The document provides information about the 2014 Seoul Science & Technology Forum held from November 5-7, 2014 at the Plaza Hotel in Seoul, Korea. It was hosted by the National Research Council of Science & Technology and organized by the United Nations Economic and Social Commission for Asia and the Pacific. The forum focused on utilizing open innovation in research and development and policies regarding public-private partnerships. Over the three days, the forum consisted of sessions on advancing science through open innovation, public-private partnerships, localizing technology for development, and financing technology localization. It provided attendees with the opportunity to discuss technological and scientific solutions for global issues.

1. November 5 – November 7, 2014
The Plaza Hotel, Seoul, Korea
HOSTED BY
ORGANIZED BY
SPONSORED BY
PARTNER
ORGANIZATIONS

2. PROGRAM
CONTENTS
01 _ Invitation
02 _ Program at a Glance
03 _ Venue Layout/ Transportation
04 _ Program
06 _ General Information
07 _ Speaker
15 _ Abstracts & Presentations
2 New Vision for Global R&DB

3. INVITATION
Shamshad Akhtar
Executive Secretary
2014 SEOUL S&T FORUM 1
2014 SEOUL S&T FORUM invites you
We would like to invite you to the 2014 Seoul Science & Technology Forum (SEOUL S&T
FORUM) in Seoul, Republic of Korea from November 5th to 7th. It will be our great honor
to have you as our important guest.
Since the launch, the SEOUL S&T FORUM has become an influential global forum where
experts and leaders gather to discuss and discover technological and scientific solutions
for global issues and challenges. This year marks the forum’s fifth year.
For the last four years, the SEOUL S&T FORUM has served as a dynamic platform
for science and technology experts, policymakers, and industry leaders to establish
concrete network and new paradigm for technological and scientific solutions through
global open innovation.
We anticipate that the 2014 SEOUL S&T FORUM will foster more constructive
discussions on scientific and technological approach to global challenges, and on
policies that benefit the Earth and the global community. Thus, the focuses of the 2014
Forum are utilizing open innovation in R&DB and policy in public – private partnership,
and financing for creative R&DB for inclusive and sustainable development. This year’s
theme “New Vision for Global R&DB” identifies and outlines the role and responsibility
of public research institutes (PRIs). The participants and presenters from Republic of
Korea and a number of international organizations will discuss various ways to alleviate
the effects of environmental degradation, and will share their diverse perspectives and
knowledge.
We cordially invite you to the 2014 SEOUL S&T FORUM to share your insight and
expertise.
Thank you.
Sang Chun Lee, Ph.D
Chairman
National Research Council
of Science & Technology (NST)
United Nations Economic and Social Commission
for Asia and the Pacific (UNESCAP)

4. PROGRAM AT A GLANCE
16:00-17:30 Overview of the 2014 Forum (for the chairs, speakers, committee members, rapporteurs)
18:00-20:00 Welcome Dinner
09:30-10:30
10:30-11:00
11:00-11:30
Registration
Opening Session
Keynote Speech
Networking Luncheon
Session I : Advancing Science and Technology Through Open Innovation
The Meeting on International Cooperation in Science &Technology Development
11:30-13:30
13:30-15:00
15:00-16:30 (The Plaza Hotel Opal Room (22F), Seoul)
Poster Session (Session I&II) &Coffee Break
Session II : Public-Private Partnership (PPP) in Science & Technology
Cocktail Reception
Gala Dinner
15:00-16:30
16:30-18:00
18:00-18:30
18:30-20:00
09:00-10:00 Registration
Session III : Localizing Technology for Inclusive Development
Luncheon
Session IV : Financing Strategy for Technology Localization
Poster Session (Session III&IV)& Coffee Break
Wrap-up
Farewell Dinner
10:00-11:30
11:30-13:00
13:00-14:30
14:30-16:00
16:00-17:30
17:30-19:00
2 New Vision for Global R&DB

5. VENUE LAYOUT
9709, 9713, 1000, 1005-1, 1200, 5005, 5500,
5500-1, 5500-2, 9001, 9301
2014 SEOUL S&T FORUM 3
[ THE PLAZA HOTEL SEOUL 22F ]
THE PLAZA
City Hall Station
(Line 1 or 2) Exit No. 6
Seoul
Deoksu palace Square
Eulji-ro
Lotte Dept. Store
Seoul Museum of Art Grand Ballroom
Bank of Korea
Samsung
Main Bldg.
HOAM Art Hall
Namdaemun
Gwanghwamun
Square
Seosomun-ro
Namdaemun-ro
Sogong-ro
Sejongdae-ro
City Hall
Myeongdong
Shinsegae Dept. Store
Namsan Tunnel 3
6
Line 2
Line 1
Cheonggyecheon
Poster Session
Forum
Secretariat
Elevator
Meeting Room
Ruby Hall
Diamond Hall
Registration Desk
Opening Ceremony / Keynote / Oral / wrap-up Sessions
Luncheon / Dinner
Subway
Get off at City Hall Station (Line 1 or 2), exit no. 6.
Bus
Get off at the City Hall Bus Stop
Blue Buses : 109, 150, 172, 401, 402, 406, 472, 501, 506,
600, 602, 603, 703, 706
- Green Buses : 0014, 0015, 1711, 7016, 7017, 7021, 7022
- Small Green Buses :
Jongno 09 : Inwang Apartment ~ City Hall
Jongno 11 : Samcheong-dong ~ Seoul Station
- Red Buses : 9000, 9401, 9600, 9702, 9703, 9706, 9708,
- Airport Buses : 601, 605
- Parking : Maximum 10 hours free parking in the Plaza hotel
TRANSPORTATION

6. PROGRAM
16:00-17:30 Overview of the 2014 Forum (for the chairs, speakers, committee members, rapporteurs)
18:00-20:00 Welcome Dinner (Host : Green Technology Center, GTC)
09:30-10:30
10:30-11:00
11:00-11:30
11:30-13:30
Registration
Opening Session
Keynote Speech : Financing a Green Paradigm Shift in Developing Countries
Hela Cheikhrouhou (Executive Director, GCF)
※ Read by Samy Ben Jafaar (Director, GCF) on behalf of Hela Cheikhrouhou
Networking Luncheon
Session I : Advancing Science and Technology Through Open Innovation
Chair : Changmo Sung, (President, GTC)
French Alternative Energies and Atomic Energy Commission, as an Open Innovation Partner
Jean Yves Doyen (Attaché of Energy & New Technology , French Embassy in Korea)
The APEC Climate Center and Open Innovation
Hannah Kim (Head of External Affairs Department, APEC Climate Center)
Success Story of the Large Scale EES-PCS Development in LSIS
Hahk Sung Lee (CTO, LS Industrial Systems)
The Role of Hydrogen and Fuel Cell Technologies in a Worldwide Inclusive and Sustainable Development Policy
Angelo Moreno (European Project Coordinator, ENEA, Italian Agency for New Technologies, Energy and sustainable Development)
The Meeting on International Cooperation in Science &Technology Development
(The Plaza Hotel Opal Room (22F), Seoul)
Poster Session (Session I&II) &Coffee Break
Chair: Joong Kee Lee (Principal Researcher, KIST)
Session II : Public-Private Partnership (PPP) in Science & Technology
Chair: Kilaparti Ramakrishna (Head, UNESCAP-ENEA )
The Role of IP Monetization in PPP
Suk Whan Chang (CEO, Idea Bridge Asset Management, Inc.)
WIPO GREEN – the Sustainable Technology Marketplace, and the Contributions from JIPA
Yorimasa Suwa (Deputy Leader, WIPO GREEN Project, Japan Intellectual Property Association)
Promoting Adaption and Adoption of Resource Efficiency and Cleaner Production Technologies (RECP)
for Sustainable Development
Hoang Mai Van Anh (Program Officer, United Nations Industrial Development Organization)
Scope and Challenges of Possible UNCITRAL Model Rules on PPP
Changkuk Lim (Legal Expert, UNCITRAL-RCAP)
13:30-15:00
15:00-16:30
Cocktail Reception
Gala Dinner (Host : Korea Institute of Science & Technology, KIST)
15:00-16:30
16:30-18:00
18:00-18:30
18:30-20:00
4 New Vision for Global R&DB

7. 09:00-10:00 Registration
Session III : Localizing Technology for Inclusive Development
Chair: Sangmin Nam (Deputy Head, UNESCAP-ENEA)
Role of Science Park in Localizing Technology for SAUDI Sustainable Development and its KBE
Abdulaziz Aldusari (CEO, Riyadh Techno valley)
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production:
Towards Localized Biobased Economy in ASEAN Region
Sangyong Kim (Principal Researcher, KITECH)
Development and Localization of Warm-Mix Asphalt Technology Customized for Weather
and Road Conditions in Developing Countries
Yong Joo Kim (Senior Researcher, Korea Institute of Civil Engineering and Building Technology)
The Status of Air Pollution and Control Measures in China
Min HU (Professor, Peking University)
Luncheon
Session IV : Financing Strategy for Technology Localization
Chair: Michael Westphal(Senior Associate, World Resource Institute)
The Climate Technology Centre & Network: Operational Arm of the Technology Mechanism
Rajiv Garg (Programme Officer, UNEP)
Developing Implementation Tools and Identifying Technologies & Financing Options
Chan Ho Park (Regional Director of MENA Program, GGGI)
Result Based Finance: As Enabler for Renewable Energy Sector Transformation in Developing Countries,
the Vietnam Case
Miguel Angel Mendez (Country Director, SNV VIETNAM)
10:00-11:30
11:30-13:00
13:00-14:30
14:30-16:00
16:00-17:30
17:30-19:00
Poster Session (Session III&IV)& Coffee Break
Chair: Sang-Baek Chris Kang (Global Cooperation Division Director, GTC)
Wrap-up
Chair: Heejip Kim (Visiting Professor, Seoul National University)
Farewell Dinner (Host : Korea Institute of Industrial Technology, KITECH)
Announcement of Forum Statement
Tae-Hoon Lim (Vice President, KIST)
PROGRAM
2014 SEOUL S&T FORUM 5

8. GENERAL INFORMATION
Forum Official Language Tourism
The official language of the forum is English and all printed
materials will be published in English.
Time Zone Currency and Foreign Exchange
Credit Card Business Hours
Electricity Telephone / Mobile Phone
6 New Vision for Global R&DB
Information on Seoul tourism in Korea and other information
can be found at:
• Korea Tourism Guide Site
• Seoul Convention Bureau
Korea is 9 hours ahead of Greenwich Mean Time
(GMT +9) and does not have daylight saving time.
The unit of Korean currency is the Won (W).
Coin denominations are W10, W50, W100 and W500.
Banknotes are W1,000, W5,000, W10,000 and W50,000.
As of November 4, 2014, the exchange rate is approximately
US$1 to KRW 1077. Foreign banknotes and traveler’s check can
be exchanged at foreign exchange banks and other authorized
moneychangers.
Diners Club, Visa, American Express, and Master Card are
widely accepted at major hotels, shops, and restaurants in
most cities. Check with your credit card company for details
of merchant acceptability and other services which may be
available.
Government office hours are usually from 9:00 am to 6:00 pm on
weekdays and closed on weekends. Banks are open from 9:00
am to 4:00 pm on weekdays and closed on weekends. Major
stores are open every day from 10:30 am to 8:00 pm, and there
are many 24 hour business all around major cities.
The standard electrical supply is 220 volts AC/60 cycles. Most
hotels may provide outlet converters for 110 and 220 volts.
Always check the power supply before using your equipment.
To make international calls, please dial the international dialing
code (001, 002, 00700) + country code + area code + phone
number. Most convenient stores, hotels, and airports sell
domestic and international phone cards. Mobile phones can be
rented at the airport or major hotels. You need your identification
card (passport) and credit card to access mobile phone rental
services.
Tipping is not a regular practice in Korea. Service charges are
often included in the bill for rooms, meals, and other services
at hotels and upscale restaurants. Koreans occasionally do tip
when they are especially pleased with the services provided.
Participants are advised to get adequate travel and health
insurance before leaving their respective countries
Upon request, visitors can receive nearly 10 percent VAT refunds
for purchases at the Duty-free Shops. Goods must be taken out
of Korea within three months of purchase to be eligible for a tax
refund. Only foreigners in Korea can apply for this tax refund.
Participants can receive a refund on a receipt for a minimum
purchase of KRW 50,000 (around US$ 54). To receive this
refund, present refund receipts with the purchased goods at the
customs desk at the Incheon International Airport on departure.
These receipts can be cashed in at the Cash Refund Office in
front of the Airport Duty Free Shop.
Tip
Insurance
Tax

9. 7
SPEAKER
French Alternative Energies and Atomic Energy Commission, as an open innovation partner
Name Mr. Jean-Yves Doyen Nationality France
Position Attaché of Energy & New Technology
Organization French Embassy in Korea
Email jeanyvesdoyen@kornet.net
Education
BS Technical engineering degree of chemistry from Le Mans
MS Master of chemical engineering from University of Lyon
Career
From 2007.01 International Affairs Division CEA, Energy and new technologies Attaché in
French Embassy in Korea
2004-2006 Commercial and licensing Senior Manager, in charge of New and Renewable Energies
for Valorisation Direction of CEA’s Technological Research Pole - Grenoble CEA centre.
2001-2004 Senior Manager in Technological Dissemination Enhancement for CEA - Grenoble CEA centre.
1998-2001
Area Manager in financing and on-going support to small and medium-sized
companies for innovative projects for ANVAR (French Agency for Innovation) –
“Loire Atlantique Region” / Nantes area.
1993-1998:
Researcher in Wastes Confinement Department for CEA’s Nuclear Energy
Division – Marcoule CEA Centre. Project officer in DHA (High level Activity
Wastes) a new R&D unit realisation
1981-1993 Head of analysis Laboratory involved in supporting programs of La Hague
UP3’s pilot unit for CEA’s Nuclear Energy Division – Marcoule CEA Centre.
1976-1981 Physical and chemical analyst in Radioprotection and Prevention Division for
COGEMA (AREVA’s subsidiary) - La Hague plant.
Role in Forum Session Ⅰ Speaker
The APEC Climate Center and Open Innovation
Name Ms. Hannah Kim Nationality Korea
Position Head of External Affairs Department
Organization APEC Climate Center
Email hannah.kim@apcc21.org
2005–2009 Studied Civil Law and International Trade, Magna Cum Laude.
Seoul National University Law College Graduate School.
Education 2004 Korea National Bar Exam
1999–2004 Bachelor of Law graduated Summa Cum Laude.
Seoul National University College of Law
2011–2014 SK Networks Government Relations Officer & In-House Counsel
Career 2011–2014 Judicial Research and Training Institute under the Supreme Court
Role in Forum Session Ⅰ Speaker

10. SPEAKER
Success story of the large scale EES-PCS development in LSIS
8
Name Dr. Hahk Sung Lee Nationality Korea
Position CTO
Organization Research & Development Group
Email hsleej@lsis.com
BS B.A. in Electrical Engineering, Seoul National Univ.
Education MS M.A. in Electrical Engineering, Seoul National Univ.
PhD Ph.D. in Electrical Engineering, Univ. of Southern California(USC)
Career
2014.01- CTO of LS Industrial Systems
2013.01-2013.12 Senior Executive Vice President, Head of R&D Business Group and CTO of LS Industrial Systems
2011.01-2012.12 Senior Technical Advisor, Head of HVDC Division of LS Industrial Systems
2010.09-2010.12 Senior Technical Advisor of SDN Company Ltd.
2009.01-2010.06 Executive Vice President, CTO of Hyosung Power & Industrial Systems Performance Group
2003.02-2008.12 Senior Vice President, Head of R&D Center of Hyosung Power & Industrial Systems PG
2002.02-2003.01 Vice President, R&D Center of Hyosung Power & Industrial Systems PG
1983.03-1986.08 Research Engineer, R&D Center of Hyosung Power & Industrial Systems PG
Role in Forum Session Ⅰ Speaker
The role of hydrogen and fuel cell technologies in a worldwide inclusive and sustainable development policy
Name Dr. Angelo Moreno Nationality Italy
Position European Project coordination and International Cooperation
Organization ENEA, Italian Agency for New Technologies, Energy and sustainable Development
Email Angelo.moreno@enea.it
Education MS Master in Chemical Engineering at the University of Naples Federico II, Naples. Italy
Career
2013-Present
Responsible in ENEA for European Project Coordination and International cooperation.
Member of the Board of FCH JU Research Grouping and Councellor of Stationary Fuel
Cell Application working group.
Representative for Ministry of University and Research in the State Representative
Grouping of FCH JU.
Member of the EXCO of the International Partnership for Hydrogen and Fuel cell
Economy (IPHE).
Vice Chairman of the IEA Executive Committee of the Implementing Agreement on Fuel Cell.
Sub task leader in the Annex 23 (MCFC Towards demonstration) and member of
Annex 24 (SOFC).
Member of the EXCO of the IEA IA on Hydrogen.
Member for the European Science Foundation of the network "Bio Energy by Fuel Cell
Applications".
1995-Present Responsible of the ENEA " High Temperature Fuel Cells Project" (SOFC and
MCFC) and Enea Hydrogen and Fuel cells project
Role in Forum Session Ⅰ Speaker

11. 9
SPEAKER
The role of IP monetization as a part of Private Public Partnership
Name Mr. Suk Whan Chang Nationality Korea
Position CEO
Organization Idea Bridge Asset Management, Inc.
Email sw.chang@ibridgefund.com
Education
BS MBA, Sloan School of Management, Massachusetts Institute of Technology, U.S.A.
MS BSA(Bachelor of Science in Architecture), Architectural Design, Massachusetts
Institute of Technology, U.S.A.
Career 2013.08–Present
CEO / Idea Bridge Asset Management, Inc.
CEO / ID Ventures, Inc.
Founder & Managing Partner / HanAsset, Inc.
Co-founder & Managing Director / Soros Consultants, Inc.
Director & Head of Korean Equities / SBC Warburg Securities Co., Ltd.,
Vice President / Yamaichi International(America), Inc.
Managing Director / Tong Yang Securities(America), Inc.
Role in Forum Session Ⅱ Speaker
“WIPO GREEN” – A NOVEL SYSTEM FOR THE TRANSFER OF ENVIRONMENTAL SOUND TECHNOLOGIES
Name Dr. Yorimasa Suwa Nationality Japan
Position Deputy Leader, WIPO GREEN Project
Organization Japan Intellectual Property Association
Email y.suwa@teijin.co.jp
BS BSc, School of Pharmaceutical Sciences, University of Tokyo, Japan
Education MS MBA, Yokohama National University, Japan
PhD PhD, Pharmaceutical Sciences, University of Tokyo, Japan
2012.04–Current Deputy Leader, WIPO GREEN Project, Japan Intellectual Property Association
2011.04–Current Leader, ISO Project, Japan BioPlastics Association
2008.04–Current Senior Manager, Technology Center, TEIJIN Ltd.
Career
2008.04–2010.03,
2014.07 Corporate Strategic Technology Dpt.
2010.04–2014.06 Intellectual Property Strategy Planning Division, Intellectual Property Dpt.
2007.04–2008.03 Senior Manager (Licensing), Business Development Dpt, TEIJIN Pharma Ltd.
2006.04–2007.03 Leader, Drug Discovery Technology Group, TEIJIN Pharma Ltd.
2002.01–2006.03 Head, Molecular Biology Dpt., Reverse Proteomics Research Insitute Ltd.
1981.04–2001.12 Research Scientist / Medical Research Institute, TEIJIN Ltd.
Role in Forum Session Ⅱ Speaker

12. SPEAKER
Promoting Adaption and Adoption of Resource Efficiency and Cleaner Production Technologies (RECP) for Sustainable Development
10
Name Ms. Hoang Mai Van Anh Nationality Vietnam
Position Program Officer
Organization United Nations Industrial Development Organization
Email v.hoang-mai@unido.org
BA Hanoi Foreign Trade University
Bachelor of International Economic
MA Vietnam National University
Master of Economic Management
Education 2012 Neitherland Delft University of Technology & Hanoi University of Science and Technology
Training of Trainers on Cleaner Production and Sustainable Design
2013 United Nations Industrial Development Organization
Training on Projects Monitoring and Evaluation
2014 Vietnam Institute of Agriculture Engineering and Post harvest Technology
Training on Post harvest Technology for fruit & vegetable value chains
2010.07-2014.10 Program Officer / National Program Coordinator
Employer: United Nations Industrial Development Organization (UNIDO)
Career 2006.10-2010.05 Coordinator
Employer: International Support Group Ministry of Agriculture and Rural Development
2002.10-2006.09 Project officer
Employer: Japan International Cooperation Agency (JICA)
2001.09-2002.09
Official
Employer: KITECH
Industrial Technology Center based in Hanoi University of Science and Technology
Role in Forum Session Ⅱ Speaker
Scope and Challenges of Possible UNCITRAL Model Rules on PPP
Name Mr. Changkuk Lim Nationality Korea
Position Legal Expert
Organization UNCITRAL-RCAP
Email Changkuk.lim@uncitral.org
B.A. B.A. in Law, Hanyang University
Education LL.M. LL.M. in American Law, Boston University
2002.04–2005.03 Public Attorney, Daegu High Prosecutors Office
Career 2005.04–2014.02 Public Prosecutor of Korea
2014.02–present present Legal Expert, UNCITRAL-RCAP
(Seconded to RCAP from Ministry of Justice)
Role in Forum Session Ⅱ Speaker

13. 11
SPEAKER
Role of Science Park in Localizing Technology for Saudi Sustainable Development and it’s KBE
Name Dr. Abdulaziz Aldusari Nationality Saudi Arabia
Position CEO
Organization Riyadh Techno valley
Email v.hoang-mai@unido.org
BS Architecture, King Saud University, Saudi Arabia
Education MS Urban and Regional Planning / University of Florida
PhD Urban and Regional Planning / University of Florida
Career
2010.12–2014.10 CEO / Riyadh Techno Valley King Saud University
2010.06–Present Board Chairman / Saudi Umran Society
1999.05–Present Assistant Professor / College of Architecture and Planning, King Saud University
Role in Forum Session Ⅲ Speaker
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
Name Prof. Sangyoung Kim Nationality Korea
Position Principal Researcher
Organization KITECH
Email sykim@kitech.re.kr
BS Chemical Engineering, New Mexico University
Education MS Chemical Engineering, University of Tulsa
PhD Chemical Engineering, New Mexico University
Career
2004.12–present Principal researcher / Green Material and Process Research Group, Korea
Institute of Industrial Technology (KITECH)
2009.02–present Head / Green Process and System Engineering Major, University of Science and Technology
(UST)
2002.03–2005.06 Adjunct Professor / Department of Environmental Engineering, Hoseo University
2000.03–2001.12 Adjunct Professor / Department of Environmental Engineering, Hankyung University
2007.01–2007.06 Director / Banwol-Sihwa Eco Center, Korea Industrial Complex
Role in Forum Session Ⅲ Speaker

14. SPEAKER
Development and Localization of Warm-Mix Asphalt Technology Customized for Weather and Road Conditions in Developing Countries
12
Name Dr. Yong-Joo Kim Nationality Korea
Position Senior Researcher
Organization Korea Institute of Civil Engineering and Building Technology
Email yongjook@kict.re.kr
Education
BS Civil Engineering.
Seoul National University of Technology
MS Civil Engineering.
Seoul National University of Technology
PhD Civil & Envoi. Engineering. University of Iowa
Career
2010.01-Present Senior Researcher,
Korea Institute of Construction Technology, South Korea
2008.05-2009.12 Research Scholar,
Public Policy Center, University of Iowa, Iowa City, Iowa, USA
2007.06-2008.05 Transportation Engineer,
Office of Materials, Iowa Department of Transportation (DOT), Ames, Iowa, USA
2002.06-2007.05
Research Assistant,
Department of Civil & Environmental Engineering, University of Iowa, Iowa City,
Iowa, USA
Role in Forum Session Ⅲ Speaker
The status of air pollution and control measures in China
Name Prof. Min HU Nationality China
Position Professor
Organization Peking University
Email minhu@pku.edu.cn
PhD Atmospheric Chemistry, Peking University
Education
2001.08–present College of Environmental Sciences and Engineering, Peking University
Career
Role in Forum Session Ⅲ Speaker

15. 13
SPEAKER
The Climate Technology Centre & Network: Operational Arm of the Technology Mechanism
Name Mr. Rajiv Garg Nationality THAILAND
Position Programme Officer
Organization UNEP
Email Rajiv.garg@unep.org
Education
BS Engineering, Aligarh Muslim University, India
MS Engineering, Aligarh Muslim University, India
PhD Post Graduate Certificate in Industrial Pollution Prevention and Control, National
Productivity Council, India
Career
2009-Present United Nations Environment Programme (UNEP)
2008–2009 Bureau of Energy Efficiency, Ministry of Power, Government of India
1994-2008 National Productivity Council, An organization under Ministry of Industries, Government
of India
Role in Forum Session Ⅳ Speaker
Developing Implementation Tools and Identifying Technologies & Financing Options
Name Dr. Chanho Park Nationality Korea
Position Regional Director of MENA Program
Organization GGGI
Email chanho.park@gggi.org
BS College of Law, Dongguk University, Seoul Korea
Education MS LL.M, School of Law, Indiana University-Bloomington, U.S.A
Corporation Law, Dongguk University, Seoul Korea
PhD Corporation Law (Law & Economics), Dongguk University, Seoul Korea.
Career
2012.02–Present Regional Director of MENA program and Director of Abu Dhabi Office, GGGI
2006.03–2011.01 Head of Global Legal Research Center, Korean Legislation Research Institute(KLRI)
2008.01–2010.12 Expert Commissioner, Fair Trade Commission, Korea
2008.01–2009.12 Advisory Commissioner, Center of Foreign Legal Information, Ministry of Government Legislation, Korea
1998.08–2011.12 Lecturer(Part time professor), College of Laws, Chung-Ang Univ., Donnguk Univ.
Duksung Women’s Univ., Gyunggi Univ., etc.
Role in Forum Session Ⅳ Speaker

16. SPEAKER
Result Based Finance as enabler for renewable energy sector transformation in developing countries. The Vietnam case
14
Name Mr. Miguel Angel Mendez Nationality Vietnam
Position Country Director
Organization SNV VIETNAM
Email mmendez@snvworld.org
BA Zamorano University, El Zamorano, Honduras
B.S. in Agribusiness
Education MA Incae Business School. Campus Managua, Nicaragua
Master in Business Administration (MBA)
1990-1992 Zamorano University, El Zamorano, Honduras
Agronomy with a minor in Economy.
Career
2013.11-Present Country Director.
SNV-Vietnam
2010.10-2013.10 Country Director.
SNV-Nicaragua & Honduras (Honduras from 08/2012-10/2013)
2008.08-2010.09 Portfolio Coordinator/Central American Programme Manager.
SNV. Managua, Nicaragua
2005.05-2008.07 Portfolio Coordinator.
SNV. La Ceiba & Tegucigalpa, Honduras
2002.01-2005.04 Economic Development Advisor
SNV. La Esperanza, Honduras
1997.05-2001.12
Rural agro enterprise development project Consultant. Several Assigments
Internacional Center for Tropical Agricultura. Honduras
Rural agro enterprise development project Consultant. 2000-2001
Seeds of Hope Project Consultant. 1998-2000
Poverty Project Consultant. 1997-1998
1996.05-1997.04
Research Asisstant
Zamorano University, Honduras and Nicaragua. Two Post.
IPM Project with Small Farmers in Nicaragua. 05/1996-04/1997
IPM Project with Small Farmers in Honduras. 06/1993-04/1995
Role in Forum Session Ⅳ Speaker

17. SESSION Ⅰ
Advancing Science & Technology through Open Innovation
Nov. 6(Thu) 13:30-15:00 Diamond Hall
CHAIRMAN
Changmo Sung
(President, GTC)
SPEAKER 1
Jean Yves Doyen
(Attaché of Energy & New Technology , French Embassy in Korea)
SPEAKER 2
Hannah Kim
(Head of External Affairs Department, APEC Climate Center)
SPEAKER 3
Hahk Sung Lee
(CTO, Research & Development Group)
SPEAKER 4
Angelo Moreno
(European Project coordination and International Cooperation, ENEA,
Italian Agency for New Technologies, Energy and sustainable Development)

19. SESSION Ⅰ-1
French Alternative Energies and Atomic Energy Commission,
as an open innovation partner
Mr. Jean-Yves Doyen
Attaché of Energy & New Technology, French Embassy in Korea, France
At the word level, companies have shifted from so-called closed innovation processes towards a more open way of
innovating. Open Innovation is often described as: combining internal and external ideas as well as internal and
external paths to market to advance the development of new technologies. Involving other parties when developing
new products and technologies needs fostering cooperation with other firms in your sector, suppliers, , and of
course end-users, but also with universities and research centers.
A leader in research, development and innovation, the CEA, French Alternative Energies and Atomic Energy
Commission, is active in four main areas: low-carbon energies, information technologies and health technologies,
Large Research Instruments, defense and global security. In each of these domains, the CEA relies on a high-level
fundamental research and ensures a role of support to the industry.
Next to the technologies development CEA has, historically, a role in transferring scientific knowledge and
innovation “from the research to industry”. The fulfillment of this mission bases on continuous development of
specific technologies, the opening to the industrial companies of its state-of-the-art equipment and by maintaining
a permanent attention on the intellectual property, guaranty for the companies of a secure R&D. Within CEA, the
Technology Research Division activities are totally dedicated to those tasks.
CEA Tech is the CEA’s technology research unit with 4500 employees. CEA Tech’s three labs—Leti, Liten, and List—
develop a broad portfolio of technologies for ICTs, energy, and healthcare. The French government has tasked the
CEA with rolling out its CEA Tech concept across France. The goal is to make CEA Tech French manufacturer’s go-to
organization for technological innovation—and make new technologies the industrial economy’s leading growth driver.
CEA Tech uses an innovation-driven culture and high level expertise to develop and disseminate new technologies
for industry, effectively bridging the gap between the worlds of research and business. CEA Tech’s strategy focuses
on four key pillars.
- CEA Tech operates at Technology Readiness Levels (TRLs) 3 to 7, serving as an innovation catalyst and
17
accelerator for businesses.
- CEA Tech develops Key Enabling Technologies of interest to all industries and all types and sizes of
businesses, from major multinational corporations to SMBs and start-ups. These technologies are protected by
patents held by the CEA, the world’s leading filer of international patents.
- CEA Tech boasts international-caliber technology platforms available for use by partner businesses at a
competitive cost.
- CEA Tech has built a results-oriented organizational culture based on a long history of cooperation between
research and industry. Our researchers and staff deliver proven experience transferring new technologies to
industrial-scale manufacturing facilities.

20. To support innovation, in CEA, new mechanisms have been set up. Some entities welcome shared innovation
centers, studying ways to improve local development, housing, energy, transportation… by combining the advanced
technology developments with a more people-oriented approach that takes into account both new applications and
the concerns of society at large. The MINATEC IDEAs Laboratory, located at the MINATEC campus in Grenoble, is
one of them. In addition to a highly-qualified in-house team, a multi-partner structure gathers industrial partners,
engineers, researchers in social sciences and humanities, designers, artists… in a particularly effective innovation
platform. MINATEC IDEAs Laboratory has adopted a worldwide opened collaboration strategy to deal with the global
concerns.
18

21. SESSION Ⅰ-1
Mr. Jean-Yves Doyen
19

22. SESSION Ⅰ-1
French Alternative Energies and Atomic Energy Commission, as an open innovation partner
20

23. SESSION Ⅰ-1
Mr. Jean-Yves Doyen
21

24. SESSION Ⅰ-1
French Alternative Energies and Atomic Energy Commission, as an open innovation partner
22

25. SESSION Ⅰ-1
Mr. Jean-Yves Doyen
23

26. SESSION Ⅰ-1
French Alternative Energies and Atomic Energy Commission, as an open innovation partner
24

27. SESSION Ⅰ-1
Mr. Jean-Yves Doyen
25

28. SESSION Ⅰ-1
French Alternative Energies and Atomic Energy Commission, as an open innovation partner
26

29. SESSION Ⅰ-1
Mr. Jean-Yves Doyen
27

30. SESSION Ⅰ-1
French Alternative Energies and Atomic Energy Commission, as an open innovation partner
28

31. SESSION Ⅰ-2
The APEC Climate Center and Open Innovation
Ms. Hannah Kim
Head of External Affairs Department, APEC Climate Center, Korea
One of the most significant global issues today is Climate Change. How do nations plan for disaster management,
energy demands, water usage, agriculture, etc in the short medium and long term? How do policy makers reach
decisions on planning investment in national infrastructure? Meeting population needs in current conditions will not
meet the needs of the future as more extreme conditions occur.
To alleviate risks by climate change efficiently and effectively, it is crucial to provide the most reliable and relevant
climate information to decision-makers and stakeholders in a suitable format to inform their planning and
decision-making.
APEC Climate Center (APCC) was founded in 2005 to mitigate the consequences of current and future climate
related hazards through the provision of state-of-the-art climate information, research and technical support through
the APEC region.
APCC produces real time climate predictions and facilitates the sharing of costly climate data and information to
support climate adaptation of economies members in the APEC region. We perform research projects on climate
change and variability for future projection of extreme climate events in the APEC region.
The APCC has implemented a number of projects utilizing a multi-disciplinary approach in the APEC region applying
Climate Information to Economies and Societies. These include:
29
Pilot Study of Early Warning and Risk Assessment on Drought Disaster – Taiwan
APN Project ‘Toward a Fire and Haze Early Warning System of Southeast Asia
APCC-CARDI project ‘Strengthening Climate Resilience of the Agriculture Sector in Southeast Asia through the
Development of an Integrated Modeling Framework’ - Cambodia
APCC-CRIEPI project ‘Application of Seasonal Forecasts to Predict Electricity Demand in Japan’
These are example projects demonstrating ultra-national collaboration from both developed and developing nations
to address climate change needs. We promote collaboration between climate scientists and researchers from climate
sensitive sectors to transform climate data into relevant, credible and applicable to the sectors’ needs.
One of APCC’s goals is to act as a center for climate data and related information with open access to APEC
member economies. We encourage access to our data services and discussion of specific needs of member states
and organizations for collaboration in future projects.

32. SESSION Ⅰ-2
The APEC Climate Center and Open Innovation
30

33. SESSION Ⅰ-2
Ms. Hannah Kim
31

34. SESSION Ⅰ-2
The APEC Climate Center and Open Innovation
32

35. SESSION Ⅰ-2
Ms. Hannah Kim
33

36. SESSION Ⅰ-2
The APEC Climate Center and Open Innovation
34

37. SESSION Ⅰ-2
Ms. Hannah Kim
35

38. SESSION Ⅰ-2
The APEC Climate Center and Open Innovation
36

39. SESSION Ⅰ-2
Ms. Hannah Kim
37

40. SESSION Ⅰ-2
The APEC Climate Center and Open Innovation
38

41. SESSION Ⅰ-2
Ms. Hannah Kim
39

42. SESSION Ⅰ-2
The APEC Climate Center and Open Innovation
40

43. SESSION Ⅰ-3
Success story of the large scale EES-PCS
development in LSIS
Dr. Hahk Sung Lee
CTO, Research & Development Group, Korea
The smart grid is an intelligent electrical grid that optimizes energy efficiency by exchanging information between
power supplier and customer.
41
LSIS is the only domestic company that can provide total solution in all areas in Smart grid.
Recently, the importance of EES(Electrical Energy Storage system) in smart grid is growing and LSIS has provided
the various EES and PCS(Power Conditioning System) to the market, especially the large scale EES and PCS. LSIS
succeeded in development based on accumulated technology of power electronics in a short time.
LSIS installed 1MW EES for LSIS’s new R&D Campus, 5MW EES for Samsung SDI and contracted 16MW EES for
KEPCO’s frequency regulation.

44. SESSION Ⅰ-3
Success story of the large scale EES-PCS development in LSIS
42

45. SESSION Ⅰ-3
Dr. Hahk Sung Lee
43

46. SESSION Ⅰ-3
Success story of the large scale EES-PCS development in LSIS
44

47. SESSION Ⅰ-3
Dr. Hahk Sung Lee
45

48. SESSION Ⅰ-3
Success story of the large scale EES-PCS development in LSIS
46

49. SESSION Ⅰ-3
Dr. Hahk Sung Lee
47

50. SESSION Ⅰ-3
Success story of the large scale EES-PCS development in LSIS
48

51. SESSION Ⅰ-3
Dr. Hahk Sung Lee
49

52. MEMO
50

53. SESSION Ⅰ-4
The role of hydrogen and fuel cell technologies in
a worldwide inclusive and sustainable development policy
Angelo Moreno
It is well known that residential and transport sector are responsible of a quite high percentage (depending from
single country between 40-60%) of the total CO2 emissions, furthermore these two sectors are also responsible of
the most of the local pollution (NOx, SOx, CO, particulate). For these reasons new and innovative ideas have to be
introduced in these sectors, a completely change of approach, I would say a "revolution", has to be operated. We
have to go from nowadays transport system based on internal combustion engine fueled by liquid or gaseous fuels
(mainly fossil fuels) to full zero emission vehicles, that is battery electric vehicles and/or hydrogen and fuel cells
vehicles. The electricity/hydrogen will become the energy vectors of the future transport sector.
Even the residential sector has to change: cleaner and more efficient technologies, such as fuel cell technologies,
have to be introduced. Furthermore the penetration of hydrogen as energy vector not only for transport application
but also as energy carrier for residential applications will move the FC sector towards zero emission systems mainly
if the hydrogen will come from renewable sources.
51
We can say that this revolution is already started but it is far too slow we have to speed up.
For this I would say that, taking the main thematic of the present Forum, a “New Vision for Global advancing
research, development and business" has to be discussed, agreed and approved.
We have to develop a worldwide inclusive and sustainable development policy.
My presentation will concern hydrogen and fuel cell technologies with emphasis on the "missing piece of the
puzzle", what is missed to make people adopt these technologies, how they have to adapt to the needs of different
countries. Example will be given concerning the European approach where public (EU) and private sectors (Industrial
stakeholders) have join together in the European Hydrogen and Fuel Joint Undertaking. Highlights about the results
and the added value of this JU will be given to show the importance of such decision.
They are issues, both "political" and technical, which should be faced globally and that could need more and more
international cooperation. Face climate change is a worldwide issue, find a way to diffuse cleaner and more efficient
technologies even towards non developed countries will help a lot in establishing a sustainable global community.
An example will be given concerning a self sustained system , based on renewable sources, to guaranty continuous
energy supply in rural areas not connected to the grid.

54. SESSION Ⅰ-4
The role of hydrogen and fuel cell technologies in a worldwide inclusive and sustainable development policy
52

55. SESSION Ⅰ-4
Angelo Moreno
53

56. SESSION Ⅰ-4
The role of hydrogen and fuel cell technologies in a worldwide inclusive and sustainable development policy
54

57. SESSION Ⅰ-4
Angelo Moreno
55

58. SESSION Ⅰ-4
The role of hydrogen and fuel cell technologies in a worldwide inclusive and sustainable development policy
56

59. SESSION Ⅰ-4
Angelo Moreno
57

60. SESSION Ⅰ-4
The role of hydrogen and fuel cell technologies in a worldwide inclusive and sustainable development policy
58

61. SESSION Ⅰ-4
Angelo Moreno
59

62. SESSION Ⅰ-4
The role of hydrogen and fuel cell technologies in a worldwide inclusive and sustainable development policy
60

63. SESSION Ⅰ-4
Angelo Moreno
61

64. SESSION Ⅰ-4
The role of hydrogen and fuel cell technologies in a worldwide inclusive and sustainable development policy
62

65. 63
SESSION Ⅱ
Public-Private Partnership in Science & Technology
Nov. 6(Thu) 16:30-18:00 Diamond Hall
CHAIRMAN
Kilaparti Ramakrishna
(Head, UNESCAP-ENEA )
SPEAKER 1
Suk Whan Chang
(CEO, Idea Bridge Asset Management, Inc.)
SPEAKER 2
Yorimasa Suwa
(Deputy Leader, WIPO GREEN Project, Japan Intellectual Property Association)
SPEAKER 3
Hoang Mai Van Anh
(Program Officer, United Nations Industrial Development Organization)
SPEAKER 4
Changkuk Lim
(Legal Expert, UNCITRAL-RCAP)

67. SESSION Ⅱ-1
The role of IP monetization as a part of Private Public Partnership
Mr. Suk Whan Chang
CEO, Idea Bridge Asset Management, Inc., Korea
65
Introduction
- New vision for Private Public Partnership(PPP)for global R&DB
- Importance of intellectual properties for technology commercialization and transfer
- Idea Bridge’s role in PPP
Recent PPP trends in science and technology sector: IP monetization
- IP monetization (e.g. Korea, Singapore)
Significance of IP monetization in global R&DB & technology transfer
- Value of intangible assets including IP
- Features of IP monetization
- IP and finance in innovation ecosystems
IP monetization model: IP Sale & License-back (SLB)
- Concept & Structure
- Example: Idea Bridge’s IP Fund
- SLB Cases
Cross-border R&DB and IP Protection
Suggestions for PPP supporting mechanism
- Identification of technology transferors with commercially proven technologies, monetization strategy and IPR
protection
- Risk sharing between PPP for cross-border technology transfer

68. SESSION Ⅱ-1
The role of IP monetization as a part of Private Public Partnership
66

69. SESSION Ⅱ-1
Mr. Suk Whan Chang
67

70. SESSION Ⅱ-1
The role of IP monetization as a part of Private Public Partnership
68

71. SESSION Ⅱ-1
Mr. Suk Whan Chang
69

72. SESSION Ⅱ-1
The role of IP monetization as a part of Private Public Partnership
70

73. SESSION Ⅱ-1
Mr. Suk Whan Chang
71

74. MEMO
72

75. SESSION Ⅱ-2
“WIPO GREEN” – A NOVEL SYSTEM FOR THE TRANSFER OF
ENVIRONMENTAL SOUND TECHNOLOGIES
Dr. Yorimasa Suwa
Deputy Leader, WIPO GREEN Project, Japan Intellectual Property Association, Japan
WIPO GREEN provides a database of Environmental Sound Technologies (ESTs) and a global network of various
types of stakeholders who have engaged in the technology development/ transfer and thus aims to accelerate the
expansion of ESTs to the world. WIPO GREEN was originally proposed from Japan Intellectual Property Association
(JIPA) and, currently, is being developed by World Intellectual Property Organization (WIPO) and WIPO GREEN
Partners organizations. Partners are from various geographical areas, including both of the developed and
developing countries. JIPA is still a core member of WIPO GREEN and trying to make the system more efficient with
the other Partners. Any organization that has some expertise in ESTs and/or technology transfer and agrees to
WIPO GREEN Charter can join our project. We hope that more organizations will become WIPO GREEN Partners.
Some examples of ESTs that have been registered to WIPO GREEN database from Japanese companies are also
introduced.
73

76. SESSION Ⅱ-2
“WIPO GREEN” – A NOVEL SYSTEM FOR THE TRANSFER OF ENVIRONMENTAL SOUND TECHNOLOGIES
74

77. SESSION Ⅱ-2
Dr. Yorimasa Suwa
75

78. SESSION Ⅱ-2
“WIPO GREEN” – A NOVEL SYSTEM FOR THE TRANSFER OF ENVIRONMENTAL SOUND TECHNOLOGIES
76

79. SESSION Ⅱ-2
Dr. Yorimasa Suwa
77

80. SESSION Ⅱ-2
“WIPO GREEN” – A NOVEL SYSTEM FOR THE TRANSFER OF ENVIRONMENTAL SOUND TECHNOLOGIES
78

81. SESSION Ⅱ-2
Dr. Yorimasa Suwa
79

82. SESSION Ⅱ-2
“WIPO GREEN” – A NOVEL SYSTEM FOR THE TRANSFER OF ENVIRONMENTAL SOUND TECHNOLOGIES
80

83. SESSION Ⅱ-2
Dr. Yorimasa Suwa
81

84. SESSION Ⅱ-2
“WIPO GREEN” – A NOVEL SYSTEM FOR THE TRANSFER OF ENVIRONMENTAL SOUND TECHNOLOGIES
82

85. SESSION Ⅱ-2
Dr. Yorimasa Suwa
83

86. SESSION Ⅱ-2
“WIPO GREEN” – A NOVEL SYSTEM FOR THE TRANSFER OF ENVIRONMENTAL SOUND TECHNOLOGIES
84

87. SESSION Ⅱ-2
Dr. Yorimasa Suwa
85

88. SESSION Ⅱ-2
“WIPO GREEN” – A NOVEL SYSTEM FOR THE TRANSFER OF ENVIRONMENTAL SOUND TECHNOLOGIES
86

89. SESSION Ⅱ-2
Dr. Yorimasa Suwa
87

90. SESSION Ⅱ-2
“WIPO GREEN” – A NOVEL SYSTEM FOR THE TRANSFER OF ENVIRONMENTAL SOUND TECHNOLOGIES
88

91. SESSION Ⅱ-2
Dr. Yorimasa Suwa
89

92. SESSION Ⅱ-2
“WIPO GREEN” – A NOVEL SYSTEM FOR THE TRANSFER OF ENVIRONMENTAL SOUND TECHNOLOGIES
90

93. SESSION Ⅱ-2
Dr. Yorimasa Suwa
91

94. SESSION Ⅱ-2
“WIPO GREEN” – A NOVEL SYSTEM FOR THE TRANSFER OF ENVIRONMENTAL SOUND TECHNOLOGIES
92

95. SESSION Ⅱ-2
Dr. Yorimasa Suwa
93

96. MEMO
94

97. SESSION Ⅱ-3
Promoting Adaption and Adoption of Resource Efficiency and Cleaner
Production Technologies (RECP) for Sustainable Development
A Case Study - PPP in Industrial Waste Minimization for Low Carbon Production
Ms. Hoang Mai Van Anh
Program Officer, United Nations Industrial Development Organization, Vietnam
95
- UNIDO's Inclusive and Sustainable Industrial Development
- PPP in Vietnam in general and in field of Science & Technology
- Promoting adaption and adoption of RECP
- Case study of the partnership between private sector (enterprises) and public sector (Universities) in researching,
developing and applying technologies of Industrial Waste Minimization for Low Carbon Production

98. SESSION Ⅱ-3
Promoting Adaption and Adoption of Resource Efficiency and Cleaner Production Technologies (RECP) for Sustainable Development
96

99. SESSION Ⅱ-3
Ms. Hoang Mai Van Anh
97

100. SESSION Ⅱ-3
Promoting Adaption and Adoption of Resource Efficiency and Cleaner Production Technologies (RECP) for Sustainable Development
98

101. SESSION Ⅱ-3
Ms. Hoang Mai Van Anh
99

102. SESSION Ⅱ-3
Promoting Adaption and Adoption of Resource Efficiency and Cleaner Production Technologies (RECP) for Sustainable Development
100

103. SESSION Ⅱ-3
Ms. Hoang Mai Van Anh
101

104. SESSION Ⅱ-3
Promoting Adaption and Adoption of Resource Efficiency and Cleaner Production Technologies (RECP) for Sustainable Development
102

105. SESSION Ⅱ-3
Ms. Hoang Mai Van Anh
103

106. SESSION Ⅱ-3
Promoting Adaption and Adoption of Resource Efficiency and Cleaner Production Technologies (RECP) for Sustainable Development
104

107. SESSION Ⅱ-3
Ms. Hoang Mai Van Anh
105

108. SESSION Ⅱ-3
Promoting Adaption and Adoption of Resource Efficiency and Cleaner Production Technologies (RECP) for Sustainable Development
106

109. SESSION Ⅱ-3
Ms. Hoang Mai Van Anh
107

110. MEMO
108

111. SESSION Ⅱ-4
Scope and Challenges of Possible UNCITRAL Model Rules on PPP
Mr. Changkuk Lim
Legal Expert, UNCITRAL-RCAP, Korea
The UNCITRAL was said to have a role in enhancing the efficiency of the procedures involved in private-public
partnerships through internationally recognized standards through the recognition of best practice for the design of
political and legal solutions that are universally applicable
Based on a study conducted by UNCITRAL (2013) on PPP related laws in 58 countries, a general lack of both
compliance and comprehensive legislation in national legislatures indicated the need of a uniform rule on PPPs,
particularly at an international level.
Several aspects that a possible uniform law on PPPs should address included: (a) Making a distinction between
private finance initiatives (PFI) and the broader spectrum of PPPs in general. (b) Facilitating financial and
non-pecuniary evaluations for public interest components in PPPs, such as a modified value-for-money test (VMT)
or a public sector comparator (PSC). (c) Considering complementarities with relevant areas of laws such as
procurement, environmental protection, anticorruption and conflicts of interest.
109

112. SESSION Ⅱ-4
Scope and Challenges of Possible UNCITRAL Model Rules on PPP
110

113. SESSION Ⅱ-4
Mr. Changkuk Lim
111

114. SESSION Ⅱ-4
Scope and Challenges of Possible UNCITRAL Model Rules on PPP
112

115. SESSION Ⅱ-4
Mr. Changkuk Lim
113

116. SESSION Ⅱ-4
Scope and Challenges of Possible UNCITRAL Model Rules on PPP
114

117. SESSION Ⅱ-4
Mr. Changkuk Lim
115

118. SESSION Ⅱ-4
Scope and Challenges of Possible UNCITRAL Model Rules on PPP
116

119. SESSION Ⅱ-4
Mr. Changkuk Lim
117

120. SESSION Ⅱ-4
Scope and Challenges of Possible UNCITRAL Model Rules on PPP
118

121. SESSION Ⅱ-4
Mr. Changkuk Lim
119

122. MEMO
120

123. 121
SESSION Ⅲ
Localizing Technology for Inclusive Development
Nov. 7(Fri) 10:00-11:30 Diamond Hall
CHAIRMAN
Sangmin NAM (Deputy Head, UNESCAP-ENEA)
SPEAKER 1
Abdulaziz Aldusari
(CEO, Riyadh Techno valley)
SPEAKER 2
Sangyong Kim
(Principal Researcher, KITECH)
SPEAKER 3
Yong Joo Kim
(Senior Researcher, Korea Institute of Civil Engineering and Building Technology)
SPEAKER 4
Min HU
(Professor, Peking University)

125. SESSION Ⅲ-1
Role of Science Park in Localizing Technology for Saudi
Sustainable Development and it’s KBE
Dr. Abdulaziz Aldusari
CEO, Riyadh Techno valley, Saudi Arabia
The science parks play essential role in facilitating the collaborations between the university and the industry in
order to localize the technology and utilize knowledge transfers, IP exchange, technology transfers, joint research
projects, creating spin-offs. The purpose of this study was to analyze and review the strategic plan and the vision
of the science park and its research and development centers (R&Ds) and Projects in King Saud University (Riyadh
Techno Valley-RTV) with its implementation programs, the analysis study of the projects and R&Ds included Sabic
petrochemical technology center, Nano technology, Pharmaceutical and diabetes technology, water and water
desalination technology by the Collaboration with Kitech Institute –Project of MOBILE DRINKING WATER TRAILER
SYSTEM (MDTS). The results of the analysing study insure the achievements of the objectives in localizing
technology for sustainable development towards Knowledge Based Economy in Saudi Arabia.
123

126. SESSION Ⅲ-1
Role of Science Park in Localizing Technology for Saudi Sustainable Development and it’s KBE
124

127. SESSION Ⅲ-1
Dr. Abdulaziz Aldusari
125

128. SESSION Ⅲ-1
Role of Science Park in Localizing Technology for Saudi Sustainable Development and it’s KBE
126

129. SESSION Ⅲ-1
Dr. Abdulaziz Aldusari
127

130. SESSION Ⅲ-1
Role of Science Park in Localizing Technology for Saudi Sustainable Development and it’s KBE
128

131. SESSION Ⅲ-1
Dr. Abdulaziz Aldusari
129

132. SESSION Ⅲ-1
Role of Science Park in Localizing Technology for Saudi Sustainable Development and it’s KBE
130

133. SESSION Ⅲ-1
Dr. Abdulaziz Aldusari
131

134. SESSION Ⅲ-1
Role of Science Park in Localizing Technology for Saudi Sustainable Development and it’s KBE
132

135. SESSION Ⅲ-1
Dr. Abdulaziz Aldusari
133

136. SESSION Ⅲ-1
Role of Science Park in Localizing Technology for Saudi Sustainable Development and it’s KBE
134

137. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production :
Towards Localized Biobased Economy in ASEAN Region
Prof. Sangyoung Kim
Principal Researcher, KITECH, Korea
Biobased platform chemicals as alternatives to petroleum derived chemicals are getting major attention from
industries in an expectation to substitute non-renewable material supply chains for sustainable biobased economy.
Because biorefinery as a renewable production platform requires well balanced value-chains of biomass feedstock,
processing technology and infrastructure, the most desirable way of practice has been tried in ASEAN region by
localization and commercialization of green processing technology on site from the view point of joint R&BD
collaboration. Considering the establishment of local biorefinery platform and relevant technological capacity KITECH
has been developing partnerships based on transferrable technology and locally available biomass in Thailand,
Vietnam, Singapore and Indonesia aiming to biomass utilization for the production of value added chemicals, fuels
and bioplastics. In Vietnam ODA project regarding the construction of techno innovation park for advanced
processing of agricultural products by KITECH is now under consideration of allowing biobased chemical
co-production by combined technology transfer and joint commercialization. The recent common understanding on
regional biobased production capacity building and green growth among ASEAN and Korea leads new innovative
creation of green economy backed by sharing natural, human and technological resources with diffusion of
industrialization experiences. Among the target materials on discussion, biobased monomers and bioplastics
possessing high potential of carbon dioxide reduction are now extending their uses from biodegradable bags to
structural and functional materials for automobile and electronic parts.
135

138. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
136

139. SESSION Ⅲ-2
Prof. Sangyoung Kim
137

140. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
138

141. SESSION Ⅲ-2
Prof. Sangyoung Kim
139

142. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
140

143. SESSION Ⅲ-2
Prof. Sangyoung Kim
141

144. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
142

145. SESSION Ⅲ-2
Prof. Sangyoung Kim
143

146. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
144

147. SESSION Ⅲ-2
Prof. Sangyoung Kim
145

148. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
146

149. SESSION Ⅲ-2
Prof. Sangyoung Kim
147

150. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
148

151. SESSION Ⅲ-2
Prof. Sangyoung Kim
149

152. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
150

153. SESSION Ⅲ-2
Prof. Sangyoung Kim
151

154. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
152

155. SESSION Ⅲ-2
Prof. Sangyoung Kim
153

156. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
154

157. SESSION Ⅲ-2
Prof. Sangyoung Kim
155

158. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
156

159. SESSION Ⅲ-2
Prof. Sangyoung Kim
157

160. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
158

161. SESSION Ⅲ-2
Prof. Sangyoung Kim
159

162. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
160

163. SESSION Ⅲ-2
Prof. Sangyoung Kim
161

164. SESSION Ⅲ-2
Recent Progress in Joint R&BD Partnership for Renewable Chemical Production : Towards Localized Biobased Economy in ASEAN Region
162

165. SESSION Ⅲ-3
Development and Localization of Warm-Mix Asphalt Technology
Customized for Weather and Road Conditions in Developing Countries
Dr. Yong-Joo Kim
Senior Researcher, Korea Institute of Civil Engineering and Building Technology, Korea
Many of developing countries are significantly investing to build the road infrastructure of asphalt pavement in
order to provide sustainable transportation for freight shipping and passenger traveling. However, asphalt pavement
conditions operated in developing countries are so bad because of the lack of basic knowledge and appropriate
technologies that fit with the targeted region in terms of weather, traffic, and road conditions.
Recently, some of developing countries such as Indonesia and Mongolia have requested to develop eco-friendly
durable asphalt pavement technologies that can be localized in developing countries. One of eco-friendly candidate
asphalt pavement technologies is warm-mix asphalt (WMA) technology which is to allow asphalt mixtures to be
produced and compacted at a significantly lower temperature than conventional asphalt pavement. The WMA
technology can reduce the emission of greenhouse gasses and save the fuel cost during the construction.
In 2013, Korea Institute of Civil Engineering and Building Technology (KICT) completed to develop the WMA
technology fitted for road conditions in developed countries as like Korea. Recently, the original WMA technology
are modified with polymer modifier in order to fit for road conditions in developing countries. For example, the
WMA technology used in Indonesia has been strengthened to improve rutting resistance at a high temperature and
moisture susceptibility of asphalt pavement and the WMA technology used in Mongolia has been strengthened to
improve crack resistance at a low temperature.
These technologies were successfully completed to build the field trial sections in order to evaluate the feasibility
and workability in local road conditions of Indonesia and Mongolia. Based on the laboratory and field evaluations,
the customized WMA technology is satisfied with developing countries’ all specifications.
Currently, the localization process of the customized WMA technologies is being prepared with both countries’
government agencies. It is expected that the customized WMA technologies for the developing countries would
upgrade the quality of asphalt pavement with saving energy cost and reducing the emissions.
163

166. SESSION Ⅲ-3
Development and Localization of Warm-Mix Asphalt Technology Customized for Weather and Road Conditions in Developing Countries
164

167. SESSION Ⅲ-3
Dr. Yong-Joo Kim
165

168. SESSION Ⅲ-3
Development and Localization of Warm-Mix Asphalt Technology Customized for Weather and Road Conditions in Developing Countries
166

169. SESSION Ⅲ-3
Dr. Yong-Joo Kim
167

170. SESSION Ⅲ-3
Development and Localization of Warm-Mix Asphalt Technology Customized for Weather and Road Conditions in Developing Countries
168

171. SESSION Ⅲ-3
Dr. Yong-Joo Kim
169

172. SESSION Ⅲ-3
Development and Localization of Warm-Mix Asphalt Technology Customized for Weather and Road Conditions in Developing Countries
170

173. SESSION Ⅲ-3
Dr. Yong-Joo Kim
171

174. SESSION Ⅲ-3
Development and Localization of Warm-Mix Asphalt Technology Customized for Weather and Road Conditions in Developing Countries
172

175. SESSION Ⅲ-3
Dr. Yong-Joo Kim
173

176. SESSION Ⅲ-3
Development and Localization of Warm-Mix Asphalt Technology Customized for Weather and Road Conditions in Developing Countries
174

177. SESSION Ⅲ-3
Dr. Yong-Joo Kim
175

178. SESSION Ⅲ-3
Development and Localization of Warm-Mix Asphalt Technology Customized for Weather and Road Conditions in Developing Countries
176

179. SESSION Ⅲ-3
Dr. Yong-Joo Kim
177

180. SESSION Ⅲ-3
Development and Localization of Warm-Mix Asphalt Technology Customized for Weather and Road Conditions in Developing Countries
178

181. SESSION Ⅲ-3
Dr. Yong-Joo Kim
179

182. SESSION Ⅲ-3
Development and Localization of Warm-Mix Asphalt Technology Customized for Weather and Road Conditions in Developing Countries
180

183. SESSION Ⅲ-4
The status of air pollution and control measures in China
Prof. Min HU
Professor, Peking University, China
As the world’s second largest economy, China has experienced severe air pollution with unprecedentedly high
PM2.5 (particulate matter smaller than 2.5 mm in diameter) levels, attracting more and more attention from the
world. It has become a great challenge for China to solve this problem. In Feb 2012, the latest China Ambient Air
Quality Standards (CAAQS, GB3095-2012) was issued, in which PM2.5 was regulated for the first time. The Ministry
of Environmental Protection of China released the air pollution monitoring report for the year of 2013 for the 74
major cities (http://www.mep.gov.cn/gkml/hbb/qt/201403/t20140325_269648.htm). The major three city clusters,
that is, Beijing-Tianjin-Hebei (BTH), Yangtze River Delta (YRD) and Pearl River Delta (PRD), were reported to be the
most polluted regions in China. While these three regions comprise only 8% of the land area in China, they account
for 24% of Chinese population and 43% of the coal consumption (http://data.stats.gov.cn/workspace/index?m=fsnd).
BTH region was classified as the poorest air quality region in 2013. None of the 13 cities in BTH region met the
new CAAQS, and 7 cities ranked in the top 10 worst air quality of the China. 53.4% of the haze events occurred in
December and January due to large coal combustion emission for heating and unfavorable meteorological conditions.
Besides PM2.5 and PM10, NO2 and O3 also exceeded the standards, indicating complex air pollution of
combination of traditional emissions from coal combustion, traffic emission and secondary formation. It is imperative
that regulatory actions should be taken now to improve the air quality. The Chinese government has made “Action
Plan against Atmospheric Pollution” and put forward “ten major measures” to adopt for curbing the air pollution,
vowing "tough measures for tough tasks." The efforts include optimizing the country's economic structure and
intensifying innovation into its environmental protection, strictly control high energy-consuming and polluting
industries, adjusting its energy structure etc.
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184. SESSION Ⅲ-4
The status of air pollution and control measures in China
182

185. SESSION Ⅲ-4
Prof. Min HU
183

186. SESSION Ⅲ-4
The status of air pollution and control measures in China
184

187. SESSION Ⅲ-4
Prof. Min HU
185

188. SESSION Ⅲ-4
The status of air pollution and control measures in China
186

189. SESSION Ⅲ-4
Prof. Min HU
187

190. SESSION Ⅲ-4
The status of air pollution and control measures in China
188

191. SESSION Ⅲ-4
Prof. Min HU
189

192. SESSION Ⅲ-4
The status of air pollution and control measures in China
190

193. SESSION Ⅲ-4
Prof. Min HU
191

194. SESSION Ⅲ-4
The status of air pollution and control measures in China
192

195. SESSION Ⅲ-4
Prof. Min HU
193

196. SESSION Ⅲ-4
The status of air pollution and control measures in China
194

197. SESSION Ⅲ-4
Prof. Min HU
195

198. SESSION Ⅲ-4
The status of air pollution and control measures in China
196

199. SESSION Ⅲ-4
Prof. Min HU
197

200. SESSION Ⅲ-4
The status of air pollution and control measures in China
198

201. SESSION Ⅲ-4
Prof. Min HU
199

202. SESSION Ⅲ-4
The status of air pollution and control measures in China
200

203. SESSION Ⅲ-4
Prof. Min HU
201

204. SESSION Ⅲ-4
The status of air pollution and control measures in China
202

205. SESSION Ⅲ-4
Prof. Min HU
203

206. SESSION Ⅲ-4
The status of air pollution and control measures in China
204

207. SESSION Ⅲ-4
Prof. Min HU
205

208. SESSION Ⅲ-4
The status of air pollution and control measures in China
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209. 207
SESSION Ⅳ
Financing Strategy for Technology Localization
Nov. 7(Fri) 10:00-11:30 Diamond Hall
CHAIRMAN
Michael Westphal
(Senior Associate, World Resource Institute)
SPEAKER 1
Rajiv Garg
(Programme Officer, UNEP)
SPEAKER 2
Chan Ho Park
(Regional Director of MENA Program, GGGI)
SPEAKER 3
Miguel Angel Mendez
(Country Director, SNV VIETNAM)

211. SESSION Ⅳ-1
The Climate Technology Centre & Network:
Operational Arm of the Technology Mechanism
Mr. Rajiv Garg
Programme Officer, UNEP, THAILAND
Technology transfer is a cornerstone of the United Nations Framework Convention on Climate Change (UNFCCC) and
the Conference of Parties (COP) accordingly established a Technology Mechanism in Cancun in 2010. The
Technology Mechanism consists of a Technology Executive Committee (TEC) and the Climate Technology Centre and
Network (CTCN). The CTCN is hosted and managed by UNEP and UNIDO with 11 Consortium partners.
The CTCN will provide three core services to developing countries: It will respond to requests for technical
assistance; it will build local capacity and networks; and it will increase information flows and knowledge sharing
about technology choices. A number of activities will be carried out to this effect over the next five years; training
and networking workshops for National Designated Entities (NDEs); conferences involving academia, research
institutions, NGOs, and the public and private sector; technical assistance assignments, a continuously serviced
Knowledge Management System; and requests attended to through a helpdesk service. The CTCN will, as experience
is gained, take on a more proactive role in facilitating south-south, south-north, and south-south-north
partnerships, and become a more visible actor on broader climate technology issues. In doing so, the CTCN will
coordinate its activities with other organizations having similar activities. The CTC will not provide large amounts of
funds but is establishing procedures that will allow fast and flexible delivery of support, which for many countries
will facilitate larger scale action.
209

212. SESSION Ⅳ-1
The Climate Technology Centre & Network: Operational Arm of the Technology Mechanism
210

213. SESSION Ⅳ-1
Mr. Rajiv Garg
211

214. SESSION Ⅳ-1
The Climate Technology Centre & Network: Operational Arm of the Technology Mechanism
212

215. SESSION Ⅳ-1
Mr. Rajiv Garg
213

216. SESSION Ⅳ-1
The Climate Technology Centre & Network: Operational Arm of the Technology Mechanism
214

217. SESSION Ⅳ-1
Mr. Rajiv Garg
215

218. SESSION Ⅳ-1
The Climate Technology Centre & Network: Operational Arm of the Technology Mechanism
216

219. SESSION Ⅳ-1
Mr. Rajiv Garg
217

220. SESSION Ⅳ-1
The Climate Technology Centre & Network: Operational Arm of the Technology Mechanism
218

221. SESSION Ⅳ-1
Mr. Rajiv Garg
219

222. MEMO
220

223. SESSION Ⅳ-2
Developing Implementation Tools and
Identifying Technologies & Financing Options
Dr. PARK, Chanho
Regional Director of MENA Program, GGGI, Korea
Under the global agenda of “Sustainable Development, Green Growth, and Green Economy”, most of the nations in
the world develop strategies, policies, and technologies that are suitable for their own nations` circumstances. In
some ways, it seems like that these nations share the common goal of responding to the global climate changes,
the universal problem shared among the global community as well as achieving sustainable economic developments
in the competitive environment.
However, even if one nation has excellent policies and institutions, it is nothing more than a framework without
proper technologies and investments to make its ideas feasible. Then under this condition, we face the fundamental
dilemma of “what good policies and technologies have any use without the resources to back them up?” This
question clearly demonstrates the problem we currently face, while raising the importance of the implementation so
called the “Action Plan”.
In this presentation, I would like to deliver some key messages of the importance of analyzing Circumstance or
Situation of the developing countries, developing the applicable and optimized implementation options, and
prominence of local stakeholder’s engagement and methods in the light of the Middle East & North Africa (MENA).
Lastly, I want to point out the importance of analysis and supports for the applicable technology. A solid
implementation plan alone cannot guarantee the success without motivating participating business to support the
implementation of the plan and mobilizing feasible technologies to achieve the goals. These bottom up approach
need the proper Financial Options to support these technology to be utilized and implement the plan to realize the
goal of each individual projects.
I want to introduce some methodologies that can be useful in designing the financial options that Local Private
Players can utilize in most cost effective ways.
221

224. SESSION Ⅳ-2
Developing Implementation Tools and Identifying Technologies & Financing Options
222

225. SESSION Ⅳ-2
Dr. PARK, Chanho
223

226. SESSION Ⅳ-2
Developing Implementation Tools and Identifying Technologies & Financing Options
224

227. SESSION Ⅳ-2
Dr. PARK, Chanho
225

228. SESSION Ⅳ-2
Developing Implementation Tools and Identifying Technologies & Financing Options
226

229. SESSION Ⅳ-3
Result Based Finance as enabler for renewable energy
sector transformation in developing countries.
The Vietnam case
Mr. Miguel Angel Mendez
Country Director, SNV VIETNAM, Vietnam
The biogas programme for the animal husbandry sector in Vietnam has facilitated the construction of over 140.000
biogas digesters in Vietnam since its start in 2003. The programme has trained over 1668 masons to construct
biogas digesters. In order to ensure quality and provide extension services more than 1064 technicians have been
trained throughout Vietnam. The plants constructed under this programme have provided a clean and reliable source
of renewable energy to around 700.000 individuals and reduces nearly 656.040 tonnes of CO2 annually. Despite the
enormous success of this programme the primary goal, to set up a commercially viable biogas sector in Vietnam
has not been fully completed. Activities such as training, quality control and providing a 10% investment subsidy
are still executed and funded by the programme. Around 45% of the total programme costs are currently already
funded by the proceeds of selling gold standard voluntary emission reduction certificates, the other 55% of the
costs are still funded by ODA.
Result Based Finance (RBF) is used as a tool to prepare the Vietnamese biogas sector for the day that support
programmes will no longer be available by transferring responsibilities from the programme to the biogas
enterprises. The RBF intervention will facilitate the transition from an externally supported biogas sector to an
independent commercially viable biogas sector in Vietnam. This will ensure that farmers will continue to have
access to biogas technology after the biogas support programmes have stopped operating in Vietnam.
To take the final steps in realizing a biogas sector that does not rely on external support the programme is
currently implementing RBF. The RBF mechanism is used as a tool to prepare the Vietnamese biogas sector for the
day that support programmes will no longer be available by transferring responsibilities from the programme to the
biogas enterprises. The RBF intervention will facilitate the transition from an externally supported biogas sector to
an independent commercially viable biogas sector in Vietnam. This will ensure that farmers will continue to have
access to biogas technology after the biogas support programmes have stopped operating in Vietnam.The
mechanism is designed to stimulate increased risk taking of biogas enterprises and transferring the responsibilities
of the programme to the biogas enterprises. In the new mechanism biogas enterprises have to find customers that
are willing to invest in a biogas plant without receiving subsidy. After an independent verifier has concluded that
the biogas enterprise has provided a high quality biogas digester and end user operation and maintenance training
the enterprise is rewarded with an RBF incentive. As a result of the implementation of this mechanism, in 2017 the
Vietnamese biogas sector will have become viable without external support.
Besides the Vietnam case, SNV is currently implementing two additional programs applying the RBF mechanism.
a) The clean cook stove market acceleration project in Kenia. The Project aims to incentivize MFIs and SACCOs to
provide loans for 'higher tier' cook stoves with a target of 100,000 new loans for stoves disbursed up to July
2018. Alongside the incentives, a risk guarantee fund is proposed to address specific risks that cannot be
227

230. 228
mitigated by the first incentive. In addition, there will be a special financing facility for pellet manufacturers as
direct beneficiaries to provide pellet to micro gasifier stoves customers.
b) Rural market development for solar pico-pv, Lake Zone in Tanzania. The objective of the RBF for Rural Market
Development of Pico-pv Solar is to improve market access to and use of quality pre-electrification pico-solar
devices (lanterns, phone chargers, small multi-room lighting kits) for 115,000 poor rural and off grid households
in the 28 districts of Tanzania’s Lake Zone via strengthened import supplier to end retailer distribution.

231. SESSION Ⅳ-3
Mr. Miguel Angel Mendez
229

232. SESSION Ⅳ-3
Result Based Finance as enabler for renewable energy sector transformation in developing countries. The Vietnam case
230

233. SESSION Ⅳ-3
Mr. Miguel Angel Mendez
231

234. SESSION Ⅳ-3
Result Based Finance as enabler for renewable energy sector transformation in developing countries. The Vietnam case
232

235. SESSION Ⅳ-3
Mr. Miguel Angel Mendez
233

236. SESSION Ⅳ-3
Result Based Finance as enabler for renewable energy sector transformation in developing countries. The Vietnam case
234

237. SESSION Ⅳ-3
Mr. Miguel Angel Mendez
235

238. SESSION Ⅳ-3
Result Based Finance as enabler for renewable energy sector transformation in developing countries. The Vietnam case
236

239. SESSION Ⅳ-3
Mr. Miguel Angel Mendez
237