in Asia, which includes marketing, contract negotiation, and project coordination for technology transfer, technology cooperation and training. In 2010, he was appointed as General Manager of IMEC China. He has been invited many times for speech in conferences and seminars. He had the honor to give a presentation for Premier Wen in 2004.

Mourad El-Gamal （Canada） Professor McGill University

Dr. El-Gamal has held the William Dawson Scholar Chair in the Department of Electrical Engineering at McGill University since 2004. After holding the senior management position of Associate Vice Principal - Research and International Relations (VP-RIR), McGill University, Canada, he served as Advisor to the VP-RIR on nano/micro technologies and Middle East initiatives. He is the founder and President of MEMS VISION Inc. which specializes in the design and manufacturing of sensors and actuators based on a proprietary nano/MEMS fabrication technology. This technology is suitable for harsh environment applications. In 2002, Dr. El-Gamal was Director of Engineering then Vice President and General Manager of the Wireless Business Unit of MEMSCAP headquartered in France - a 165 employee, publicly trading company specializing in micro-electromechanical systems (MEMS). Earlier, he worked for IBM Research and for the French Telecommunications company ALCATEL. He consults for companies and the Canadian Government on policies and strategies on regular basis. Dr. El-Gamal's R&D interests are in micro and nano scale integrated electronics and mechanical systems, with a special interest in advanced materials. He has published over 80 technical articles and three book chapters. He has six patents filed on novel micro/nano processes and devices. He was an Associate Editor of the Institute of Electrical and Electronics Engineers (IEEE) Transactions on Circuits and Systems (2006-2008), and is currently the Chair of the Biomedical, Sensors, Displays, and MEMS subcommittee of the IEEE Custom Integrated Circuits Conference (CICC). He served on panels of the US National Science Foundation (NSF). He is currently a member of the advisory committee of iNovia Capital – a Venture Capital fund headquartered in Montreal, Canada.

Bio-Technology & Pharmaceuticals Dr. David Nicholson (USA) Senior Vice President, Worldwide Licensing and the Knowledge Management Merck Research Laboratories

8

Dr. David Nicholson graduated in pharmacology, earning his B.S. from the University of Manchester and his Ph.D. from the University of Wales. He has been employed in research and development in the pharmaceutical industry since 1978.

David began working for Beecham at its research facility in Germany in 1978. In 1988, he joined Organon BioSciences in Newhouse, Scotland, where he was the pharmacology department head.

From 1993-2002, he worked in Organon's Oss, Netherlands, headquarters. During that time, he held the positions of program vice president of CV and CNS R&D (cardiovascular and central nervous system research and development); head of research in the Netherlands; head of global research; and, eventually, head of research and development for the company.

Based in New Jersey since 2002, David joined Schering-Plough following its acquisition of Organon in 2007. Prior to his arrival at Merck in 2009, he served as senior vice president of Global Project Management and Drug Safety.

Dr. Satoshi Toyoshima (Japan) Chairman of the Board of Directors Japan Pharmacist Education Center Former Executive Director and Director of Center for Product Evaluation PMDA (Japan) International Collaboration and Global Drug Development in Japan

Dr. Satoshi Toyoshima received his Ph.D. from University of Tokyo in 1975 at the thesis of “Mechanism of Lymphocyte Activation by Lectin”. His career includes a research associate at University of Tokyo (1975-1977), a post doctoral fellow at the National Institute of Allergy and Infectious Diseases, NIH, USA (1977-1979), an Associate Professor at University of Tokyo (1980- 1992), Deputy Director-General of Pharmaceutical Basic Institute of Japan Tobacco Co. Ltd. (1992- 1995), and a Professor at Hoshi University (1995-2000) before joining the regulatory authorities for pharmaceuticals. During the above period, he was engaged in the education and research of immunology. Dr. Toyoshima joined Pharmaceuticals and Medical Devices Evaluation Center (PMDEC), the predecessor of PMDA, as the Center Director in 2000. With the establishment of the Pharmaceuticals

9 and Medical Devices Agency (PMDA), he moved to PMDA as the Executive Director and the Director, Center for Product Evaluation. During his period in PMDEC and PMDA (FY2000-FY2009), Dr. Toyoshima was responsible for the review and evaluation of NDA, Biologics, OTC/Generic Drugs, Medical Devices and Conformity Audit and participated in the harmonization in regulatory requirements for new drug development such as the member of ICH steering committee. After retirement of the Executive director, he served as the Senior Adviser at PMDA (FY2010-FY2011). Dr. Toyoshima serves as the Executive Director at Japan Pharmacist Education Center (JPEC) from FY2011. He is also engaged in research and development as the Visiting Professor at the Center for iPS Cell Research and Application, Kyoto University.

Dr. Peng Wang (China) Chief Scientific Officer Simcere Pharmaceuticals Group Simcere’s international collaboration on pharmaceutical R&D

Dr. Peng Wang is currently Chief Scientific Officer of Simcere Pharmaceuticals Group, a leading Chinese pharmaceutical company headquartered in Nanjing, China (simcere.com; “SCR” at NYSE). Prior to joining Simcere, Dr. Wang was with PharmaTech (wuxiapptec.com; “WX” at NYSE), a leading pharmaceutical CRO in China, as Vice President of Discovery Biology. Prior to joining WuXi PharmaTech, Dr. Wang worked on discovery through early clinical development for Schering-Plough in New Jersey, USA for 18 years. Dr. Wang has made significant contributions to discovery and early development of several drug candidates. Dr. Wang has published numerous papers as corresponding author in leading scientific journals such as Proc. Natl. Acad. Sci. USA, J. Biol. Chem., Blood, J. Immunol., Am. J. Respir. Crit. Care Med., Mol. Pharmacol., Biochem. J. etc. Dr. Wang received his Ph.D. in Biochemistry from the University of Tokyo, and his B.S. in medicinal chemistry from the China Pharmaceutical University. Jay W. Mason (USA) Chief Medical Officer, Spaulding Clinical Research and Professor of Medicine, University of Utah Update on the ICH-E-14 QT Guidance to Industry and its Effect on Clinical Pharmaceutical Research in China

Dr. Mason is Chief Medical Officer at Spaulding Clinical Research, Professor of Medicine (Cardiology) at the University and an independent consultant in cardiac safety. He obtained his undergraduate degree at Princeton University and his MD degree at the University of Pennsylvania. Dr. Mason trained in Medicine and Cardiovascular Diseases at Stanford University where he was a member of

10 the Faculty from 1975 to 1983 and served as Director of the Cardiac Arrhythmia Service and Co- director of the Cardiac Catheterization Laboratories. He became Chief of Cardiology at the University of Utah in 1983. In 1999 he was appointed Chairman of the Department of Medicine at the University of Kentucky. He remains a Professor of Medicine and Cardiology at the University of Utah. From 2003 to 2007 he served as Medical Director and Director of R&D at Covance Cardiac Safety Services. His clinical, teaching and research emphasis is in cardiac arrhythmias, electrocardiography and electrophysiology. Dr. Mason chaired the American College of Cardiology’s electrocardiography educational committees for over 20 years. He has been awarded more than $29M in NIH support during his research career and is author of over 400 publications. New Materials

Mark Bomberg (USA) Research Professor Syracuse University

Graduated in Civil Engineering at Warsaw Technical University, Poland, he earned there a title of Doctor of Science (Engineering) and later, while in Sweden, another title of Technology Doctor at Lund University, Sweden. Thirty four years ago he immigrated to Canada and after about 24 years with National Research Council of Canada he left to teach, first at Concordia University in Montreal and later as the Research Professor at Building Energy and Environmental Systems Laboratory, at Syracuse University, Syracuse, NY where he leads a hygrothermal research team. He works as research consultant in the US and Germany as the editor-in-chief, Journal of Building Physics, Sage Publications, London, UK and visiting professor at in Nanjing. Being recognized for his expertise in heat, air and moisture transfer and particularly in thermal insulation materials Dr. Bomberg has been invited to lecture in Germany, Poland, Japan and China and many NA Universities. He wrote more than 200 research papers. He is a member of ASTM (E6, C16 and E60), ASHRAE, board of direction of BETEC (co-chair of RCC on Building Enclosure Integration), CIB W40 (chair of TG on material characterization and HAM model verification), and track-chair in organizing committee of Building Enclosure Science and Technology (BEST) Conferences in US (2008 and 2010) and 2010_BEST CN in China and 2010 in Central Europe Building Physics.

Li Hong (USA) Staff Scientist PPG Industries, Inc.

Dr. Hong Li earned a Ph.D. in Metallurgical Engineering from the Mackay School of Mines, University of Nevada, Reno USA in 1992 where he studied “Fracture Mechanics of Composite Materials.” Dr Li also holds an M.S. degree in Materials Science and Engineering from the University of Washington, Seattle USA where he studied “Plastic Deformation Anisotropy of Single Crystals” (1998) and a B.S.

11 degree Ceramic Science and Engineering from the New York State College of Ceramics at Alfred University USA where he studied “Ceramic Materials Sintering.” (1987). Dr. Li also holds a B.E in Mechanical Engineering from the Shanghai Maritime University, Shanghai China (1982). Dr. Li is currently a Staff Scientist in Fiber Glass Science and Technology, PPG Industries, Inc. in Pittsburgh, USA where he leads the development of new fiber glass technologies for high end printed circuit boards, next generation wind blades, corrosion, and other glass fiber end use markets. With PPG, Dr. Li has more than ten patent applications and granted patents covering low-emission boron containing fiber glasses, high performance electronic fibers for PCB, energy friendly glass fibers, hybrid nanocomposites, among others. He is a recipient of the PPG INNOVA AWARD 2008 for his outstanding innovations. Prior experience includes SCHOTT North America Inc. where Dr. Li was a Senior Scientist who led a research team to develop high-average energy and high-peak power laser glasses resulting in three patent applications on file in 2010. From 1994 to 2000, Dr. Li also served as a Senior Research Scientist at Pacific Northwest National Laboratories (USA), focusing on research and development of glasses to immobilize low- and high-level radioactive materials. Dr. Li has more than 70 publications in peer reviewed technical journals and organized and chaired several well recognized symposia and conferences covering fundamental glass science research and fiber glass technology. He co-edited a volume of Ceramic Transitions Melt Chemistry, Relaxation, and Solidification Kinetics of Glasses (2005) and a topic issue of Inorganic Fibers, Journal of American Ceramic Society (2006). In 2009, Dr Li was chairman of the Glass and Optical Materials Division (GOMD) of the American Ceramic Society (ACerS) and now serves as a council member of International Commission on Glass, representing ACerS. Dr. Li has been selected by Who’s Who in America for the 66th Edition 2012 by Marguis Who’s Who® Publications and nominated for the ACerS Fellow by the Nuclear & Environmental Technology Division (ACerS, 2011).

Hunaid Badruddin Nulwala (USA)

National Energy Technology Laboratory, US Department of Energy Department of Chemistry, Carnegie Mellon University

Dr. Nulwala is currently a joint appointment between Carnegie Mellon University and U.S. Department of Energy’s (DOE) National Energy Technology Laboratory, plays a key role in developing collaborations between academia, industry and US DoE’s. He holds a business degree from the University of Karachi, Pakistan with focus on accounting and business management. He also holds a four-year degree in polymer processing and engineering from London Metropolitan University (University of North London). He earned his third degree in polymer chemistry from Rochester Institute of Technology, NY. Before pursuing his doctoral degree Dr. Nulwala worked at Kodak Research Laboratory and General Electric Global Research facility as a researcher. In 2009, he earned his Ph.D. from the University of California Santa Barbara in polymer chemistry with an emphasis on structure property relationships in polymeric materials, At UCSB, where he was heavily involved in the development of new encapsulent materials for Solid State Lighting devices in an industrial collaboration with Mitsubishi Chemical Company. After finishing his Ph.D. Dr. Nulwala joined NETL in Pittsburgh, PA as an ORISE post-doctoral fellow to develop new materials and membranes for carbon capture and storage applications. Dr Nulwala holds 4 patents and numerous peer reviewed publications. Dr. Nulwala is also a reviewer for Journal of Polymer Scienc Part A and Journal of Membrane Sciences.

Nobuo Kamiya (Japan)

12 Professor The OCU Advanced Research Institute for Natural Science and Technology (OCARINA) Osaka City University

In 1984, PhD degree was given from Nagoya University, Japan, to the protein crystallographic research on a protein-proteinase inhibitor, plasminostreptin. As a post-doctoral fellow of National Laboratory for High Energy Physics, KEK, Japan, I constructed the first protein crystallography beamline (BL6A) of Japan at the Photon Factory. From 1985, The Institute of Physical and Chemical Research (RIKEN), Japan, employed me as a researcher and gave many opportunities for structural biology researches. After the construction of the first structural biology beamline (BL41XU) at SPring- 8, Japan, in 2005, I changed my position from RIKEN to Osaka City University (OCU), Japan. In order to expand the research field of artificial photosynthesis, in 2010, I have participated to develop a new institute of OCU, The OCU Advanced Research Institute for Natural Science and Technology (OCARINA). The protein crystallographic research for photosystem II was started from 1990 with Dr. Jian-Ren Shen (He was also a member of RIKEN, at present, Professor of Okayama University, Japan).

Guest Speakers

Roland BENT (Germany) Member of the Executive Board Executive Vice President Marketing and Development Phoenix Contact GmbH & Co. KG

Roland Bent, born in 1958, studied electrical engineering with main focus on telecommunications engineering at the University Of Applied Sciences Of East Westphalia-Lippe in Germany. He has been working at Phoenix Contact GmbH & Co. KG since 1984. The company is one of the worldwide leading suppliers for electromechanical and electronic interface products as well as comprehensive automation solutions.

13 As a member of the Executive Board, Roland Bent today is Executive Vice President Product- Marketing and Development. His area of responsibility moreover includes the innovation and technology management as well as the management of the international R&D centers of the company.

Besides his work at Phoenix Contact, Roland Bent has further responsibilities in various industry and scientific organisations. He is a member of the Board of Directors of the trade association Automation and Chairman of the Board of Department 6, industrial controls, switch gear, switch plants of the German Electrical and Electronic Manufacturers´ Association (ZVEI e.V.). As the Vice Chairman of the working group “International Standardisation” of the ZVEI he is involved in the standardisation strategy of the German electrotechnical industry. He also is a member of the exhibitors’ advisory board of the trade fairs SPS/IPC/DRIVES, Electronica and Hanover Fair.

For the “Institute for Industrial IT” (InIT) of the University of East Westphalia-Lippe he is acting as a member of the Science Advisory Board. In 2010 he became a member of the Advisory Board of Fraunhofer Institute IOSB. Since 2009 he is a guest professor at the Tongji University in Shanghai.

Roland Bent is also active in the electrotechnical standardisation organisation IEC (International Electrotechnical Commission). He is the President of the German Committee of IEC and the German representative in the Council Board of IEC.

He is currently also involved in the National Platform for Electrical-Mobility – an advisory organization for the Federal Government of Germany - as the Vice-Chairman of the working group for standardisation.

14 Annex B: Overseas Participants List

No. Name Country Occupation Organization

Managing SkyQuest Technology Consulting 1 Akash Bhavsar India Director Pvt. Ltd. 2 Alice Newton UK Professor University of Algarve 3 Amir Cohen Israel CEO EGM- Electrical Grid Management 4 Aldo D'Eramo Australia Director MicroHeat Technologies Pty Ltd Ashraf Rashid Renewable Energy Research & 5 Pakistan Director Siddiqi Training Centre 6 Barbara Solich Poland Science Officer IHDP 7 Bitao Sarapa USA Professor University of Utah Bonnie(Chi 8 South Africa CFO Africa Greenergy Corporation Bing) Wu 《Energy & Buildings》of Elsevier Branislav Chief Editor & Co. Ltd 9 Serbia Todorovic President Serbian Society for Heating and Air Conditioning Marketing Grace Semiconductor 10 Calvin Hu China Director Manufacturing Corporation Assistant to Churdchan Office of Inspector General 11 Thailand Inspector Juangbhanich Ministry of Science and Technology General Worldwide Licensing and the David Senior Vice 12 USA Knowledge Management Nicholson President Merck Research Laboratories Deborah S. IHDP Science 13 USA IHDP Rogers Officer General Solutions Unlimited Australia Pty 14 Frances Foster Australia Manager Ltd 15 Francis Mbayo Congo CEO Mbazai & Son's International Ltd 16 Franco Martini Italy CEO Soletra SRL 17 Fu Weikang China IBM President & 18 Fumikatu Itou Japan Japan moltec, Inc. CEO General 19 Gao Teng Belgium IMEC China Manager Department of Electronic & George Jie Hong Kong, Computer Engineering 20 Professor Yuan China The Hong Kong University of Science and Technology German 21 Colombia Professor Universidad Nacional de Colombia Palacio Managing 22 Gregory Cole Australia Eli Innovation Director Hartwig Science Institute of Coastal Research, Loicz 23 Hubertus Germany Manger International Project Office Kermer 24 Heinz Gutscher Switzerland Professor University of Zurich

Henricus B.J. The 25 Professor Wageningen University Leemans Netherlands

15 Department of Electronic Henry Shu Hong Kong, 26 Professor Engineering Hung Chung China City University of Hong Kong PPG Industries, Inc 27 Hong Li USA Scientist Glass Business and Discovery Center Division of Life Sciences Hong Kong, 28 Hong Xue Professor The Hong Kong University of China Science and Technology National Energy Technology Hunaid Laboratory, US Department of 29 Badruddin USA Professor Energy Department of Chemistry, Nulwala Carnegie Mellon University Itumeleng M 30 South Africa Member Matajiri Projects Mphalele

Spaulding Clinical Research and Chief Medical 31 Jay W. Mason USA Professor of Medicine, University of Officer Utah

S&T Facility Network with Regulation Agency, 32 Jeni Ruslan Indonesia Director The Ministry of Science and Technology, Republic of Indonesia Managing 33 John Johnston Australia Pyksis Pty Ltd Director Department of Physics & Materials Johnny Chung Hong Kong, 34 Professor Engineering Yin HO China City University of Hong Kong Foundation,National Research Jyunsyaku Foundation Medical Technology 35 Japan Director Nakakawa Japan Institute of Medical Technology Natural Energy Technology 36 Ka Reiyou Japan Board Member Association (LLP)（NETA） 37 Kevin Aisbitt UK Director Technology Links 2 Koeru President & 38 Japan Ａ.Ｓ.Ｋ. Corporation Inc Nakasone CEO Victory Kankyo Shigen Kenkyujo 39 Kon Katsuo Japan President Co., Ltd. Hong Kong Client 40 Lam Pun Shing IBM China Executive Research 41 Mark Bomberg USA Syracuse University Professor Global Mark Business 42 Australia Pyksis Pty Ltd Gustowski Development Manager ARC Photovoltaics Centre of Martin A. Excellence School of Photovoltaic 43 Australia Professor Green and Renewable Energy Engineering University of New South Wales Marumo Victory Kankyo Shigen Kenkyujo 44 Japan Director Toshiaki Co., Ltd.

16 Mau-Chung University of California, Los 45 USA Professor Frank Chang Angeles Medhat 46 Egypt Researcher National Research Centre Mekhail Tawfik 47 Melaba China Technology Links 2 Department of Building & Real Hong Kong, 48 Meng Ni Professor Estate China Hong Kong Polytechnic University Michail Executive 49 UGEC Fragkias Officer Mourad El- 50 Canada Professor McGill University Gamal Muramatsu Victory Kankyo Shigen Kenkyujo 51 Japan Director Mitsuyoshi Co., Ltd. APEC Center for Technology Foresight Nares Executive 52 Thailand National Science Technology and Damrongchai Director Innovation Policy Office (STI), Thailand Nathan Chief Alberta Shanghai Office 53 Canada A.Wright Representative Government of Alberta Institute of World Economy and 54 Nikitina Elena Russia Professor International Relations of the Russian Academy of Sciences 55 Nishihara Kenji Japan Representative Messe Corporation Co., Ltd The OCU Advanced Research Institute for Natural Science and 56 Nobuo Kamiya Japan Professor Technology Osaka City University Partha 57 UK IHDP Chairman University of Cambridge Dasgupta Department of Electronic & Hong Kong, Computer Engineering 58 Patrick C. Yue Professor China The Hong Kong University of Science and Technology

Chief Scientific 59 Peng Wang China Simcere Pharmaceuticals Group Officer

Prieur-Richard Diversitas 60 France IVERSITAS Anne-Hélène Director 61 Rob Scott Australia Chairman Angel Shanghai Robert 62 US Professor Portland State University Costanza Robert Van 63 Australia CEO MicroHeat Technologies Pty Ltd Aken Executive Vice 64 Roland Bent Germany Phoenix Contact GmbH & Co. KG President Ruben The 65 ESG Director Lund University Zondervan Netherlands Sander Ernst The 66 Professor Arizona State University van der Leeuw Netherlands Chairman of Satoshi 67 Japan the Board of Japan Pharmacist Education Center Toyoshima Directors

17 Shizuo 68 Japan Deputy Director Excite the System Laboratory Yamane Steven J Board Member 69 South Africa Africa Greenergy Corporation Singleton Ma CEO Tadayosi President & 70 Japan Japan Shinto Industrial Goods Suzuki CEO Tobias Department of Geography and 71 Germany Professor Langanke Geology, University of Copenhagen 72 Tony Chen Singapore President The Asia Pacific & Japan Toshikazu 73 Japan President Now Design House Co., Ltd Uezawa 74 Viki Forrest Australia CEO ANZA Technology Network 75 Wan Zaharah Malaysia Lead Shepherd ISTWG APEC Wihatmoko The Ministry of Science and 76 Indonesia Deputy Director Waskitoaji Technology School of Hotel and Tourism Wilco Wai Hong Kong, 77 Professor Management Hung Chan China Hong Kong Polytechnic University Department of Mechanical 78 Xianguo Li China Professor Engineering University of Waterloo School of Environment and Society, 79 Xuemei Bai Australia Professor Australia National University 80 Ye Qian China Professor Australia National University 81 Zhao Jianhua China CTO China Sunergy (Nanjing) Co., Ltd Participants registered late Senior Science Department of Science and The 82 Lorna M. Egay Research Technology industrial Technology Philippines Specialist Development Institute Exeutive Emerging Markets R&D Discovery 83 Yong kui sun Director and preclinical Sciences, Merck

18 Annex C: Chinese Participating Organizations and Companies List

(By Sept. 30th, 2011) No. Organization

1 Department of International Cooperation, Ministry of Science & Technology, China Department of International Organizations and Conferences, Ministry of Foreign Affaris, 2 China 3 Provincial Science & Technology Department 4 Nanjing Municipal Science & Technology Commission 5 China Science & Technology Exchange Center 6 Nanjing Xuanwu Science & Technology Bureau 7 Nanjing Gulou District Science & Technology Bureau 8 Nanjing Science & Technology Bureau 9 Nanjing Science & Technology Bureau 10 Nanjing Science & Technology Bureau 11 Nanjing Yuhua District Science & Technology Bureau 12 Nanjing Xiaguan District Science & Technology Bureau 13 Nanjing Science & Technology Bureau 14 Nanjing Science & Technology Bureau 15 Nanjing Science & Technology Bureau 16 Nanjing Science & Technology Bureau 17 Nanjing Lishui Country Science & Technology Bureau 18 Nanjing Gaochun County Science & Technology Bureau 19 Nanjing New & High Technology Industry Development Zone 20 Nanjing Economic and Technological Development Zone 21 Nanjing Jiangning Development Zone 22 Chi-Lin Innovation Park 23 24 Southeast University 25 Nanjing University of Technology 26 Nanjing University of Aeronautics and Astronautics 27 Nanjing University of Science and Technology 28 Nanjing International Technology Transfer Center 29 Nanjing Municipal Science & Technology Information Institute 30 Global Trading Management,Inc 31 3D view 32 Jiangsu Jinmao Industrial Fund Management Co., Ltd 33 CEMT(Nanjig) Electrical Machine Co., Ltd. 34 Jiangsu Jiuli Environment Technology Co., Ltd. 35 Jiangsu Provincial Communication Planning and Design Institute Co., Ltd. 36 Nanjing Hitech Composites Co.,Ltd. 37 Nanjing Sinergy Transmission Mechanics Co., Ltd. 38 Nanjing Fiberglass R&D Institute 39 China Sunergy (Nanjing) Co., Ltd. 40 Simcere Pharmaceutical Group

19 41 First O-lite, Inc 42 Phoenix Contact 43 Infinity Group Huawei Technologies. Co., Ltd. 44 Nanjing Institute 45 Jingsu Provincial Association for International Science and Technology Development 46 Jiangsu Sport Science Society 47 Nanjing Environment Protection Science Institute 48 Nanjing Tianhua Chemical Engineering Co., Ltd. 49 Nanjing Junye Process Equipment Co., Ltd 50 We-Yong Industrial & Trading Co., Ltd. 51 Nanjing Zhuntuo Information Technology Co., Ltd. 52 Inner Mongolia University of Technology 53 Inner Mongolia Shenzhou Photovoltaic Power Co., Ltd 54 Inner Mongolia Electric Power (Group) Co., Ltd 55 Beijing Corona Science & Technology Co., Ltd 56 Nanjing First Second Power Equipment Co., Ltd 57 Shandong Sacred Sun Power Sources Co., Ltd 58 Fujian Xianxing Electric Equipment Co., Ltd 59 Shandong Sishui Merchants 60 CSR Nanjing Puzhen Rolling Stock Co., Ltd

20 Annex D Company List to the B2B meetings

1. Natural Energy Technology Association 2. Foundation, National Research Foundation Medical Technology Japan Institute of Medical Technology 3. Japan Shinto Industrial Goods 4. Excite the system Laboratory 5. Now Design House Co.,Ltd 6. SkyQuest Technology Consulting Pt. Ltd. 7. Solutions Unlimited Australia Pty. Ltd. 8. ANZA Technology Network 9. T2C Associate Inc. 10. Nanjing Pioneer Science & Technology Company 11. Jiangsu Provincial Association for International Science and Technology Development 12. We-Yong Industrial & Trading Co., Ltd. 13. Jiangsu Sport Science Society 14. Jiangsu Research Institute of Building Science Co., Ltd. 15. First O-lite, Inc 16. Nanjing Luding New Energy Co., Ltd. 17. Nanjing Shangyuanwei Technology Co., Ltd. 18. Global Trading Management, Inc. 19. Nanjing Tianhua Chemical Engineering Co., Ltd. 20. Jiangsu Jiuli Environment Technology Co., Ltd 21. CEMT (Nanjing) Electrical Machine Co., Ltd. 22. Phoenix Contact (Nanjing) R&D and Engineering Center Co., Ltd.

21 Annex E: Technology Offers and Requests

Part One: Technology Offer

A: Technology Offer from Hungary 1. Miniature holter technology, CardiaCom 2. Carrier materials for mosquito-larvae killing pesticides 3. Continuous room-temperature biodiesel production 4. Eco fertilizer 5. Environmentally friendly power plant 6. A natural preparation for the relief of anxiety 7. Herbal human parasite elimination program 8. Intelligent wireless power management systems 9. An innovative, most compatible and highest quality IPTV solution 10. Light frame steel construction technology 11. Metal reclamation technology in electroplating 12. A Polarization Mode Dispersion (PMD) emulator with tunable first order PMD and a constant second order PMD for emulation of PMD in optical network systems 13. POREL 100 – air filtering device 14. Prevention System for Electrical Fault (PSEF) 15. Complex SMS compression, translation and text to speech technology 16. Special seating and positioning tilt-in-space wheelchair 17. Novel transdermal medical gas delivery technology 18. Treatment of gastrointestinal disorders associated with enhanced motility and inflammation using kynurenic acid 19. Vacuum Pump Filter 20. Wastewater treatment in electroplating 21. Wireless digital transmitter system

B: Technology Offer from India 1．Selection of Stem Cells through Resistance to Death Signals 2．Novel Capsule having faster disintegration and dissolutions property 3. Chlamydia trachomatis and Neisseria gonorrhoeae detection kit 4. Plasmid construct to screen antiretroviral drugs 5. Real-time monitoring of cellular processes 6．An automatic rear view and side view mirror positioning system 7．Graphene Based Solar-Cell Technology 8. Eradication of Congress Weed/ Congress Grass 9．Two stages dental implant 10．Venom used as pain killer 11．Process of Preparation of Gefitinib 12．Process of Preparation of Erlotinib 13．Herbal remedy to prevent atherosclerosis

22 14．A Lipid-based Drug for Treating Cancer by Blocking Blood Supply to the Tumor Tissue and Thereby Causing Its Death 15．HIV-1 Subtype C Therapeutic Vaccine

C: Technology Offer from Australia 1. Lube Oil Industry The technology repeatedly launders and restores segregated used mineral lube oil on‐site so that the laundered and restored lube oil is fit for the same, continued high valued use. It is the only system in the World that removes all contaminants without harming or removing any active oil additives still present in the lube oil. The Australian market alone was over AUD40M, US market is estimated at over AUD500M Phase 1 – Pilot ‐ $200,000USD Phase 2 – Market Entry ‐$600,000 USD Phase 3 – Business Expansion‐ $1.7m USD

2. Environmental Protection The technology has been successfully tested in Australia and China to treat waste water, sewage to separate the sludge that can then be used for fertilizer and in doing so eliminate the need for disposal, landfill, waterways, agriculture or incineration. The technology reduces production costs by 20% ‐ 40% in comparison with existing pathways. Other benefits to WWTP operators include disposal cost reduction, contaminant management, water recover, enhanced plant capacity and energy cost reductions. In China 2005 there were more than 780 wastewater treatment plants (WWTPs) (treatment capacity of 76 million m3/d) with a further 1,000 plants to be put to operation in the next decade. $750,000 ‐ $1,000,000 USD over a three year period with a 20‐30% shareholding in the Chinese entity is available.

3. Steel Industry This is a system that is building on the existing methods to shape steel such as roll forming. It is felt by this company that roll forming has a number of disadvantages including the errors that can occur in the long lengths of steel that are being formed. The company has developed a system for continuous press forming of steel to produce simple or complex profiles from sheet metal without the material deformations that are common problems with existing roll forming processes. The company is seeking finance to build a full scale commercial prototype to not only show to potential clients, but to also commercially form saleable product.

4. Water Treatment The company is presently commercializing membrane technology designed to produce clean water from a salty water feedstock. This solution is offering a cost effective way to avoid the high capital costs involved in this process. Initial investment is $400,000AUSD to fund the construction of a 10 litre per day pilot plant and then to raise a further $950,000 AUSD to build 1000 litre per day pilot plant.

23

5. Water Treatment Non‐chemical water treatment and reuse system that has worldwide domestic, community, commercial, agricultural and industrial applications use only one submersible pump. The system is an active water treatment business in Australia which is currently foe sale and is based on technology which is significantly more energy efficient than other operating methods and does not require chlorine to disinfect the final effluent. Australian water sector is valued at about AUD 18 Billion

6. Minerals Production The company is offering the chance to invest in a novel nickel production process that can reduce operating costs by an average of $3,500/t (a saving of 30‐50% compared to existing processes) and provide significant savings to mining companies. The company has built upon existing industry standard process and applied its technology to make this process more efficient. Global nickel market is currently worth $40 billion and growing at 4‐5%. $7.2m USD investment required for the following: $3.4m to build a demonstration facility $2.1m for engineering $0.7m for marketing and corporate overheads $0.6m as contingency $0.4m for raising costs

7. Simulation Training Simulated skin with novel properties for clinical training mannequin. The product dramatically improves on current simulation technology with its tactile feedback, in the form of color, heat and moisture changes in a realistic feeling skin layer over the manikin, this providing a greatly enhanced simulation training experience for training of paramedic and other emergency response personnel. The overall training manikin market exceeds $100 million with strong growth especially from emerging markets in Asia. Commercial partners are sought as licensees for the technology and to work with the researchers to further develop this platform technology.

8. Security/Government Improved security screening of performance of screening for inorganic explosives suited to the particular challenges of mass transit situations, decreasing surveillance time and security risks of terrorism, etc The Asia‐Pacific market for airport screening technology is estimated at $3.58 billion in 2008 and growing at 9.0% p.a Patent owners are seeking a collaboration partner or licensee to help develop and distribute commercial products

9. Biomedical Superior Blood Clotting Agent for Preparing Higher Quality Serum. The technology clots blood more efficiently than current methods, even from patients taking anti-coagulating agents. It yields

24 high quality serum for more accurate results, translate into cost reductions for healthcare systems and reduced risk of is diagnosis. Current estimates indicate that the tubes can be manufactured at a competitive price. A few large companies dominate a global market of up to $1B. Licensing partner is required to further develop this technology.

10. Food Solubility is a major issue for many pharmaceutical, cosmetic, neutral-ceutical and food product and production of a stable and flexible food grade nano-emulsion has so far proved elusive. This technology looks to solve this challenge by producing a food‐grade nano-emulsion with high solubilising potential that could act as universal solvent for phyto-chemicals. This technology has a range of applications. The most attractive market for which is the global nanotechnology food market, estimated at ~US$20.4 billion. Licensing partner is required in consumer electronics to further develop Asia Pacific Markets

11. Mining and mineral exploration Portable analysis using capillary electrophoresis to test of soil and water samples for fast data generation more informative analysis, greater accuracy, and the ability to detect a wide range of substances without interferences than current methods. The mining and mineral exploration has a market representing more than USD 300 million in 2009. Seeking investment/licensing partners to work with the researchers on developing the technology from a prototype to a commercial product.

12. Biomedical Process for the ex vivo manufacture of neutrophil‐type cells (a type of white blood cell) to help cancer patients fight infection at a more cost effective method than conventional treatments to reduce the number and length of hospitalisations for infection and improve morbidity and mortality rates. AUD 2.5M to cover tech transfer, GMP manufacturing and Clinical 1 Trial costs

D: Other Overseas Technology Offer 1. Micro Algae to Bio-fuel Production （Israel） 2. Breast Cancer-One Day Diagnosis and Treatment (USA) 3. A Diagnostic Kit for Detecting Influenza Virus （Israel） 4. Prevention System for Electric Faults (PSEF) （India） 5. Injectable Sustained Release Technology （UK） 6. A Novel Composition for Treating Peptic Ulcer （India） 7. Continuous & Real-time Measurement of Kidney Function（Israel）8．Alternative Fuel Systems For Driving Turbines（Israel）

Part Two: Technology Requests

A: Technology Request from India

25 1. Three-dimensional TV viewing technology, Large Size viewing panel 2. Solar Photovoltaic Cells/ Solar and Wind Power Hybrid Solutions 3. Cardio vascular related technologies and products 4. Dermatology products 5. Enoxaparin 6. Sevoflurane

B: Other Technology Requests 1. Anti HIV Drugs （India & China） 2. Anti Virus Drugs（India & China） 3. Rapid Diagnostic Technology for Infectious Diseases（India） 4. Rapid Diagnostic Technology for Malaria（India） 5. Process Technology for Enoxaparin（India） 6. Manufacturing Technology for Imidazole（India） 7. Process Technology for Neo Pentyl Glycol（India） 8. Process Technology for Para formaldehyde（India） 9. Process Technology for Sodium Formaldehyde Sulphoxylate（India） 10. Process Technology for Sodium Melamine Sulphonate Formaldehyde Condensate（India） 11. Process Technology for Sodium Naphthalene Sulphonate Formaldehyde Condensate (SNF) 12. Process Technology for Tri Methylol Propane（India）

C: Technology Requests from Nanjing New Energy and New Material 2011-X-011 Industrialization of Backside Etching to Improve Solar Cell Efficiency 2011-X-012 Power Lithium Battery Grouping Technology 2011-X-013 Pore-forming Agents for Wall-flow Honeycomb Ceramics Filter 2011-X-014 Development and Industrialization of Key Intermediates Used for Responsive Polyether Large Monomer 2011-X-015 Development of High-performance Repair and Reinforcement Materials 2011-X-016 Research on Functional Building Paint with Photo-catalytic Degradation of Volatile Organic Compounds (VOCs) 2011-X-017 Manufacturing Technology for High-uniformity Specific Glass Fiber 2011-X-018 Welding and Heat Treatment Research and Analysis of Nonferrous Metal and its Explosion Welding Composite Materials 2011-X-019

26 Component, Proportion, Molding Process and Processing Technique for Polymer Matrix Composite Materials 2011-X-020 Continuous Synthesis Technology for High Active Amino Terminated Polyether 2011-X-021 New High-temperature-Resistant Aludirome Biomedicine 2011-X-026 Innovative Drugs, Target-oriented Preparation Technology, Long Effective Injection Preparation Technology and Biopharmaceuticals Preparation Technology 2011-X-027 Large Scale Cultivation Technology for Animal Cells 2011-X-028 Chemiluminescent Immunoassay (CLIA) 2011-X-029 Comprehensive Technology Platform to Humanize Mouse Antibody and Improve Affinity 2011-X-030 Technology for Production of 100 Tons of L-Cysteine Annually by Bio-enzyme Energy Conservation and Environmental Protection 2011-X-031 Alternative Technology for Freon in the Production of XPS Insulation Board 2011-X-032 Combustion Technology Which Saves Energy and Reduces Emissions Advanced and Intelligent Automation Control Technology 2011-X-033 Active Lime and Burnt Dolomite Calcining Equipment and Technology R&D Which is Energy- saving and Environment-protecting 2011-X-034 High Power and Vortex Permanent Magnetic Speed Controller for 1000 KW Motor 2011-X-035 Industrialization of Energy Efficient Cooling Tower Which Radiates Heat through Blades Driven by Water Turbine 2011-X-036 Design and Manufacture of Automatic Scraps Sample Machine 2011-X-037 Light and Sound Control System for Built-in Sun-shading Windows

Part Three: Projects Seeking for Cooperative Partners Environmental Protection 2011-Z-038 New Process of Using Spent Sulfuric Acid of Titanium White Powder as Raw Materials to Produce High-performance Building Materials

27 2011-Z-039 Development and Application of Intelligent Solar LED Street Lamps 2011-Z-040 Using Crop Straws to Prepare Mattress for Tray-packed Cold 市 Fresh Meat 2011-Z-041 High-performance Double Helix Metallic Honeycomb Substrate for Tail Gas Clean-up 2011-Z-042 Relevant Projects for Technical Specifications for Flue Gas Desulfurization (FGD) of Thermal Power Plant through Ammonia Process 2011-Z-043 Stress and Heat-insulation Research on Cast-in-place Reinforced Concrete Hollow Flat-plate Floor Energy Conservation and Environmental Protection 2011-Z-044 Industrialization of Reducing Agent Used for Absorption of Exhausts Meeting State Emission Standard Ⅳ and Ⅴ 2011-Z-045 High-performance Bio-degradable Synthesized Lubricating Oil Project 2011-Z-046 Upgrading and Industrialization of OLED Lighting Technology 2011-Z-047 Industrialization of Key Technical Equipment for Recycling and Low-carbon Asphalt Pavement 2011-Z-048 R&D and Industrialization of High-efficiency and Energy Efficient Calcining Set Equipment 2011-Z-049 R&D and Industrialization of Special and Environment-protecting Filtering Material Which can Catalytically Decompose Dioxins 2011-Z-050 Technical Integration and Set Equipment R&D and Industrialization for Preparation of High Density SO2 and High Activity CaO through Decomposing Ash Containing Calcium Sulfite 2011-Z-051 R&D and Industrialization of New and Efficient Air-conditioning Products with Independent Temperature and Humidity Control 2011-Z-052 R&D and Industrialization of Key Equipment for Large-size Power Generation by Low Temperature Waste Heat 2011-Z-053 Industrialization of Triple Redundant and Failure-free Control System for Gas Turbine 2011-Z-054 Industrialization of Full Set of Technology and Equipment for Solid Waste Treatment and Zinc Oxide Recovery in Iron and Steel Works Using Heat-accumulating Rotary Hearth Furnace 2011-Z-055

28 Key Technology Development and Industrialization of On-line Monitoring and Analysis System for Energy Conservation and Emission Reduction Information in Industrial Kilns 2011-Z-056 R&D and Industrialization of High-voltage and High-capacity Variable Frequency Variable Speed Systems 2011-Z-057 R&D and Industrialization of Pollutant Source Environmental Monitoring System Based on Intelligent Sensor 2011-Z-058 R&D and Industrialization of Efficient Recovery and Step Utilization of Corrosive Flue Gas Waste Heat 2011-Z-059 Industrialization of Full Set of Technology and Equipment for Automatic Separating and Recovery of Oil-polluted Water 2011-Z-060 Metal/Ceramic Wafer Used for Large Power LED Encapsulation and Encapsulation Technology 2011-Z-061 RS39 Parallel Flow Evaporator Type Air Conditioner for Automobile 2011-Z-062 R&D and Industrialization of Technology and Equipment for Production of New Energy-saving Insulation Materials Using Waste Plastic and Carbon Dioxide 2011-Z-063 Industrialization of Bio-diatomaceous Earth Technology and Equipment for Phosphate and Nitrogen Removal 2011-Z-064 Research on Brush Seals of Turbomachinery 2011-Z-065 Research and Application of Building Rubble Recycling Technology Bio-medicine 2011-Z-066 Major Innovation and Industrialization of High-purity Heparin and Low Molecular Weight Heparin in Conformity with FDA Standard 2011-Z-067 Intermediate Industry Chain of Fluoro and Chloro Pyridine Series 2011-Z-068 Research and Industrialization of Innovative Anti Hepatitis B Drug Metacavir and its Preparation 2011-Z-069 Repeated Development and Industrialization of Blood-circulating and Pain-killing Capsule 2011-Z-070 R&D and Industrialization of Smart Digital X-ray Machine 2011-Z-071 R&D and Industrialization of Longqi Capsule—A New Anti Lung Cancer Drug 2011-Z-072

29 Abstraction of High-purity Unsaturated Fatty Acid Omega-3 2011-Z-073 Industrialization of Full-automatic Blood Analyser New Material 2011-Z-101 R&D and Industrialization of Green Chip of Laser Display Products 2011-Z-102 R&D and Industrialization of Set Technology for High-performance Magnesium Alloy Die Castings 2011-Z-103 Industrialization of Polymer-matrix Composite Material and its Products 2011-Z-104 High-performance Temperature Resistant Glass Fiber 2011-Z-105 Application and Industrialization of Explosion Composite Titanium Steel in Energy-saving and Emission-reducing Projects 2011-Z-106 R&D and Industrialization of Key Technology for Energy-saving and Fire-protecting Building Materials 2011-Z-107 Key Technology Development and Industrialization of LED Phosphor for High-performance LCD Backlight and General Lighting 2011-Z-108 R&D and Industrialization of SiC Epilayer for High Power Devices 2011-Z-109 Technical Research on TiAl Alloy and Reinforced Titanium Matrix Composite 2011-Z-110 R&D and Application of Nanocrystalline Metal Soft Magnetic Composite 2011-Z-111 Key Technology Research and Industrialization of Stabilizer for Annual 5000 Tons of Flexible and High-resilient Organic Silicon Foam 2011-Z-112 Applied Research on Clean and Energy-efficient Esterification Catalyst in BDO Production 2011-Z-113 New Technology for Safe Treatment of Drinking Water in Rural Areas 2011-Z-114 R&D and Industrialization of New and Special Rotational Moulding Composite Material 2011-Z-115 High Elective Catalytic Synthesis Technology for EBAC 2011-Z-116 Performance Measurement Method for Water-soluble Polymer Quenching Medium New Energy 2011-Z-117

30 R&D and Industrialization of LPD-based Antireflective Coating and Silicon Technology 2011-Z-118 R&D and Industrialization of Digitalized Wind Power Plant 2011-Z-119 R&D and Industrialization of Automatic Transmission for New Energy Powered Automobile 2011-Z-120 Mini Motor Sweeper 2011-Z-121 Key Technology R&D and Industrialization of Power Cell for Electric Vehicle 2011-Z-122 R&D and Production of Gearbox for Gas Turbine 2011-Z-123 Automatic Power Supply and Distribution System for Petro-chemical Works 2011-Z-124 Energy-saving Technology for Permanent Magnetic Speed Controller of 1000KW Motor 2011-Z-125 Technology and Equipment Development for Wet-type Catalytic Oxidative Desulfurization of Biomass Gases 2011-Z-126 Clean Production Technique for Damp-proof Packing Paper through New Sizing Technology 2011-Z-127 AC-driven System of Electric Vehicle

31 Annex F: Nanjing Initiative of “APEC Symposium on Low-Carbon Technology and Industrial Cooperation – 2011 Nanjing International Technology Transfer Conference”

Nanjing Initiative

APEC Symposium on Low-Carbon Technology and Industrial Cooperation

October 21st, 2011

Nanjing, China

“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. Over one hundred of representatives from 12 APEC member economies and other countries attended the event. Through wide exchange of ideas, a common consensus is reached in the initiative of low-carbon technology and industrial cooperation as follows: 1. The representatives believe that 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. The representatives appreciate the efforts made by the APEC Secretariat, ISTWG and the local host, Nanjing Municipal Science and Technology Commission in organizing the event. 2. The representatives agree that each APEC economy, with respective advantages in low- carbon technologies and industrial development, could strengthen bilateral or multilateral cooperation, learn from each other’s developing mode and best practices, accelerate the development of low- carbon technologies and industries, and promote low-carbon technology cooperation and transfer, all of which will achieve mutual benefit and win-win results. 3. The representatives propose that we take this Nanjing Symposium as the starting point and continue cooperation and exchange in the future. 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. 4. In order to launch the proposed “APEC Low-Carbon Technology Cooperation and Transfer Information Center”, Nanjing International Technology Transfer Center (NITTC) would like to undertake the preparatory work and serve as the Secretariat, make full play of the output of the Symposium, and provide substantial supports to the formation of the long-term cooperation mechanism. “APEC Low-Carbon Technology Cooperation and Transfer Information Center” welcomes active involvement from academia, industries and other stakeholders of all APEC member economies. The proposal and offer is highly appreciated by all the representatives. (END)

32 Annex G Budget and Actual Expenditure

Direct labor (Contractor)

Name Direct Labor Tang Baichuan USD 10,560.00 Total Actual Expenses USD 10,560.00

Budget USD 10,560.00

Travel (Speakers)

Name Honorarium Per Diem Airfare Martin Green USD 500.00 USD 697.5 Missing

Mau-Chung Frank USD 500.00 USD 697.5 USD 1,479.00 Chang

David Nicholson USD 500.00 USD 697.5 USD 1,193.00

Mark Bomberg USD 500.00 USD 697.5 CAD1,324.78

Zhao Jianhua USD 500.00 None None

Branislav Todorovic USD 500.00 USD 697.5 EURO1,630.00

Xianguo Li USD 500.00 USD 697.5 Missing

Tony Chen USD 500.00 USD 511.5 CNY230,00.00

Teng Gao USD 500.00 USD 697.5 None

Mourad El-Gamal USD 500.00 USD 697.5 USD2031.68

Satoshi Toyoshima USD 500.00 USD 697.5 JPY72,540.00

Peng Wang USD 500.00 None None

Jay W. Mason USD 500.00 USD 697.5 USD 1,842.00

Hong Li USD 500.00 USD 697.5 RMB3,247.00

Hunaid Badruddin USD 500.00 USD 697.5 EUSD 1,374.39 Nulwala

Nobuo Kamiya USD 500.00 USD 697.5 JPY120,000.00

Total Actual Expenses USD 8000.00 USD 9579.00 ？

Budget USD 8,000.00 USD 11,160.00 USD 20,800.00

Travel (Participants from travel-eligible economies)

Name Honorarium Per Diem Airfare

33 Jeni Ruslan USD 697.5 USD 840.00

Wihatmoko Waskitoaji USD 697.5 USD 840.00 Churdchan USD 697.5 THB23,860.00 Juangbhanich Nares Damrongchai USD 697.5 THB23,860.00

Ahmad Bin Zainal USD 697.5 RM5,890.00 Abidin

Chitra A/P USD 697.5 RM5,890.00 Subramaniam

Lorna Egay USD 697.5 Missing

Total Actual Expenses USD 4882.5 ？

Budget USD 15,345.00 USD 28,600.00

Other Items

Photocopying Communication Hosting

Total Actual Expenses USD 1,000.00 USD 500.00 USD 5,000.00

Budget USD 1,000.00 USD 500.00 USD 5,000.00

34 Annex H: APEC Funded Participants List

Sub-Symposium I: New Energy & Energy Efficiency

1. Martin Green (Australia) ---- Chair of the Group Professor Martin A. Green Executive Research Director ARC Photovoltaics Centre of Excellence School of Photovoltaic and Renewable Energy Engineering University of New South Wales SYDNEY NSW 2052 Tel: +61 (0)2 9385 4018 Fax: +61 (0)2 9662 4240 Email: [email protected] 2. Zhao Jianhua (China) CEO China Sunergy (Nanjing) Co., Ltd. 123 West Focheng Road Nanjing Jiangning Economic Development Zone Nanjing, 211100, China Tel: 0086-25-5276 6989 E-mail：[email protected] 3. Branislav Todorovic (Serbia) Chief editor of 《Energy & Buildings》of Elsevier Co. Ltd, President of Serbian Society for Heating and Air conditioning E-mail: [email protected]. ---- 4. Xianguo Li (China) Professor, Department of Mechanical Engineering University of Waterloo Waterloo, Ontario, Canada N2L 3G1 Tel: (519) 888-4567, x6843 Fax: (519) 888-6197 [email protected]

Sub-Symposium II: Integrated Circuit

5. Mau-Chung Frank Chang （USA）---- Chair of the Group Professor University of California, Los Angeles 420 Westwood Plaza, Room 56-147M Engineering 4 building Los Angeles, CA, 90095 USA Tel: +1-310-794-1633 Fax: +1-310-206-8495 [email protected]

6. Tony Chen (Singapore) President of Asia Pacific and Japan VP Grace Semiconductor Manufacturing Corporation 1399 Zuchongzhi Road,Zhangjiang Hi-Tech Park Shanghai, 201203, China Tel: +86-21-5080 8888 Fax: +86-21-5088 2008 [email protected]

7. Teng Gao (Belgium) General Manager Imec China

35 Room 701, Building 1, Lane 500, Zhangheng Road, Shanghai, 201204, China Tel: +86-21-5017-2918 Fax: +86-21-5017-2619 [email protected]

8. Mourad El-Gamal (Canada) Professor Dept. of Electrical & Computer Engineering McGill University 3480 University Street Montreal, Quebec, Canada H3A 2A7 Tel: 514-398-7139 Fax: 514-398-4470 [email protected]

Sub-Symposium III: Bio-Technology & Pharmaceuticals

9. David Nicholson (USA) ---- Chair of the Group Senior Vice President, Worldwide Licensing and the Knowledge Management Merck and Licensing in China [email protected]

10. Satoshi Toyoshima (Japan) Chairman of the Board of Directors Japan Pharmacist Education Center Former Executive Director and Director of Center for Product Evaluation PMDA (Japan) International Collaboration and Global Drug Development in Japan Sankaido Bldg., 1-9-13 Akasaka, Minato-ku, Tokyo 107-0052, Japan Tel: +81-3-3568-8200 Fax: +81-3-3568-0821 [email protected]

11. Peng Wang (China) Chief Scientific Officer Simcere Pharmaceuticals Group Simcere’s international collaboration on pharmaceutical R&D No.699-18, Xuanwu Avenue Nanjing, 210042 P.R. China Tel: 0086-025-8556 6666 [email protected]

12. Jay W. Mason (USA) Chief Medical Officer, Spaulding Clinical Research and Professor of Medicine, University of Utah Update on the ICH-E-14 QT Guidance to Industry and its Effect on Clinical Pharmaceutical Research in China [email protected]

Sub-Symposium IV: New Materials

13. Mark Bomberg (USA) ---- Chair of the Group Editor in Chief 2022 Deerhurst Court Gloucester ON K1J 8HI Canada Tel: +1 (613) 747-7244 Fax: +1 (613) 747-9359

Research Professor

36 Syracuse University 263 Link Hall Syracuse, NY 13244-1240, USA Tel：(315) 443-4638 Fax: (315) 443-9099 [email protected]

14. Hong Li (USA) Staff Scientist PPG Industries, Inc. Fiber Glass Science & Technology Glass Business and Discovery Center 400 Guys Run Road, Cheswick, PA 15024, USA Phone : (412) 820 - 8132 [email protected]

15. Hunaid Badruddin Nulwala (USA)

National Energy Technology Laboratory, US Department of Energy Department of Chemistry, Carnegie Mellon University 384 Lorlita Lane Upper Saint Clair Pittsburgh PA 15241 Tel/Fax: 412-386-7343 Cell: 805-451-7947 [email protected] [email protected]

16. Nobuo Kamiya (Japan) Professor The OCU Advanced Research Institute for Natural Science and Technology (OCARINA) Osaka City University 3-3-138 Sugimoto, Sumiyoshi, Osaka 558-8585, Japan Tel: +81-6-6605-3131 [email protected]

Participants from APEC travel eligible economies Republic of Indonesia

17. Mr. Jeni Ruslan Director of S&T Facility Network with Regulation Agency, The Ministry of Science and Technology, Republic of Indonesia Tel.: +62 21 3169234 Fax.: +62 21 31923902 Email Address: [email protected]

18. Mr. Wihatmoko Waskitoaji Deputy Director of Development, Directorate of S&T Facility Network with Regulation Agency, The Ministry of Science and Technology, Republic of Indonesia Tel.: +62 21 3169234 Fax.: +62 21 31923902 Email Address: [email protected]

Malaysia

19. Dr. Ahmad Bin Zainal Abidin General Manager

37 Renewable Energy Research Centre SIRIM BERHAD 1, Persiaran Dato’ Menteri Section 2, P.O. BOX 7035 40700 Shah Alam, Malaysia TEL: +603 – 55446038 H.P: 012-3689457 FAX: +603 – 55445166 E-mail: [email protected]

20. Ms. Chitra A/P Subramaniam Principal Assistant Secretary Industrial Technology Division Ministry of Science, Technology and Innovation Malaysia Level 2, Block C4, Complex C 62662 Putrajaya TEL: +603 – 8885 8253 H.P: 012-3156692 FAX: +603 – 8889 2996 E-mail: [email protected]

Thailand

21. Mrs. Churdchan Juangbhanich Assistance to Inspector General Office of Inspector General Ministry of Science and Technology Rama VI Road, Rajthevi, Bangkok 10400 Tel : +662 333 3801,662 333-3700 ext 3801 Fax :+662 333-3933 E-mail : [email protected]

22. Dr. Nares Damrongchai Executive Director APEC Center for Technology Foresight National Science Technology and Innovation Policy Office (STI), Thailand 319 Chamchuree Square Bldg. 14th Fl., Phayathai Rd., Patumwan, Bangkok 10330, Thailand Tel. +662-160-5432 Fax. +662-160-5438 Email：[email protected]

The Philippines

23. Lorna M.Egay Senior Science Research Specialist Department of Science and Technology Industrial Technology Development Institute End Annex Bidg., ITDI DOST Compound General Santos Avenue Bicutan, Taguig City Metro Manila, Philippines Tel: + 632 837-2071 local 2273 E-mail: [email protected]

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