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The 13th International Conference on Carbon Dioxide Utilization (ICCDU XIII) provides a vibrant multi-disciplinary discussion forum for recent innovations in carbon dioxide capture, conversion, and utilization. The ICCDU conference series, which started in 1991 in Japan, rotates among Europe, Asia, and America. ICCDU XIII will be held for the first time in Singapore during July 5 - 9, 2015. The conference will feature over 300 delegates and 20 leading academic and industry researchers and policy leaders as plenary/keynote speakers and roundtable panelists. We have received confirmation from a number of leading researchers and policy leaders as plenary speakers and/or panellists for this conference. These include Nobel Laureate Prof Jean-Marie Lehn of Louis Pasteur (France), Prof Chris Jones of Georgia Institute of Technology (USA), Prof Chunshan Song of Pennsylvania State University (USA), Prof Michele Aresta of University of Bari (Italy), Dr Atieh Abu-Raqabeh from Saudi Basic Industries Corporation (SABIC), and key Singapore government officers - Mr Tang Tuck Weng from the National Climate Change Secretariat and Dr Yeoh Lean Weng from the National Research Foundation. The Economic Development Board and other government agencies have also been invited to speak at the conference.
Citation preview
13th International Conference On Carbon Dioxide Utilization
Stephen Riady Centre | University Town National University Of Singapore
ICCDU XIIISINGAPORE5-9 July 2015www.iccdu2015.sg
Held in:
ICCDU XIIISINGAPORE5-9 July 2015
Contents
Message from Chairman 2
Guest of Honour 3
Plenary Speakers 4-7
Keynote Speakers 8-12
The Committees 13
Overall Programme 14-15
Session 1 16-17
Session 2 18-19
Session 3 20-21
Session 4 22-23
Session 5 24-25
Session 6 26-27
Session 7 28-29
Session 8 30-31
Poster Session 1 32
Poster Session 2 33
Sponsors 34-36
NUS University Town 37
About Singapore 38-39
Maps 40-41
The contents of this programme booklet have been compiled from information accurate as of 26 June 2015.
While every effort has been made to ensure that the contents are correct, the organisers and their representatives are unable to accept any responsibilities and liabilities for errors or omission that may occur. Changes made after the booklet went to press will not be reflected.
Kishore Mahbubani has had the good fortune of enjoying a career in
government and, at the same time, in writing extensively on public issues. He
was with the Singapore Foreign Service for 33 years (1971-2004). He served
as Singapores Ambassador to the UN and as President of the UN Security
Council in January 2001 and May 2002. He was Permanent Secretary at the
Foreign Ministry from 1993 to 1998. Currently, he is Dean of the Lee Kuan Yew
School of Public Policy, NUS.
He is the author of Can Asians Think?, Beyond The Age Of Innocence, The
New Asian Hemisphere, The Great Convergence (selected by Financial Times
as one of the best books of 2013), and Can Singapore Survive?
He was conferred the Public Administration Medal (Gold) by the Singapore
Government in 1998 and the Foreign Policy Association Medal in 2004. He
was listed as one of the top 100 public intellectuals in the world by Foreign
Policy and Prospect magazines in 2005, and included in 2009 Financial Times
list of top 50 individuals. He was selected as one of Foreign Policys Top Global
Thinkers in 2010 and 2011. Most recently, he was selected by Prospect
magazine as one of the top 50 world thinkers for 2014.
Guest of Honour
Kishore MaHbUbanI Dean
Professor in the Practice of Public Policy Lee Kuan Yew School of Public Policy
National University of Singapore
ICCDU XIIISINGAPORE5-9 July 2015
Today, the world is faced with the challenge of reducing carbon dioxide
emissions. It is critical to address this challenge urgently for the sake of our
present and future generations.
The 13th International Conference on Carbon Dioxide Utilization (ICCDU XIII)
provides a vibrant multi-disciplinary discussion forum for recent innovations
in carbon dioxide capture, conversion, and utilization. The ICCDU conference
series, which started in 1991 in Japan, rotates among Europe, Asia, and
America. ICCDU XIII will be held for the first time in Singapore during July
5 - 9, 2015. The conference will feature over 300 delegates and 20 leading
academic and industry researchers and policy leaders as plenary/keynote
speakers and roundtable panelists. We have received confirmation from a
number of leading researchers and policy leaders as plenary speakers and/
or panellists for this conference. These include Nobel Laureate Prof Jean-
Marie Lehn of Louis Pasteur (France), Prof Chris Jones of Georgia Institute of
Technology (USA), Prof Chunshan Song of Pennsylvania State University (USA),
Prof Michele Aresta of University of Bari (Italy), Dr Atieh Abu-Raqabeh from
Saudi Basic Industries Corporation (SABIC), and key Singapore government
officers - Mr Tang Tuck Weng from the National Climate Change Secretariat and
Dr Yeoh Lean Weng from the National Research Foundation. The Economic
Development Board and other government agencies have also been invited to
speak at the conference.
We look forward to welcoming you to ICCDU XIII for productive and exciting
interactions in Singapore the Research City for Global Solutions.
Sibudjing KawIChairman
ICCDU XIII Local Organising Committee
Message fromChairman
Professor Christopher JONES was born in suburban Detroit, Michigan
in July of 97. After graduating from University of Michigan in 99,
Chris moved to Pasadena, California to study inorganic materials
chemistry and catalysis under Mark E. Davis at Caltech. There he
earned MS and PhD degrees in chemical engineering in 997 and
999, respectively. Subsequently, he studied organometallic chemistry
and olefin polymerization under the direction of both Davis and John
E Bercaw at Caltech. He started as an Assistant Professor at Georgia
Tech in the summer of 000 and was promoted to Associate Professor
in July 00. In May, 00, he was appointed the J. Carl and Sheila
Pirkle Faculty Fellow, followed by a promotion to Professor in July
008. He was named New-Vision Professor of Chemical & Biomolecular
Engineering in July 0. Most recently, Professor Jones was named
the Associate Vice President for Research at Georgia Tech.
Professor Jones directs a research program focused primarily on
catalysis and CO separation, sequestration and utilization. In 00
Professor Christopher w. JOnES New-Vision Professor, Chemical & Biomolecular Engineering, Georgia
Institute of Technology
Editor-in-Chief, ACS Catalysis
Plenary Speakers
ICCDU XIIISINGAPORE5-9 July 2015
Michele Aresta Professor of Chemistry at the University of Bari-IT until
0, since 0 holds the IMM Chair at the Chemical and Biomolecular
Engineering Department, Engineering Faculty at NUS-SG and chairs
the Scientific Committee of the Interuniversity Consortium on Chemical
Reactivity and Catalysis-ICCDU, Italy. His main reserach interests are:
chemistry of small molecules, catalysis, carbon recycling, utilization of
CO in the synthesis of chemicals, conversion of waste biomass into
chemicals and fuels, photochemical reactions. He was and stilli is co-
ordinator of several international and national projects.
He served as Italy delegate in EU Programmes. He was Director of the
Institute of Inorganic Chemistry, and of the Department of Chemistry
at the University of Bari. He was Dean of the Environmental Sciences
Faculty at the same University for over 0 years. He is author of over
0 peer reviewed papers and author or editor of seven books on
CO utilization and Biomass utilization implementing the concept
of biorefinery. He received several awards, among which the Renoir
Prize for the dissemination of scientific culture, the Award of the Italian
Chemical Society for the pioneering work on CO utilization, the Award
of the Societ Franaise de Chimie for Inorganic Chemistry, several
Awards of ACS, the Green Chemistry Award of the Chinese Academy.
He is Honorary Professor at the University of Tianjin-Tianjin China.
Professor Michele aRESTa Professor of Chemistry and
Director of CIRCC- National Consortium on Catalysis
President of the Inorganic ChemistryDivision of the Italian Chemical Society
Plenary Speakers
ICCDU XIIISINGAPORE5-9 July 2015
he was honored with the Ipatieff Prize from the American Chemical
Society for his work on palladium catalyzed Heck and Suzuki coupling
reactions. That same year, he was selected as the founding Editor-
in-Chief of ACS Catalysis, a new multi-disciplinary catalysis journal
published by the American Chemical Society. In 0, Professor Jones
was recognized by the North American Catalysis Society with the
Paul E. Emmett Award in Fundamental Catalysis and by the American
Society of Engineering Education with the Curtis W. McGraw Research
Award.
Prof. Jean-Marie LEHN was born in Rosheim, France in 99. In 970,
he became Professor of Chemistry at the Universit Louis Pasteur in
Strasbourg. Subsequently, he spent two spring semesters of 97 and
97 as visiting Professor at Harvard University directing a research
project and giving lectures. From 979 to 00, he held the chair of
Chimie des Interactions Molculaires at the Collge de France in
Paris. Dividing his time between the two laboratories in Strasbourg
and in Paris, he developed new lines of research, in particular on
combining the recognition, transport and catalytic properties displayed
by supramolecular species with the features of organized phases,
the long range goal being to design and realize molecular devices,
molecular components that would eventually be able to perform signal
and information processing at the molecular level.
Professor Lehn presently holds the Chair of Chemistry of Complex
Systems at the Institute for Advanced Study of the University of
Strasbourg (USIAS). In the period of about 97-98, he also
investigated different processes for the photochemical generation of
hydrogen and oxygen from water, photochemical water splitting as well
as photochemical reduction of carbon dioxide. He received in 987
the Nobel Prize in Chemistry together with Donald Cram and Charles
Pedersen for his studies on molecular recognition processes. Prof.
Lehn was a pioneer innovator in the field of supramolecular chemistry,
i.e., the chemistry of receptor-substrate molecular associations created
by intermolecular interactions.
Over the years, his studies in supramolecular chemistry extended
into a broad new area at the interface of chemistry with biology: self-
organization processes, utilizing molecular recognition to control and
direct the spontaneous formation of functional architectures of high
nobel Laureate Professor Jean-Marie LEHn
DirectorLaboratoire de Chimie Supramolculaire
ISIS, Universit de Strasbourg, StrasbourgSupramolecular Chemistry Laboratory
Nanotechnologie Institute of the Research Center of Karlsruhe
LIFM, SunYat Sen University, Guangzhou, China
7
Dr. Atieh Abu Raqabeh is Global General Manager for SABIC Corporate
Sustainability. Prior to this assignment, he was General Manager for
SABIC Corporate Research and Innovation Centers at KAUST (King
Abdullah University of Science & Technology), Houston and Bengaluru.
He has also served as Manager of Polymers Chemistry and Catalysis at
SABIC Technology Center in Riyadh. He is an inventor and co-inventor
of over 0 patents and co-author of more than 0 publications in the
field of catalysis and polymers. He was a winner of SABIC Award for
Innovation and Arthur D. Little Award for Research excellence. Dr. Abu
Raqabeh earned his Ph.D. degree in Organometallic Chemistry in 988
from Northeastern University, Boston, USA. He joined SABIC in 990.
Dr atieh abu-RaQabEH General Manager,
Corporate Sustainability, SABIC
Plenary Speakers
ICCDU XIIISINGAPORE5-9 July 2015
complexity. More recently, beginning in the early 990s, a novel line
of research termed constitutional dynamic chemistry (CDC) was
initiated and developed from the implementation of a basic feature
of supramolecular chemistry that is by essence a dynamic chemistry
with respect to the constitution of its entities. The discovery of CDC
has a profound impact on numerous research areas ranging from drug
discovery, to materials science and to nanotechnology.
Plenary Speakers
ICCDU XIIISINGAPORE5-9 July 2015
Dr. Chunshan Song is a Distinguished Professor of Fuel Science, a
Professor of Chemical Engineering, and the Director of the EMS
Energy Institute at the Pennsylvania State University. He also holds
a joint appointment as QianRen B Chair Professor in the School of
Chemical Engineering at Dalian University of Technology in China
and is the Director of Penn State-Dalian Joint Center for Energy
Research. His research interests include catalysis and adsorption
for fuel processing, CO capture and conversion using nano-porous
materials, desulfurization and reforming of hydrocarbons and biofuels
for fuel cells, shape-selective catalysis for chemicals, and conversion
of coal, heavy oil, and biomass to liquid fuels and chemicals. He
has 0 refereed journal publications, 7 patents, and books, and
delivered 00 invited lectures worldwide including over 0 plenary or
keynote lectures. He has received many awards, such as Henry H.
Storch Award in Fuel Chemistry and Distinguished Researcher Award
in Petroleum Chemistry from American Chemical Society, Fellow of
American Chemical Society, Distinguished Fulbright Scholar Award
from US-UK, Chang Jiang Scholar Award and QianRen B Award from
Professor Chunshan SOnG Director, EMS Energy Institute
Distinguished Professor of Fuel Science & Professor of Chemical
Engineering at Penn State Univ, USA
QianRen B Chair Professor of Energy and Chemical Engineering Director
of Penn State-Dalian Joint Center for Energy Research Dalian University of
Technology, China
China, Herman Pines Award from Catalysis Club of Chicago, Catalysis
Club of Philadelphia Award, AIST and NEDO Fellowship Awards from
Japan, and within Penn State, the Faculty Scholar Medal, Distinguished
University Professor, Wilson Award for Excellence in Research, and
Faculty Mentoring Award.
Dr. Song was born in Shijiazhuang City in Hebei Province, China. He
received a BS (98) in chemical engineering from Dalian University
of Technology, China, and a MS (98) and PhD (989) in applied
chemistry from Osaka University, Japan. He worked at the Research
Center of Osaka Gas Company in Japan prior to joining Penn State
in 989. He also held visiting professorships in Imperial College
London, University of Paris VI, Tsinghua University, Dalian University
of Technology, Tianjin University, Dalian Institute of Chemical Physics
(Dalian) and Institute of Coal Chemistry (Taiyuan) in Chinese Academy
of Sciences, and Taiyuan University of Technology. Currently, he is
serving on the editorial advisory of boards of research journals such
as Energy & Fuels, Catalysis Today, Applied Catalysis B: Environmental,
Chemical Engineering & Technology, Greenhouse Gases: Science and
Technology, and Journal of CO Utilization. He served as the chair of
th International Conference on Carbon Dioxide Utilization in 0
and is
Mr Tang Tuck Weng is the Senior Director in the National Climate Change
Secretariat (NCCS) of the Prime Ministers Office, Singapore. He was
formerly Director (Housing) in the Ministry of National Development,
Director (Planning) in the Ministry of Education and Director (Sea, Air
and Telecoms) in the Ministry of Communications and Information
Technology Energy Market Authority (EMA), and a District Councillor
in the Central Singapore Community Development Council (CDC).
Mr Tang has previously served as a board member of the Singapore
Tourism Board, National Heritage Board, Singapore Discovery Centre,
Nanyang Polytechnic and Public Transport Council. He was also a
member of the School Advisory Committee in Cedar Primary School.
Mr Tang graduated with a degree in Economics from Hitotsubashi
University, Japan. He has a Master (Science) in Management from
Stanford University, USA.
This is now renamed the Ministry of Transport.
Mr Tuck weng TanG Senior Director, National Climate Change
Secretariat (NCCS)Prime Ministers Office, Singapore
8 9
Dr. Chang-jun Liu, Chang Jiang Distinguished Professor and Fellow of
the Royal Society of Chemistry, received his Ph.D degree from Tianjin
University in 99. He was a post doctorial research associate in the
University of Oklahoma (99, 99 and 997) and in Prairie View A&M
University (99). He was an engineer in ABB Corporate Research
Ltd., Switzerland, in 998. Prof. Lius present research interests include
catalysis, CO utilization and plasma conversions. He has published
more than 00 papers with more than 000 citations. He has made
more than 0 plenary speeches and invited talks in the international
conferences in USA, UK, Canada, Japan, Norway, Belgium, S Korea and
China. He served as 00 Program Chair of Fuel Chemistry Division of
American Chemical Society. He has successfully organized seven ACS
symposia. He also severed as Chair of the 0th International Conference
on CO Utilization. He was the Advisory Board Member of Energy &
Environmental Science. He serves now as the Advisory Board Member
of Greenhouse Gases: Science & Technology (Wiley) and CO Forum.
He is now Editorial Board member of Applied Catalysis B, Journal of
CO Utilization, Chinese Journal of Catalysis and Journal of Energy
Chemistry. He was guest editors of ACS Symposium Series, Catalysis
Today, Green Chemistry, ChemCatChem and Energy & Environmental
Science. He involved in the Review Panel for European Union Sixth
Framework Programme and serves as Referee for Chinese, US and
Swiss National Science Foundations and ACS Petroleum Research
Foundation.
Professor Changjun LIU Tianjin University
Distinguished Professor and Fellow of the Royal Society of Chemistry
Keynote Speakers
ICCDU XIIISINGAPORE5-9 July 2015
Angela Dibenedetto is Professor of Inorganic Chemistry at the University
of Bari-UNIBA (IT) - Department of Chemistry. Her scientific interests
are focused on carbon dioxide utilization in synthetic chemistry,
catalysis, coordination chemistry and organometallic chemistry, green
chemistry, marine biomass (algae) production by enhanced carbon
dioxide fixation, marine biomass as source of fuels and chemicals
applying the Biorefinery concept. Actually she is director of the Inter-
university Consortium on Chemical Reactivity and Catalysis-CIRCC.
In 00 she was the winner of the RUCADI Prize for Better Carbon
Management - An Intelligent Chemical Use of CO delivered by ACP-
Belgium, Carburos Metalicos-Spain and ENIChem-Italy. Author of
over 90 scientific papers on carbon dioxide utilization published in
international Journals since 99 and several book Chapters. She was
Invited speaker at several international conferences.
Professor angela DIbEnEDETTO University of Bari
Director of the Interdepartmental Center onEnvironmental Methodologies and
Technologies- METEA
Peter Englezos is Professor in the Department of Chemical & Biological
Engineering at the University of British Columbia (UBC). He joined the
Department as an Assistant Professor in 990 after completing his
Ph.D. in Chemical Engineering from the University of Calgary (990).
Dr. Englezos received his Diploma in Chemical Engineering (B.Sc.)
from the National Technical University of Athens (98) and his Master
of Science (M.Sc.)inChemical Engineering from the University of
Calgary (98). Dr. Englezos has developed an expertise in several
fundamental and applied aspects of gas hydrates, chemical engineering
thermodynamics and water and colloid chemistry in papermaking. He
published over 0 articles in his areas of interest and co-authored a
book on applied parameter estimation for chemical engineers.
In 999, he was named Fellow of the Tokyo Electric Power Company
Endowed Chair at the Faculty of Science and Technology of Keio
University, Japan. Dr. Englezos is a Fellow of the Canadian Academy
of Engineering. Since July , 009 he is the Head of UBCs Department
of Chemical and Biological Engineering. Dr. Englezos is a member of
the Association of Professional Engineers and Geoscientists of BC,
the Canadian Society for Chemical Engineering, the Pulp and Paper
Technical Association of Canada and the American Institute of Chemical
Engineers.
Professor Peter EnGLEZOS Head, Department of Chemical & Biological Engineering, University of British Columbia
Fellow, Canadian Academy of Engineering
Keynote Speakers
ICCDU XIIISINGAPORE5-9 July 2015
Jeffrey R. Long received a B.A. degree summa cum laude in Chemistry
and cum laude in Mathematics from Cornell University in 99,
performing research under the guidance of Prof. Roald Hoffmann. He
earned his Ph.D. in Chemistry with Prof. Richard H. Holm at Harvard
University in 99, and carried out postdoctoral studies with Prof. A
Paul Alivisatos at the University of California, Berkeley in 99-997.
He is currently Professor of Chemistry at the University of California,
Berkeley and Senior Faculty Scientist in the Materials Sciences
Division at Lawrence Berkeley National Laboratory. In addition, he
served as Chair of the Division of Inorganic Chemistry of the American
Chemical Society in 0, and is presently Director of the Center for
Gas Separations Relevant to Clean Energy Technologies, lead-PI for
the Berkeley Hydrogen Storage Program, and a founding Associate
Editor of Chemical Science, the flagship journal of the Royal Society of
Professor Jeffrey R. LOnG University of California, Berkeley
Senior Faculty Scientist, Materials Sciences Division,
Lawrence National Laboratory
0
Professor Sang-Eon Park is the director of the Laboratory of Nano-Green
Catalysis and Nano Center for Fine Chemicals Fusion Technology at
Inha University at Incheon, Korea. He has received a PhD in Chemistry
(98) from KAIST, South Korea. Professor Park serves on the editorial
boards of several scientific journals and as an advisory member of
several leading international conferences. His current research interest
involves carbon dioxide utilization as soft oxidant and promoter.
Professor Parks vision is to lay the scientific and technological
foundation to bridge CO research and industrial application to underpin
the development of sustainable future technologies.
His research interests also include green chemistry, organic-
inorganic hybrid materials, synthesis of hierarchical zeolites and
nanoporous materials and their catalytic applications, heterogeneous
organocatalysis, and energy and environmental alleviation by microwave
and photocatalysis
Professor Sang-Eon PaRK INHA University
Editor-in-Chief, Journal of CO2 Utilization Director Laboratory of Nano-Green Catalysis
INHA Fellowship Professor
Tsunehiro Tanaka graduated from Kyoto Universitys Department
of Hydrocarbon Chemistry in 98 and received his PhD at Kyoto
University in 987 for studying the mechanism of photocatalysis by
supported metal oxides and characterization by XAFS spectroscopy.
He began his career as an Assistant Professor at Hokkaido University
in 987, carrying out fundamental research on acid-base catalysis
and then moved to the Department of Molecular Engineering, Kyoto
University in 990 and was promoted to be a Full Professor in 00.
Professor Tanaka has been Director of the Elements Strategy Initiative
for Catalysts & Batteries (ESICB), Kyoto University supported by MEXT
since 0. His research interest is focused on the elucidation of
heterogeneous catalytic mechanisms at a molecular level, in particular,
catalysis by metallic nanoparticles or metal oxides on supports.
Professor Tsunehiro TanaKa Director, Elements Strategy Initiative for Catalysts & Batteries, Kyoto University
Associate Editor, Royal Society of Chemistry, Catalysis Science & Technology
Keynote Speakers
ICCDU XIIISINGAPORE5-9 July 2015
Keynote Speakers
ICCDU XIIISINGAPORE5-9 July 2015
Chemistry. In 0, he co-founded Mosaic Materials, Inc., a company
devoted to the development of metal-organic frameworks for low-
energy gas separations. Prof. Long has received a number of awards
for his research and teaching, including a UC Berkeley Graduate
Assembly Faculty Mentor Award (0), the Inorganic Chemistry
Lectureship Award (0), a Miller Research Professorship (0),
two National Science Foundation Special Creativity Awards (00 and
009), the National Fresenius Award (00), a TR00 Award (00),
an Alfred P. Sloan Research Fellowship (00), and a Camille Dreyfus
Teacher-Scholar Award (000). With over 00 publications, his research
interests include the synthesis of inorganic complexes, clusters, and
solids with unusual electronic and magnetic properties, generation of
microporous metal-organic frameworks for applications in gas storage,
separations, and catalysis, and the development of molecular catalysts
for electro- and photochemical water splitting.
Keiichi Tomishige received his B.S., M.S. and Ph.D. from Graduate
School of Science, Department of Chemistry, The University of Tokyo
with Prof. Y. Iwasawa. During his Ph.D. course in 99, he moved to
Graduate School of Engineering, The University of Tokyo as a research
associate and worked with Prof. K. Fujimoto. In 998, he became a
lecturer, and then he moved to Institute of Materials Science, University
of Tsukuba as a lecturer in 00. Since 00 he has been an associate
professor, Graduate School of Pure and Applied Sciences, University of
Tsukuba. Since 00, he is a professor, School of Engineering, Tohoku
University.
His research interests are the development of heterogeneous catalysts
for: Direct synthesis of organic carbonates from CO and alcohols;
Steam reforming of biomass tar; Syngas production by natural gas
reforming; Production of biomass-derived chemicals.
Professor Keiichi TOMSHIGE Tohoku University
Editorial board, Applied Catalysis A:GeneralEditorial advisory board (EAB), ACS
CatalysisRegional Editor, Fuel Processing
Technology
Ron Zevenhoven was born in Zoeterwoude, just outside Leiden, the
Netherlands, in 9. He holds an MSc (Chem Eng) and PhD (Eng)
from Delft University of Technology, the Netherlands. Since 99 he
is in Finland and since 000 he has been working, initially at Helsinki
University of Technology, on CO mineral carbonation, starting with
serpentinite rock and later also steelmaking slags. He was in 00
appointed professor at bo Akademi University, Department of
Chemical Engineering, Thermal and Flow Engineering Laboratory, in
Turku Finland, holding the chair of Engineering Thermodynamics and
Modelling. Zevenhoven was one of the authors of the 00 IPCC
Special Report on Carbon Dioxide Capture and Storage, and has (co-)
authored 9 book chapters, almost 00 peer-reviewed papers and holds
patents. So far he has (co-) supervised ~0 PhD thesis works and
~ MSc theses in chemical and mechanical engineering. Zevenhoven
is editorial board member for the journals Greenhouse Gases: Science
and Technology, and Chemical Engineering Research and Design
and was chairman of the organising and scientific committees of the
international ECOS0 and ACEME00 conferences recently held
in at bo Akademi University. Current other fields of research (besides
CCUS) are effective and sustainable energy technologies, materials
recovery and waste processing, energy recovery and passive cooling
based on thermal radiation, multi-phase flow dynamics and unit
operations in general.
Professor Ron ZEVEnHOVEnbo Akademi University
Editorial board, Greenhouse Gases: Science and Technology
Editorial board, Chemical Engineering Research and Design
Keynote Speakers
ICCDU XIIISINGAPORE5-9 July 2015
Dr. Yugen Zhang graduated from the University of Science and
Technology of China (USTC), where he received his PhD in Chemistry
in 99. After his PhD, he joined USTC as a faculty member and was
promoted to Professor in 999. He visited Riken (Japan) (99 to 997,
000 to 00), where he worked as visiting scholar in Prof. Zhaomin
Hou group. Before he joined IBN in 00, he had been working at
Harvard University as a post-doctoral research associate in Prof. RH
Holms group (00-00). He has co-authored more than 0 papers
and 0 patents. His main research areas are green catalysis, sustainable
technology.
Dr. Yugen ZHanG Group Leader, Institute of
Bioengineering and Nanotechnology (IBN)
A-Star, Singapore
International Scientific Committee (ISC) Michele Aresta (Honorary Chair), Italy
Chunshan Song (Chair), USA
Angela Dibenedetto (Vice Chair), Italy
Aaron Appel, USA
Danielle Ballivet-Tkatchenko, France
Sammy Boussiba, Israel
Donald Darensbourg, USA
Eckhard Dinjus, Germany
David Farrusseng, France
Richard H. Heyn, Norway
Osamu Ishitani, Japan
Philip Jessop, Canada
Sibudjing Kawi, Singapore
Claudio Mota, Brazil
Imre Papai, Hungary
Sang-Eon Park, South Korea
Ah-Hyung Alissa Park, USA
Peter Styring, UK
Yuhan Sun, China
Robert Tabita, USA
Ron Zevenhoven, Finland
Local Organizing Committee (LOC) Armando Borgna, ICES, Singapore
Bu Jie, ICES, Singapore
Chen Luwei, ICES, Singapore
S Farooq, NUS ChBE, Singapore
Kus Hidajat, NUS ChBE, Singapore
Hong Liang, NUS ChBE, Singapore
Jiang Jianwen, NUS ChBE, Singapore
I A Karimi, NUS ChBE, Singapore
Sibudjing Kawi, NUS ChBE, Singapore
Praveen Linga, NUS ChBE, Singapore
Michael Quah, NUS Energy Office, Singapore
Ning Yan, NUS ChBE, Singapore
Zeng Hua Chun, NUS ChBE, Singapore
Dan Zhao, NUS ChBE, Singapore
Graduate Student Committee (GSC) Ming Li Ang, NUS ChBE, Singapore
Pulkit Chhabra, NUS ChBE, Singapore
Xi Chen, NUS ChBE, Singapore
Zheng Rong (Derrick) Chong, NUS ChBE, Singapore
Subhabrata Das, NUS ChBE, Singapore
Nishu Goyal, NUS ChBE, Singapore
Zhigang Hu, NUS ChBE, Singapore
Maninder Khurana, NUS ChBE, Singapore
Debirupa Mitra, NUS ChBE, Singapore
Yeap Hung Ng, NUS ChBE, Singapore
Singaram Subramanian, NUS ChBE, Singapore
Zhihao Tang, NUS ChBE, Singapore
Hari Prakash Veluswamy, NUS ChBE, Singapore
Zhen Xing, NUS ChBE, Singapore
Gao Xingyuan, NUS ChBE, Singapore
Sheng Yuan, NUS ChBE, Singapore
Guowu Zhan, NUS ChBE, Singapore
Bin Zhang, NUS ChBE, Singapore
Junjie Zheng, NUS ChBE, Singapore
Kang Zhang, NUS ChBE, Singapore
Mei Zhang, NUS ChBE, Singapore
ICCDU XIIISINGAPORE5-9 July 2015
The Committees
Day 3 Day 4
Tea break (Level Foyer)
Roundtable Session (AUD )Moderator : Michael QUAH
Tea break (Level Foyer)
Lunch (Level Foyer)
W/(LT0)
W/(AUD )
W/8(LT)
W/(LT)
W/(LT)
W/(AUD )
W7/7-K(LT)
W8/(GL)
Plenary 5 (Jean-Marie LEHn)(aUD 2)
Bus Departure(From U-Town to NUSS Guild House)
Banquet Dinner(NUSS Guild House)
End of Event
ExcursionJurong Island Tour
Lunch (Level Foyer)
Plenary 6 (Michele aRESTa)(aUD 2)
Th/(AUD )
Th/(LT)
Th/(LT)
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Tea break (Level Foyer)
Overall Programme ICCDU XIIISINGAPORE5-9 July 2015
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Day 0 Day 1 Day 2
Time July 0 Sunday
July 0 Monday 7 July 0 Tuesday
Registration Commences
Reception
Bus Departure to Gardens by the Bay
Tour of Cloud Forest
Laserlight showat 8. pm
Bus pick-up to NUS/hotel
Tea break (Level Foyer)
Lunch/Poster Session (Level Foyer)
Plenary 3 (atieh abu-RaQabEH)(aUD 2)
Tea break (Level Foyer)
M/ (GL)
M/-K(AUD )
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M/-K(LT0)
M/-K (GL)
M7/(AUD )
M8/(LT)
M9/(LT)
T/9(LT0)
T/-K(AUD )
T/8-K(LT)
T/-K(LT)
Lunch/Poster Session (Level Foyer)
ISC Dinner Meeting(E-0-0, NUS)
* For ISC Members Only
T9/ (LT)
T0/(AUD )
T/-K(LT)
T/(GL)
T/(LT)
T/(AUD )
T7/8(GL)
T8/(LT)
Tea break (Level Foyer)
Tea break (Level Foyer)
Plenary 4 (Christopher w. JOnES)(aUD 2)
Opening Ceremony(aUD 2)
Plenary 1 (Tuck weng TanG)(aUD 2)
Plenary 2 (Chunshan SOnG)(aUD 2)
M0/(LT0)
A.H.M Abu-RAQABEH (SABIC)M. ARESTA (Bari)
C.S. SONG (Penn State)W. WEI (SARI)
P. STYRING (Sheffield)L. W. YEOH (NRF)
Y. PREMCHAND (DNV-GL)
8 July 0 Wednesday 9 July 0 Thursday
Note: GL is Global Learning Room
Free Time
1: Bus pickup from NUS to Gardens By The Bay 2: Bus pickup from Gardens By The Bay to Kent Vale / Park Rochester Hotel 3: Bus pickup from NUS U-Town to NUSS Guild House 4: Bus pickup from NUS to Jurong Island & back to NUS
09.0
0.00
09.00
7
M3/13 (Venue: LT52)Integrated process systems
Chair: I A Karimi (NUS) Co-Chair: S Farooq (NUS)
Paper ID: 133 Title: Integrated process concept for methyl formate production using methanol as both CO2 capture medium and reactantPresented by: Christian Morten Jens
Authors: Christian Morten Jens, Johannes Wiebe, Andre Bardowand Kai LeonhardAffliation: RWTH Aachen University
Paper ID: 218Title: Reaction Networks for Power Generation with Zero Carbon Dioxide EmissionsPresented by: Arnab Dutta
Authors: Arnab Dutta, Shamsuzzaman Farooq and Iftekhar A KarimiAffliation: National University of Singapore
Paper ID: 183Title: 4CU Whole system approach for sustainable conversion of CO2 into fuelPresented by: George Dowson
Authors: Corinne Howse, Ray Allen, Christopher Hardacre, Adiza Azapagic, Nora de Leeuw, Richard Catlow, Robert Bell, Rachael Elder, Will Zimmerman, Peter Styring, and Derek SinclairAffliation: The University of Sheffield, Queens University Belfast, The University of Manchester, University College London
M4/4 (Venue: LT53)Biotechnological CO2 Conversion
Chair: Mohanakrishna Gunda (VITO)Co-Chair: Michael Kember (Econic Technologies)
Paper ID: 211Title: Autotrophic Capture And Utilisation Of Carbon DioxidePresented by: Seetharaman Vaidyanathan
Author: Seetharaman VaidyanathanAffliation: University of Sheffield
Paper ID: 170Title: Sequentially enriched electroactive homoacetogenic bacteria for bioelectrochemical production of acetate through carbon dioxide reductionPresented by: Mohanakrishna Gunda
Authors: Mohanakrishna Gunda, Jai Sankar Seelam, Karolien Vanbroekhoven and Deepak PantAffliation: Flemish Institute for Technological Research (VITO)
Paper ID: 256Title: Direct Conversion of CO2 and Sunlight to Liquid FuelsPresented by: Keith D. Patch
Author: Keith D. PatchAffliation: Joule Unlimited, Inc.
Paper ID: 86Title: Reduction of CO2 to methanol in bioglycerol-water by integrating photocatalytic and enzymaticPresented by: Michele Aresta
Authors: Tomasz Baran, Antonella Angelini, Angela Dibenedetto, Wojciech Macyk and Michele ArestaAffliation: Jagiellonian University, University of Bari, NUS
M5/6-K (Venue: LT50)Photo-electro-chemical conversion
Chair: Ning Yan (NUS)Co-Chair: Dan Zhao (NUS)
KEYNOTE: Photocatalytic split of CO2 into CO and O2
Authors: Tsunehiro Tanaka (Director, Elements Strategy Initiative for Catalysts & Batteries)Affliation: Kyoto University
Paper ID: 307Title: Photocatalytic carboxylation of organic substrates with CO2 using semiconductor systems.Presented by: Michele Aresta
Authors: Tomasz Baran, Marcin Kobielusz, Angela Dibenedetto, Michele Aresta, Wojciech MacykAffliation: Jagiellonian University; University of Bari; National University of Singapore
Paper ID: 295Title: Exploring the mechanism of CO2 photoreduction on titania surfaces and related plasmonic phenomenaPresented by: Victor Antonio de La Pea OShea
Authors: Laura Collado, Fernando Fresno, Juan Coronado, David Serrano and Victor Antonio de La Pea OSheaAffliation: IMDEA Energy Insitute
Paper ID: 294Title: Insight into added value chemicals from reused CO2 based on photoelectrochemistry processesPresented by: Joan Ramon Morante
Authors: Joan Ramon Morante, Teresa Andreu, Erdem Irtem, Andres Parra, Maria D. Hernndez-Alonso and German PenelasAffliation: IREC
Lunch / Poster Session 1 (Level 2 Foyer)
Session 1Mon July (.00am - .0pm)
ICCDU XIIISINGAPORE5-9 July 2015
M1/1 (Venue: GL)CO2 as oxidant and C1+ dry-reforming
Chair: Keichi Tomishige (Tohoku University)Co-Chair: Luwei Chen (A*STAR ICES)
Paper ID: 80Title: Effect of Y2O3 Promoter on the Performance of Ordered Mesoporous NiO-Al2O3 Catalysts for Carbon Dioxide Reforming of MethanePresented by: Ning Zhao
Authors: Xin Huang, Nannan Sun, Guangxin Xue, Ning Zhao, Wei Wei and Yuhan SunAffliation: Institute of Coal Chemistry, Shanghai Advanced Research Institute, Chinese Academy of Science
Paper ID: 123Title: A metal-honeycomb-type catalyst for methane dry reforming: effect of preparation condition change on reforming performancePresented by: Choji Fukuhara
Authors: Choji Fukuhara, Takeo Ohsuka, Kazumasa Yamamoto, Wataru Kawasaki and Ryo WatanabeAffliation: Shizuoka University
Paper ID: 300Title: Influence of zirconia phase on the performance of dry reforming of methane over Ni/ZrO2 catalystsPresented by: Yizhuo Han
Authors: Yizhuo Han, Xiaoping Zhang, Qingde Zhang, Yisheng Tan and Noritatsu TsubakiAffliation: Chinese Academy of Sciences, University of Toyama
Paper ID: 305Title: Dry Reforming of Methane over Ni based catalyst supported on Mesoporous alumina: Effect of Calcination conditionPresented by: Youngsu Noh
Authors: Young-Su Noh, Eun-Hyeok Yang, Sung Soo Lim, Jae-Suk Lee,Sang Woo Kim, Byoung Sung Ahn and Dong Ju MoonAffliation: Korea Institute of Science and Technology
Paper ID: 260Title: Pd-Ni/Y2O3 for oxy-CO2 reforming of CH4 : Superior Catalytic Stability of Bilayer Pd-Ni Formed by Interfacial ClPresented by: Usman Oemar
Authors: Usman Oemar, Kus Hidajat and Sibudjing KawiAffliation: National University of Singapore
M2/2-K1 (Venue: AUD 2)CO2 Conversion into Chemicals
Chair: Armando Borgna (A*STAR ICES)Co-Chair: Michele Aresta (CIRCC)
KEYNOTE: Direct carboxylation of alcohols and polyols to organic carbonates: challenges and barriers
Speaker: Angela Dibenedetto (Director of the Interuniversity Consortium on Chemical Reactivity and Catalysis)
Paper ID: 75Title: Carbon dioxide as hydrogen vectorPresented by: Gabor Laurenczy
Author: Gabor LaurenczyAffliation: cole Polytechnique Fdrale de Lausanne
Paper ID: 45Title: C2+ Hydrocarbon Production by CO2 Hydrogenation over Composite Catalysts of Cu-Zn-Al oxides and Organically Modified ZeolitesPresented by: Masahiro Fujiwara
Author: Masahiro FujiwaraAffliation: National Institute of Advanced Industrial Science and Technology
Paper ID: 81Title: Highly-dispersed Cu-based catalysts for CO2 hydrogenation to methanol: Promoting effect of hydrtalcite-like structurePresented by: Peng Gao
Authors: Peng Gao, Hui Wang, Rongyong Xie, Wei Wei and Yuhan SunAffliation: Chinese Academy of Sciences
Time
11.00
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CO2
8 9
M9/5 (Venue: LT53) Electrochemical conversion
Chair: Fanglin (Frank) Chen (USC)Co-Chair: Aaron Marshall (UC)
Paper ID: 77Title: A novel anion exchange membrane enabling carbon dioxide electrolysis at industrially important ratesPresented by: Dale LutzAuthors: Dale Lutz, Rich Masel, Zengcai Liu, Qingmei Chen, Robert Kutz, Hongzhou Yang, Krzysztof Lewinski, Tyler Matthews and Marina Kaplun.Affliation: 3M
Paper ID: 100Title: Electrocatalytic reduction of CO2 at TiO2-Cu cathodesPresented by: Aaron Marshall
Authors: Aaron Marshall, Calvin Lim and David HarringtonAffliation:Department of Chemical and Process Engineering, University of Canterbury, New Zealand
Paper ID: 101Title: Electrochemical Conversion of CO2 using Ionic LiquidsPresented by: Jina Choi
Authors: Jina Choi, Jiseon You and Beom-Sik KimAffliation: Korea Research Institute of Chemical Technology (KRICT)
Paper ID: 241Title: Electrochemical Conversion of CO2 through Solid Oxide ElectrolysisPresented by: Fanglin (Frank) Chen
Authors: Yao Wang, Libin Lei and Fanglin ChenAffliation: University of South Carolina
Paper ID: 259Title: A DFT study of CO2 electrochemical reduction on Pb(211) and Sn(112)Presented by: Hua Wang, Yuntao Zhao
Authors: Chaonan Cui, Hua Wang, Xinli Zhu, Jinyu Han and Qingfeng GeAffliation: Tianjin University, Southern Illinois University
Paper ID: 224Title: A DFT study of CO2 adsorption on Ni/YSZ(111): Solid Oxide Fuel Cell applicationPresented by: Abdelaziz Essadek
Authors: Abdelaziz Essadek, Alberto Roldan and Nora De LeeuwAffliation: UCL United Kingdom of Great Britain and Northern Ireland
M10/3 (Venue: LT50)CO2 as Co-Monomer
Chair: Peter Styring (University of Sheffield)Co-Chair: Margot Alves (University of Lige)
Paper ID: 72Title: Efficient Hydrogen-Bond Donor Activators For The Synthesis Of Bio-Based Cyclic Carbonates From CO2 And Vegetable Oils: A Combined In-SITU FT-LR And DFT StudyPresented by: Margot Alves
Authors: Margot Alves, Raphal Mreau, Bruno Grignard, Christophe Detrembleur, Christine Jerome and Thierry TassaingAffliation: Institut des Sciences Molculaires, Center for Education and Research on Macromolecules
Paper ID: 175Title: Crystalline CO2 Copolymers from Meso-EpoxidesPresented by: Ye Liu
Authors: Ye Liu, Wei-Min Ren and Xiao-Bing LuAffliation: Dalian University of Technology
Paper ID: 110Title: Highly Effective Catalysts for Direct CO2 to Polycarbonate Synthesis Under Mild ConditionsPresented by: Peter Styring
Authors: Peter Styring, George Dowson, Farah Bani Affan and Salina JantarangAffliation: The University of Sheffield
Paper ID: 272Title: CO2-epoxide Copolymerization Catalysis: Highly Active and Selective New Heterodinuclear CatalystsPresented by: Jennifer A. Garden
Authors: Jennifer A. Garden, Prabhjot K. Saini, Charles Romain and Charlotte K. WilliamsAffliation: Imperial College London
Paper ID: 195Title: Copolymerization of Glycidol and CO2 over SalenCo/SalenCr ComplexesPresented by: Zhao-Tie Liu, Doan Pham Minh, Andres Garcia-Trenco
Authors: Jian-Gang Chen, Jin-Long Guo, Kuan Wang, Zhao-Tie Liu and Zhong-Wen LiuAffliation: School of Chemistry and Chemical Engineering, Shaanxi Normal University
Paper ID: 111Title: Utilization of carbon dioxide as co-monomer to synthesize polyurea materials and their propertiesPresented by: Ying Zhong
Authors: Zhong Ying and Fengyu ZhaoAffliation: Changchun Institute of Applied Chemsitry, CAS
End of Day 1
Session 2Mon July (.0pm - .0pm)
ICCDU XIIISINGAPORE5-9 July 2015
M6/1-K (Venue: GL)CO2 as oxidant and C1+ dry-reforming
Chair: Chunshan Song (PennState University)Co-Chair: Kus Hidajat (NUS)
KEYNOTE: Role of CO2 as Oxidant in the Oxidative Conversions
Speaker: Sang-Eon Park (Editor-in-Chief of Journal of CO2 Utilization, Director Laboratory of Nano-Green Catalysis, INHA Fellowship Professor)Inha University
Paper ID: 178Title: Oxidative Dehydrogenation of Lower Alkanes using CO2 as Soft OxidantPresented by: Sang-Eon Park, Abhishek Burri
Authors: Abhishek Burri, Yong-Hwan Mo and Sang-Eon ParkAffliation: Inha University
Paper ID: 286Title: Catalytic oxidative dehydrogenation of 1-butene to 1,3-butadiene using CO2 as soft oxidantPresented by: Yan Liu
Authors: Wenjin Yan, Qing Yue Kouk, Jizhong Luo, Yan Liu and Armando BorgnaAffliation: ICES
Paper ID: 128Title: Dry reforming of CH4 on Co/Al2O3 catalysts reduced at different temperaturesPresented by: Andras Erdohelyi
Authors: Eva Horvath, Kornelia Baan, Erika Varga, Albert Oszko, Balazs Laszlo and Andras ErdohelyiAffliation: Department of Physical Chemistry and Material Science, University of Szeged
Paper ID: 85Title: Citric acid-assisted synthesis of highly dispersed Ni/SBA-15 for dry reforming of CH4Presented by: Yong Xiao
Authors: Debao Li, Huaiqian Lu, Yong Xiao, Litao Jia and Bo HouAffliation: The Institute of Coal Chemistry, Chinese Academy of Sciences
Paper ID: 270Title: Highly active and stable Ni-SiO2-MgO catalysts for Bi-reforming of natural gas to syn-gasPresented by: Ashok Jangam
Authors: Ashok Jangam, Yasotha Kathiraser and Sibudjing KawiAffliation: National University of Singapore
Time
4.30
4.40
4.50
5.00
5.10
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6.00
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M7/2 (Venue: AUD 2)CO2 Conversion into Chemicals
Chair: Gabor Laurenczy (EPFL)Co-Chair: Giulia Fiorani (Institute of Chemical Research of Catalonia - ICIQ)
Paper ID: 63Title: A novel photo-thermochemical cycle for the dissociation of CO2 using solar energyPresented by: Yanwei Zhang, Junhu Zhou, Chenyu Xu
Authors: Chenyu Xu, Yanwei Zhang, Zhihua Wang, Junhu Zhou and Kefa CenAffliation: State Key Laboratory of Clean Energy Utilization, Zhejiang University
Paper ID: 82Title: Copper based catalysts via hierarchical precursor for CO2 hydrogenation to methanol at low temperaturePresented by: Wei Wei
Authors: Shuo Xiao, Peng Gao, Rongyong Xie, Hui Wang, Wei Wei and Yuhan SunAffliation: Shanghai Advanced Research Institute, Chinese Academy of Sciences
Paper ID: 27Title: Halide-Free Aluminium Catalyst For The Synthesis Of Cyclic Carbonates From Epoxides And Carbon DioxidePresented by: Xiao Wu
Authors: Xiao Wu, Jose Castro-Osma and Michael NorthAffliation: University of York
Paper ID: 26Title: Synthesis Of Cyclic Carbonates Catalysed By Aluminium Heteroscorpionate ComplexesPresented by: Jos Antonio Castro-Osma
Authors: Jos Antonio Castro-Osma, Michael North, Agustn Lara-Snchez and Antonio OteroAffliation: Green Chemistry Centre Of Excellence, University Of York; Universidad de Castilla-La Mancha
Paper ID: 35Title: Catalytic Organic Synthesis Using Organic Carbonates As Versatile IntermediatesPresented by: Arjan Kleij
Authors: Arjan Kleij, Giulia Fiorani, Victor Laserna,Wusheng Guo and Chris WhiteoakAffliation: ICIQ
Paper ID: 99Title: Two-Step Thermochemical CO2 Splitting Over Stable NiFe2O4/Al2O3Presented by: Jun Zhang
Authors: Yu Fu, Jun Zhang, Tiejun Zhao and Yuhan SunAffliation: Low Carbon Conversion Center, Shanghai Advanced Research Institute, Chinese Academy of Sciences
M8/2 (Venue: LT52)CO2 Conversion into Chemicals
Chair: Christopher W. Jones (Georgia Tech)Co-Chair: James Comerford (University of York)
Paper ID: 205Title: Cyclicco2R: Recent Results On The Production Of Cyclic Carbonates From CO2 And RenewablesPresented by: Purvil Khakharia
Authors: Erin Schols and Coen SchuurbiersAffliation: TNO
Paper ID: 193Title: Research On Power-To-Gas - Catalytic Conversion Of CO2 Into Chemicals Using Excess Electricity From RenewablesPresented by: Sebastian Fendt
Authors: Sebastian Fendt, Felix Fischer and Hartmut SpliethoffAffliation: Technische Universitt Mnchen, Institute for Energy Systems
Paper ID: 303Title: Metal-Organic Framework Materials For Gas Phase Catalytic CO2 ConversionPresented by: Alan L. ChaffeeAuthors: Anthony R. Auxilio, Christian Vogt, Danielle F. Kennedy and Alan L. ChaffeeAffliation: Monash University, CSIRO
Paper ID: 269Title: Dental Amalgam As An Electrode Material For The Electrochemical Reduction Of Carbon DioxidePresented by: Woonsup Shin, Mijung Park
Authors: Woonsup Shin and Mijung ParkAffliation: Sogang University
Paper ID: 115Title: The Chemical Utilization Of Carbon Dioxide For The Synthesis Of Diethyl Carbonate Via Coupling ReactionPresented by: Liguo Wang
Authors: Liguo Wang, Huiquan Li, Peng He, Yan Cao and Fengjiao LiAffliation: Institute of Process and Engineering, Chinese Academy of Sciences
Paper ID: 30Title: Synthesis Of Cyclic Carbonates From Diols And Carbon Dioxide Using Organozinc CompoundsPresented by: James Comerford
Authors: James Comerford and Michael NorthAffliation: University of York
0
Lunch/Poster Session 2 (Level 2 Foyer)
T3/8-K (Venue: LT52)CO2 hydrates and their applications
Chair: Praveen Linga (NUS Singapore)Co-Chair: Yutaek Seo (KAIST South Korea)
KEYNOTE: CO2-an enabling molecule to engineer a low carbon intensity energy system through hydrate crystallization
Speaker: Peter Englezos (Professor and Head, Department of Chemical & Biological Engineering; Fellow, Canadian Academy of Engineering)Affliation: University of British Columbia, Canada
Paper ID: 122Title: CO2 Capture with Gas HydratesPresented by: Nicolas von Solms
Authors: Peter Herslund, Nagu Daraboina and Nicolas von SolmsAffliation: Technical University of Denmark
Paper ID: 284Title: Crystal engineering and crystal-shape engineering of clathrate hydrates formed with carbon dioxidePresented by: Ryo Ohmura
Author: Ryo OhmuraAffliation: Keio University
Paper ID: 66Title: CH4 - Flue Gas Replacement In Naturally Occurring Gas Hydrates As Revealed By Phase Behavior, 13C Nmr, And High Pressure Differential Scanning CalorimetryPresented by: Yongwon Seo
Authors: Yongwon Seo, Yohan LeeAffliation: Ulsan National Institute of Science and Technology
Paper ID: 210Title: Impact Of H2S Impurity In Pre-Combustion Capture Of Carbon Dioxide Using The Clathrate Hydrate ProcessPresented by: Rajnish Kumar
Authors: Asheesh Kumar and Rajnish KumarAffliation: National Chemical Laboratory, Pune
Paper ID: 215Title: Specific Mixing Energy For Carbon Dioxide Dissolution And Hydrate FormationPresented by: Myung Ho Song
Authors: Yong Seok Yoon, In Kee Jeong, Sangyong Lee and Myung Ho SongAffliation: Dongguk University
T4/11-K (Venue: LT53)Novel materials for CO2 separation
Chair: Jianwen Jiang (NUS)Co-Chair: Dan Zhao (NUS)
KEYNOTE: Carbon Dioxide Capture in Metal-Organic Frameworks
Speaker: Jeffrey R. Long (Senior Faculty Scientist, Materials Sciences Division, Lawrence National Laboratory)Affliation: University of California, Berkeley
Paper ID: 167Title: Dynamic Hydrophobic Hindrance Effect of Zeolite@ZeoliticImidazolate Framework Composites for CO2 Capture in the Presence of WaterPresented by: Jun Hu
Authors: Fei Gao, Jun Hu and Honglai LiuAffliation: East China University of Science and Technology
Paper ID: 143Title: CO2 adsorption on Bi-functionalized metal organic frameworks, UiO-66 and UiO-66NO2-N (N = NH2, (OH)2, (COOH)2)Presented by: Zana Hassan Rada
Authors: Zana Rada, Hussein Abid, Hongqi Sun and Shaobin WangAffliation: Curtin University
Paper ID: 131Title: Engineering novel metallic-organic-frameworks based on HKUST-1 for selective carbon capturePresented by: Nadeen Al-Janabi
Authors: Nadeen Al-Janabi, Flor Siperstein and Xiaolei FanAffliation: The University of Manchester
Paper ID: 298Title: Facile Synthesis of Hafnium Metal-Organic Frameworks (MOFs) for Highly Efficient Carbon Dioxide Related SeparationsPresented by: Zhigang Hu
Authors: Zhigang Hu and Dan ZhaoAffliation: National University of Singapore
Paper ID: 177Title: CO2 adsorption and separation in rht metalorganic frameworks: structure-property relationships from atomistic simulationPresented by: Kang Zhang
Authors: Kang Zhang, A Nalaparaju and Jianwen JiangAffliation: National University of Singapore
Session 3Tues 7 July (0.0am - .0pm)
ICCDU XIIISINGAPORE5-9 July 2015
Time
T1/9 (Venue: LT50)Dense phase CO2 technologies
Chair: Chung-Sung Tan (NTHU)Co-Chair: Kus Hidajat (NUS)
Paper ID: 58Title: Synergistic functions of carbon dioxide and water in selective hydrogenation of benzyl cyanidePresented by: Shinichiro Fujita, Ashvini Bhosale
Authors: Ashvini Bhosale, Hiroshi Yoshida, Shin-Ichiro Fujita and Masahiko AraiAffliation: Hokkaido University; Kumamoto University
Paper ID: 171Title: The hydrogenolysis and hydrogenation of diaryl ether in ScCO2/water biphasic medium with H2Presented by: Hajime Kawanami
Authors: Hajime Kawanami, Maya Chatterjee and Takayuki IshizakaAffliation: National Institute of Advanced Industrial Science and Technology
Paper ID: 225Title: Supercritical CO2-mediated synthesis of graphene@metal nanocomposites and their applicationsPresented by: Van Hoa Nguyen
Authors: Van Hoa Nguyen, Lulu Tang and Jae-Jin ShimAffliation: Nha Trang University; Yeungnam University
Paper ID: 282Title: Preparation of Nano-Sized Catalyst and Performance of Hydrogenation in Pressurized CO2Presented by: Chung-Sung Tan
Authors: Chung-Sung TanAffliation: National Tsing Hua University
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T2/2-K2 (Venue: AUD 2)CO2 conversion into chemicals
Chair: Michele Aresta (CIRCC)Co-Chair: Wei Wei (SARI, CAS)
KEYNOTE: The Conversion of Carbon Dioxide to Carboxylic Acids and Its applications in Organic Synthesis
Speaker: Yugen Zhang (Group Leader)Institute of Bioengineering, A*STAR
Paper ID: 50Title: CO2 Chemistry: Upgrading Incorporation Of Carbon Dioxide Into Heterocycles Under Ambient PressurePresented by: Liang-Nian He
Author: Liang-Nian HeAffliation: Nankai University
Paper ID: 47Title: The Oxygen-Stripping Reaction Of CO2 Over Hydrogen-Treated CeO2Presented by: Shawn Lin
Authors: Chi-Han Wang and Shawn LinAffliation: National Taiwan University of Science and Technology
Paper ID: 87Title: Water-Removal Techniques For The Direct Carboxylation Of AlcoholsPresented by: Antonella Angelini
Authors: Antonella Angelini, Angela Dibenedetto and Michele ArestaAffliation: University of Bari; National University of Singapore
Paper ID: 96Title: CO2 Hydrogenation To Formic Acid For Hydrogen Storage Using Bio-Inspired Iridium Catalysts With Proton-Responsive LigandsPresented by: Yuichiro Himeda
Authors: Yuichiro Himeda, Shaoan Xu, Yuki Suna, Yuichi Manaka, Naoya Onishi, James T. Muckerman and Etsuko FujitaAffliation: National Institute of Advanced Industrial Science; Brookhaven National Laboratory
Paper ID: 117Title: Heterogeneous Synthesis Of Dimethylhexane-1,6-Dicarbamate From 1,6-Hexanediamine And Methyl Carbonate In Methanol Over A Ceo2 CatalystPresented by: Yan Cao
Authors: Yan Cao, Huiquan Li, Xintao Li, Liguo Wang and Liyan ZhaoAffliation: Institute of Process and Engineering, Chinese Academy of Sciences
Tea Break (Level 2 Foyer)
T7/8 (Venue: GL)CO2 hydrates and their applications
Chair: Rajnish Kumar (NCL India)Co-Chair: Yongwon Seo (UNIST South Korea)
Paper ID: 220Title: Investigating Exchange Rate Of CH4 In Hydrate Cages With CO2 And N2 Gas Mixture Using Nmr SpectroscopyPresented by: Yutaek Seo
Authors: Younghoon Sohn, Jakyung Kim and Yutaek SeoAffliation: Korea Advanced Institute of Science and Technology
Paper ID: 217Title: Sewater Desalination Using CO2 HydratesPresented by: Ju Dong Lee
Authors: Ju Dong Lee and Kyung Chan KangAffliation: Korea Institute of Industrial Technology
Paper ID: 233Title: Fundamental study on the kinetics of methane and carbon dioxide hydrates in porous mediaPresented by: Zheng Rong Chong
Authors: Zheng Rong Chong, Ponnivalavan Babu and Praveen LingaAffliation: National University of Singapore
Paper ID: 132Title: Performance Evaluation Of CO2 Capture From A CH4-CO2 Gas Mixture Using The Hydrate-Based Separation ProcessPresented by: Dongliang Zhong
Authors: Dongliang Zhong, Yiyu Lu and Zheng LiAffliation: Chongqing University
Paper ID: 59Title: Hydrate Equilibrium Data For CO2+N2 Mixtures With TBAB TBAF, CP, TBAB+CP, TBAF+CP PromotersPresented by: Fragkiskos Tzirakis
Authors: Fragkiskos Tzirakis, Paolo Stringari, Christophe Coquelet, Nicolas von Solms and Georgios KontogeorgisAffliation: DTU CHEMICAL ENGINEERING, CTP - Centre Thermodynamique des Procds
T8/4 (Venue: LT53)Biotechnological CO2 Conversion
Chair: Angela Dibenedetto (University of Bari)Co-Chair: Keith D. Patch (Joule Unlimited Technologies, Inc.)
Paper ID: 25Title: Bioelectrochemical conversion of CO2 to chemicals: Electrosynthesis via bacteria and enzymesPresented by: Karolien Vanbroekhoven
Authors: Deepak Pant, Suman Bajracharya, Srikanth Sandipam, Monhanakrishna Gunda and Karolien VanbroekhovenAffliation: Flemish Institute for Technological Research (VITO)
Paper ID: 308Title: Microalgae: C Fixation Rate From Different Inorganic SourcesPresented by: Antonella Colucci
Authors: Silvia Buono, A. Dibenedetto, A. Colucci, A.L. Langellotti, M. Morana, V. Fogliano, & M. ArestaAffliation: University of Naples Federico II
Paper ID: 276Title: Qualitative Assessment Of Capturing CO2 From Flue Gases By Algal CultivationPresented by: Sebastian Teir
Authors: Sebastian Teir, Matti Sonck, Kristian Spilling, Piyush Choudhary, Srikanth Mutnuri, Neelam Atri, Anant YadavAffliation: VTT Technical Research Centre of Finland; Fortum Oyj; Finnish Environment Institute; ONGC, India; Birla Institute of Technology & Science; Banaras Hindu University
Paper ID: 114Title:Algae Cultivation for CO2 Utilization and Chemical Conversion Presented by: Lingzhao Kong
Author:Lingzhao Kong, Liang Wang, Quanyu Zhao, Wei Wei and Yuhan SunAffliation:
Session 4Tues 7 July (.0pm - .0pm)
ICCDU XIIISINGAPORE5-9 July 2015
Time
2.30
T5/14 (Venue: LT52)Life Cycle Analysis, Economics and Policy Aspects
Chair: Michael Quah (NUS)Co-Chair: Luwei Chen (A*STAR ICES)
Paper ID: 56Title: Understanding The Potential Of CO2 UtilisationPresented by: Katy Armstrong
Authors: Katy Armstrong, Peter Styring, Christopher Jones and Rebecca RadfordAffliation: UK Centre for Carbon Dioxide Utilisation, The University of Sheffield
Paper ID: 109Title: Developing A Coherent, Evidence-Based Policy For Carbon Capture Utilization And StoragePresented by: Katy Armstrong
Authors: Peter Styring, Katy Armstrong, Ana Villa Zaragoza and Grant WilsonAffliation: UK Centre for Carbon Dioxide Utilisation, The University of Sheffield
Paper ID: 189Title: Economics Of Carbon Dioxide Utilization A Supply And Demand PerspectivePresented by: Henriette Naims
Author: Henriette NaimsAffliation: IASS - Institute for Advanced Sustainability Studies
Paper ID: 201Title: Technology And Business Evaluation Method For CO2-Utilizing Chemicals And MaterialsPresented by: Arno Zimmermann
Authors: Arno Zimmermann, Reinhard Schomcker, Christoph Grtler, Marvin Kant and Jan KratzerAffliation: Technische Universitt Berlin; Bayer Material Science AG, Leverkusen, Germany
Paper ID: 150Title: Carbon dioxide utilization network for sustainable chemicals productionPresented by: Pichayapan Kongpanna
Authors: Pichayapan Kongpanna, Varong Pavarajarn, Rafiqul Gani and Suttichai AssabumrungratAffliation: Center of Excellence in Catalysis and Catalytic Reaction Engineering, Department of Chemical Engineering, Faculty of Engineering, Chulalongkorn University. Center of Excellence in Particle Technology, Department of Chemical Engineering, Faculty of Engineering, Chulalongkorn University. CAPEC, Department of Chemical and Biochemical Engineering, Technical University of Denmark
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T6/2 (Venue: AUD 2)CO2 Conversion into Chemicals
Chair: Sang-Eon Park (Inha University)Co-Chair: Arjan Kleij (ICIQ)
Paper ID: 134Title: Optimized Catalysts For The CO2 Recycling Into MethanolPresented by: Ksenia Parkhomenko
Authors: Laetitia Angelo, Kilian Kobl, Yvan Zimmermann, Ksenia Parkhomenko, Christophe Serra and Anne-Ccile RogerAffliation: ICPEES, quipe nergie et Carburants pour un Environnement Durable; ICPEES, quipe Intensification et Intgration des Procds Polymres
Paper ID: 94Title: Dual Function Materials For CO2 Capture And Conversion To Fuels Within The Same ReactorPresented by: Melis S. Duyar, Martha A. Arellano-Trevio
Authors: Melis S. Duyar, Martha A. Arellano-Trevio and Robert J. FarrautoAffliation: Columbia University
Paper ID: 174Title: On The Reactivity Of Cobalt And Iron-Based Fischer-Tropsch Catalysts For The CO2 Conversion Into Liquid FuelsPresented by: Carlo Giorgio Visconti
Authors: Carlo Giorgio Visconti, Michela Martinelli, Leonardo Falbo, Laura Fratalocchi and Luca LiettiAffliation: Politecnico di Milano
Paper ID: 216Title: CeO2-Catalyzed Direct Conversion Of CO2 Into Cyclic Carbonate, Cyclic Carbamate And Cyclic UreaPresented by: Masazumi Tamura, Keiichi Tomishige
Authors: Masazumi Tamura, Yoshinao Nakagawa and Keiichi TomishigeAffliation: Tohoku University
Paper ID: 290Title: CO2 hydrogenation to formic acid on the Cu2O: A DFT (D) + U StudyPresented by: Abhishek Kumar Mishra
Authors: Abhishek Kumar Mishra and Nora H. De LeeuwAffliation: University College London
End of Day 2
T11/12-K (Venue: LT52)Capture technologies
Chair: Jie Bu (ICES-ASTAR, Singapore)Co-Chair: Sebastian Teir (VTT Technical Research Centre of Finland)
KEYNOTE: Fixation of CO2 in inorganic carbonates for large-scale CO2 emissions mitigation and waste streams valorization
Speaker: Ron Zevenhoven (Professor, Thermal and Flow Engineering Affliation: Laboratory, Editorial boards of Greenhouse Gases: Science and Technology and Chemical Engineering Research and Design) bo Akademi University
Paper ID: 88Title: Low Energy Carbon Dioxide Capture and Separation Using Pressure Swing AdsorptionPresented by: George DowsonAuthors: George Dowson, Peter Styring and Daniel Reed; Affliation: University of Sheffield
Paper ID: 60Title: Characterization of Solid Products from a Multi-Step Aqueous Carbon Dioxide Mineralization ProcessPresented by: Paul Sharratt
Authors: Tze Yuen Yeo, Hemmati Azadeh, Peng Bai, Paul Sharratt and Jie Bu; Affliation: ICES-ASTAR, Singapore
Paper ID: 277Title: Utilisation of industrial alkaline streams for capture of CO2Presented by: Sebastian Teir
Authors: Sebastian Teir; Affliation: VTT Technical Research Centre of Finland
Paper ID: 279Title: Optimization of a CaO-Ca12Al14O33/olivine catalyst for tar reforming in a fluidized bed biomass gasifier.Presented by: Claire Coursonr
Authors: Ingrid Zamboni, Alain Kiennemann and Claire Courson; ICPEES UMR Affliation: CNRS 7515 University of Strasbourg
T12/11 (Venue: GL)Novel materials for CO2 separation
Chair: Dan Zhao (NUS)Co-Chair: Honglai Liu (East China University of Sci. Tech.)
Paper ID: 92Title: New hierarchical composites HKUST-1/MCFs for CO2 capture from flue gasPresented by: Fukui Xiao
Authors: Chunling Xin, Ning Zhao, Haijuan Zhan, Lei Li, Fukui Xiao and Wei WeiAffliation: Shanghai Advanced Research Institute, Chinese Academy of Sciences
Paper ID: 257Title: Uptake of CO2, CH4, N2 and CO2/CH4, CO2/ N2 selectivity on titanium based MOFsPresented by: Shaobin Wang
Authors: Zana Rada, Hussein Abid, Hongqi Sun and Shaobin WangAffliation: Curtin University; Karbala University
Paper ID: 239Title: Adsorbent Screening for Post-Combustion Carbon Capture Based on Optimum VSA ProcessPresented by: Maninder Khurana
Authors: Maninder Khurana and Shamsuzzaman FarooqAffliation: National University of Singapore
Paper ID: 67Title: Effect of changing the cation on the capture of CO2 using superbase ionic liquidsPresented by: Corina Mccrellis
Authors: Corina McCrellis, Sarah Taylor, Johan Jacquemin, Christopher Hardacre, Maxime Mercy, Robert Bell and Nora de LeeuwAffliation: Queens University Belfast; University College London
Paper ID: 228Title: CO2 Capture Using Hollow Fiber Membrane Under Wet Ammonia-based Desulphurization Flue Gas ConditionsPresented by: Lin Zhang
Authors: Lin Zhang, Rumin Que, Hao Wu, Xia Wang, Rui Liu and Linjun YangAffliation: Southeast University
Paper ID: 289Title: Sorption and regeneration properties of MgO-based sorbents promoted with alkali-metal carbonate and nitrate for SEWGS reaction at high pressure and temperaturePresented by: Soo Chool Lee, Byung Wook Hwang
Authors: Byung Wook Hwang, Soo Chool Lee, Chun Yong Ryu, Suk Yong Jung, Mung Gon Park, Joong Beom Lee, Chong Kul Ryu and Jae Chang KimKyungpook National University; Korea Electric Power Research Institute
Paper ID: 273Title: EVALUATION OF IONIC LIQUID ALKANOLAMINE SULFOLANE BASED SOLUTION AS SOLVENT FOR ABSORPTION OF CARBON DIOXIDEPresented by: Mohd Azlan Kassim
Authors: Mohd Azlan Kassim, Nor Asrina Sairi and Rozita YusoffAffliation: Universiti Malaya
Paper ID: 22Title: Post-Combustion CO2 Capture Using TiO2/Graphene Oxide NanocompositesPresented by: Rajasekhar Balasubramanian, Shamik Chowdhury
Authors: Shamik Chowdhury, Ganesh Parshetti and Rajasekhar BalasubramanianAffliation: National University of Singapore
Session 5Tues 7 July (.0pm - .0pm)
ICCDU XIIISINGAPORE5-9 July 2015
Time
4.30
T9/1 (Venue: LT53) CO2 as oxidant and C1+ dry-reforming
Chair: Sang-Eon Park (Inha University)Co-Chair: Wei Wei (SARI)
Paper ID: 38Title: Catalytic Transformation Of Carbon Dioxide And Methane Into Syngas Over Metals Supported CatalystsPresented by: Doan Pham Minh
Authors: Bruna Rego De Vasconcelos, Lulu Zhao, Doan Pham Minh, Ange Nzihou and Patrick SharrockAffliation: Universit de Toulouse
Paper ID: 254Title: A Highly Stable And Coke-Resistant Silica Supported Ni Nano Catalyst Prepared With Oleylamine Applied In Reforming Of Methane By Carbon DioxidePresented by: Xingyuan Gao
Authors: Xingyuan Gao, Kus Hidajat, Yonghua Du, Armando Borgna and Sibudjing KawiAffliation: NUS, Institute of Chemical and Engineering Sciences
Paper ID: 106Title: Coke Oven Gas Reforming Of CO2 For Syngas Production Over A Ni-CO/MgO Bimetallic CatalystPresented by: Jieying Jing
Authors: Jieying Jing, Junmei Huo, Xiangdong Feng, Yubin Zhang and Wenying LiAffliation: Taiyuan University of Technology
Paper ID: 37Title: Sintering-Free Of Supported Ir Catalysts By Stronger Metal-Support Interaction For Dry Reforming Of MethanePresented by: Fagen Wang
Authors: Fagen Wang, Wei Chen and Guoqin XuAffliation: NUS Suzhou Research Institute; NUS
Paper ID: 57Title: Effect Of Feed Composition On Catalytic Deactivation And Coke Behavior Of Ni-CaO-ZrO2 Catalyst In CH4-CO2 ReformingPresented by: Feng Li
Authors: Changzhen Wang, Nannan Sun, Ning Zhao, Wei Wei and Yongxiang ZhaoAffliation: Shanxi University, Chinese Academy of Sciences
Paper ID: 162Title: The Deactivation And Regeneration Of Zr-Promoted Ni/SiO2 Catalyst For Carbon Dioxide Reforming Of MethanePresented by: Lu Yao
Authors: Lu Yao, Jia Shi and Changwei HuAffliation: Sichuan University
T10/2 (Venue: AUD 2)CO2 Conversion into Chemicals
Chair: Liang-Nian He (Nankai University)Co-Chair: Richard H. Heyn (SINTEF)
Paper ID: 137Title: Advancing The Catalysis Of Highly Substituted Oxiranes/CO2 Coupling ReactionsPresented by: Giulia Fiorani
Authors: Giulia Fiorani and Arjan KleijAffliation: ICIQ - Institute of Chemical Research of Catalonia
Paper ID: 147Title: Glycerol Carbonate Synthesis Options With Direct And Indirect CO2 UtilizationPresented by: Chandrashekhar Rode
Authors: Chandrashekhar Rode, Sharada Kondawar and Rasika ManeAffliation: CSIR-National Chemical Laboratory
Paper ID: 154Title: CO2-Sourced Non-Isocyanate Polyurethanes: From The Monomer Synthesis To The Elaboration Of Polymeric MaterialsPresented by: Sandro Gennen
Authors: Sandro Gennen, Bruno Grignard, Bernard Gilbert, Christine Jrme and Christophe DetrembleurAffliation: University of Lige
Paper ID: 173Title: Promotion Of Formate Dehydrogenase Catalytic Activity Of The Conversion Of CO2 To Formic Acid By Bipyridinium Salts As The Artificial Co-EnzymePresented by: Yutaka Amao
Authors: Yutaka Amao, Ryutaro Abe and Sachina ShiotaneAffliation: Osaka City University; Oita University
Paper ID: 222Title: Using Late Transition Metal Catalysts to achieve a Dream Reaction: Direct Carboxylation of Olefins with CO2Presented by: Thomas Schaub
Authors: Thomas SchaubAffliation: BASF SE, Catalysis Research Laboratory (CaRLa)
Paper ID: 249Title: The Origin Of Active Sites For Synthesis Methanol From CO2 And H2 Over Pd/ZnO/Al2O3 CatalystPresented by: Yanqiang Huang, Jinghua Xu
Authors: Jinghua Xu, Xiong Su, Yanqiang Huang and Tao ZhangAffliation: Dalian Institute of Chemical Physics
Paper ID: 226Title: Catalytic application of heterometallic triazole MOFs in CO2 transformation to cyclic carbonatesPresented by: Dae-Won Park
Authors: Roshith Roshan and Dae-Won ParkAffliation: Pusan National University
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Lunch (Level 2 Foyer)
W3/8 (Venue: LT52)CO2 hydrates and their applications
Chair: Jitendra Sangwai (IIT-Madras India)Co-Chair: Dongliang Zhong (Chongqing U China)
Paper ID: 44Title: Purification and Processing of Land-Fill-Gas via Hydrate-based TechnologiesPresented by: Shuanshi Fan
Authors: Shuanshi Fan, Jun Chen, Yanhong Wang and Xuemei LangAffliation: South China University of Technology
Paper ID: 112Title: High Quality Fuel Gas Purification From Gas Mixtures Containing CO2 By Hydrate Separation TechnologyPresented by: Chun Gang Xu
Authors: Chun Gang Xu, Xiaosen Li, Jing Cai, Zhao Yang Chen and Zhi Ming XiaAffliation: Guangzhou Institute of Energy Conversion, Chinese Academy of Sciences
Paper ID: 253Title: A Summary Of CO2-Hydrate Based Technology ApplicationPresented by: Mingjun Yang
Authors: Mingjun Yang, Pengfei Wang and Yongchen SongAffliation: Dalian University of Technology
Paper ID: 267Title: Guest-Host Interaction Studies In Binary CO2 + ThP HydratePresented by: Thaneer Malai Narayanan
Authors: Thaneer Malai Narayanan, Kazuki Imasato, Sanehiro Muromachi, Saman Alavi, Satoshi Takeya and Ryo OhmuraAffliation: Keio University; AIST; University of British, Columbia
Paper ID: 70Title: Model for the Phase Equilibrium of Semi-Clathrate Hydrates of Carbon Dioxide in TBAB and THF Aqueous SolutionPresented by: Jitendra Sangwai
Authors: Venkataramana Avula, Ramesh Gardas and Jitendra SangwaiAffliation: IIT Madras
W4/6 (Venue: LT53)Photo-Electro-Chemical
Chair: Zhao-Tie Liu (Shaanxi Normal U China)Co-Chair: Ning Yan (NUS Singapore)
Paper ID: 246Title: Photochemitry of Carbon Dioxide from First Principles: Photodissociation and Activation in the Gas PhasePresented by: Sergy Grebenschikov
Author: Sergy GrebenschikovAffliation: Technische Universitt Mnchen
Paper ID: 164Title: Effect of chloride ion on photocatalytic conversion of carbon dioxide in an aqueous solution over Ni-Al LDH photocatalystPresented by: Shoji Iguchi, Kentaro Teramura
Authors: Shoji Iguchi, Kentaro Teramura, Saburo Hosokawa and Tsunehiro TanakaAffliation: Kyoto University
Paper ID: 93Title: CO2 photoreduction via CeO2-TiO2 coated two dimensional PMMA platesPresented by: Oluwafunmilola Ola
Authors: Oluwafunmilola Ola (presenting author), Joshua Connon and Mercedes Maroto-ValerAffliation: Centre for Innovation in Carbon Capture and Storage, Heriot-Watt University
Paper ID: 76Title: Integrated CO2 Capture and Photocatalytic Conversion to FuelsPresented by: Ying Li
Authors: Ying Li and Lianjun LiuAffliation: Texas A&M University; University of Wisconsin-Milwaukee
Paper ID: 163Title: Pd-Au Alloy Catalyst with various surface compositions for the electrochemical reduction of CO2 to produce syngas (CO+H2)Presented by: In Young Cha
Authors: Insoo Choi, Sangheon Lee, Min Kwan Ha, Young-Hoon Chung, In Young Cha, Sung Jong Yoo, Hyoung-Juhn Kin, Jin Young Kim, Jonghee Han, Soo-Kil Kim, Hyung Chul Ham and Jong Hyun JangAffliation: KIST, Korea University, Chung-Ang University, University of Michigan
Session 6Wed 8 July (.00am - .0pm)
ICCDU XIIISINGAPORE5-9 July 2015
Time
11.00
W1/2 (Venue: LT50)CO2 conversion into chemicals
Chair: Claudio Mota (Federal University of Rio de Janeiro)Co-Chair: A G Trenco
Paper ID: 69Title: Hydrogenation Of Carbon Dioxide To Methanol Over Cu/Zn Catalysts Promoted With Different MetalsPresented by: Claudio Mota
Authors: Claudio Mota, Robson Monteiro, Jussara Miranda and Paulo CoutinhoAffliation: Federal University of Rio de Janeiro, Braskem
Paper ID: 271Title: Highly Active Colloidal Nanocatalysts For Carbon Dioxide Hydrogenation To MethanolPresented by: Andres Garcia-Trenco
Authors: Andres Garcia-Trenco, Neil J. Brown, Jonathan Weiner, Edward R. White, Matthew Allinson, Yuxin Chen, Peter Wells, Emma Gibson, Klaus Hellgardt, Milo S. P. Shaffer and Charlotte K. WilliamsAffliation: Imperial College London; UK Catalysis Hub; Harwell Science and Innovation Campus
Paper ID: 219Title: Development Of Metal-Free Catalysts For The Valorization Of CO2Presented by: Anais Mirabaud
Authors: Anais Mirabaud, Jean-Pierre Dutsata and Vronique DufaudAffliation: Ecole Normale Superieure de Lyon, CNRS
Paper ID: 275Title: Single-Walled 3D Transition Metal Silicate Nanotubes With Hierarchical Structures For CO2 HydrogenationPresented by: Yuan Sheng
Authors: Yuan Sheng and Hua Chun ZengAffliation: National University of Singapore
Paper ID: 255Title: Computational Investigation Of CO2 Hydrogenation Over New Fe-Based Bimetallic CatalystsPresented by: Xiaowa Nie
Authors: Xiaowa Nie, Michael Janik, Xinwen Guo and Chunshan SongAffliation: Dalian University of Technology, Penn State University
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W2/2 (Venue: AUD 2)CO2 conversion into chemicals
Chair: Chunshan Song (PennState University)Co-Chair: Francesco Frusteri (National Council of Research - CNR/ITAE)
Paper ID: 230Title: Bimetallic Pd-Cu Catalysts for CO2 Hydrogenation to MethanolPresented by: Chunshan Song
Authors: Xiao Jiang, Naoto Koizumi, Xinwen Guo and Chunshan SongAffliation: The Pennsylvania State University; Dalian University of Technology
Paper ID: 107Title: DME production by direct CO2 hydrogenation over multifunctional Cu-Zn-Zrzeolite catalystsPresented by: Francesco Frusteri
Authors: Giuseppe Bonura, Catia Cannilla, Giovanni Drago Ferrante, Giusy Femin, Aldo Mezzapica and Francesco FrusteriAffliation: CNR-ITAE
Paper ID: 125Title: Insights on the CO2 Reduction Mechanism on Bio-inspired Iron SulphidePresented by: Alberto Roldan
Authors: Alberto Roldan and Nora de LeeuwAffliation: University College London
Paper ID: 129Title: Normalization Of Product Results In Photocatalytic Reduction Of CO2Presented by: Elizabeth Bay
Authors: Elizabeth Bay and Mercedes Maroto-ValerAffliation: Heriot Watt University; CICCS, IMPEE, EPS, Heriot Watt University
Paper ID: 244Title: Effective synthesis of olefin-rich hydrocarbons from CO2 hydrogenation over new bimetallic catalystsPresented by: Chunshan Song, Ron Zevenhoven
Authors: Ratchprapa Satthawong, Naoto Koizumi, Chunshan Song and Pattarapan PrasassarakichAffliation: Pennsylvania State University, Chulalongkorn University
8 9
Tea Break (Level 2 Foyer)
W7/7-K (Venue: LT52) Plasma and microwave technology
Chair: Joan Ramon Morante (IREC)Co-Chair: Michael North (University of York)
KEYNOTE: Applications of Plasma Technologies for CO2 Conversion and Utilization
Speaker: Chang Jun Liu (Distinguished Professor and Fellow of the Royal Society of Chemistry)Affliation: Tianjin University
Paper ID: 29Title: Non-thermal plasma induced fragmentation of CO2Presented by: Michael North
Authors: James Comerford, James Dedrick, Michael North, Deborah OConnell and Timo GansAffliation: University of York
Paper ID: 199Title: Exploiting CO2 vibrational excitation to achieve an energy efficient route for CO2 based artificial fuelsPresented by: Gerardus van Rooij
Authors: Gerard van Rooij, Dirk van den Bekerom, Richard van de Sanden, Giel Berden and Richard EngelnAffliation: Radboud Universiteit Nijmegen; Technische Universiteit Eindhoven
Paper ID: 293Title: High throughput production of synthetic natural gas using dielectric barrier discharge reactor and mesoporous Ni/Ce based catalyts from RT to 400CPresented by: Joan Ramon Morante
Authors: Joan Ramon Morante, Teresa Andreu, Magdalena Nizio,Katherine Villa, Stphanie Ognier, Sebastian Murcia, Simeon Cavadias and Jacques AmourouxAffliation: IREC
W8/11 (Venue: GL)Novel materials for CO2 separation
Chair: Jun Hu (East China University of Sci. Tech.)Co-Chair: Shaobin Wang (Curtin University)
Paper ID: 158Title: CO2 capture by hierarchical mesoporous chabazite type zeolitesPresented by: Lucy Hillen
Authors: Lucy Hillen and Volkan DegirmenciAffliation: Queens University Belfast
Paper ID: 83Title: Preparation and evaluation of amino-functionalized mesoporous silica by impregnating aminopropyltriethoxysilane for CO2 capture applicationsPresented by: Mohammad Abu-Zahra
Authors: Dang Viet Quang, Nabil El Hadri and Mohammad Abu-ZahraAffliation: Masdar Institute of Science and Technology
Paper ID: 90Title: Surface-modified spherical activated carbon materials for pre-combustion carbon dioxide capturePresented by: Nannan Sun
Authors: Nannan Sun, Chenggong Sun, Hao Liu, Jingjing Liu, Colin E. Snape, Kaixi Li, Zhiyong Tang, Wei Wei and Yuhan SunAffliation: Shanghai Advanced Research Institute, Chinese Academy of Science; University of Nottingham
Paper ID: 79Title: One-Pot Solvent-Free Synthesis of Nitrogen and Mg co-Doped Mesoporous Carbon Materials for CO2 CapturePresented by: Zhongzheng Zhang
Authors: Zhongzheng Zhang, Chenming Zhu, Nannan Sun, Hui Wang, Zhiyong Tang, Wei Wei, Yuhan Sun, Chenggong Sun and Colin E. SnapeAffliation: Shanghai Advanced Research Institute, Chinese Academy of Sciences; University of Nottingham
Paper ID: 236Title: Biomass-Derived Porous Carbon for CO2 CapturePresented by: Jinquan Wang
Authors: Jinquan Wang and Yugen ZhangAffliation: Institute of Bioengineering and Nanotechnology
Paper ID: 274Title: Aminated Hydrophilic Ordered Mesoporous Carbons for CO2 AdsorptionPresented by: Sofia Ya Hsuan Liou, Chin Jung Lin
Authors: Sofia Ya Hsuan Liou, Chin Jung Lin and Ren Wei ChangAffliation: National Taiwan University; National Ilan University
Session 7Wed 8 July (.00pm - .00pm)
ICCDU XIIISINGAPORE5-9 July 2015
Time
2.00
W5/14 (Venue: LT53)Life Cycle Analysis, Economics and Policy Aspects
Chair: Luwei Chen (A*STAR ICES)Co-Chair: Michael Quah (NUS)
Paper ID: 74Title: Smart CO2 Transformations (Scot) Project - Improving The Technical And Economic Performance Of Emerging CO2 Transformation TechnologiesPresented by: Dennis Krmer
Authors: Youssef Travaly, Talia Brun, Katy Armstrong, Peter Styring, Liam Goucher, Ana Villa Zaragoza and Lenny KohAffliation: SCOT/GreenWin; Axelera; The University of Sheffield
Paper ID: 181Title: Life-Cycle Assessment Of CO2-Based C1-ChemicalsPresented by: Andre Sternberg
Authors: Andr Sternberg and Andr BardowAffliation: RWTH Aachen University
Paper ID: 113Title: The Impact Of Chinese Pidgeon Process Development On The Life Cycle CO2 Reduction Of Mg Substitute For Steel In AutomobilesPresented by: Wenjuan Zhang
Authors: Huiquan Li, Wenjuan Zhang, Qiang Li and Bo ChenAffliation: Institute of Process Engineering, Chinese Academy of Sciences
Paper ID: 242Title: Life Cycle Assessment Of Waste Water Treatment Plant (WWTP)Presented by: Chelikani Sowmya, Annie Christina Jenifer
Authors: Chelikani Sowmya, Annie Christina Jenifer, Amrita Preetam and Smita RaghuvanshiAffliation: BITS Pilani
Paper ID: 105Title: A novel designed process for producing methanol from coke oven gas integrated with CO2 recyclePresented by: Qun Yi
Authors: Qun Yi, Jilong Zhang, Xiaochao Zhang, Jieying Jing, Jie Feng and Wenying LiAffliation:
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W6/2 (Venue: AUD 2)CO2 conversion into chemicals
Chair: Iker Garca-Garca (UPV/EHU)Co-Chair: Willy Offermans (CAT Catalytic Center)
Paper ID: 155Title: High Throughput Catalyst Discovery For The Direct Synthesis Of Propylene Carbonate From Propylene Glycol And CO2Presented by: Richard Heyn
Author: Richard HeynAffliation: SINTEF Materials and Chemistry
Paper ID: 235Title: Carbon Dioxide Valorization By Power-To-Gas TechnologyPresented by: Iker Garca-Garca
Authors: Iker Garca-Garca, Urko Izquierdo, Victoria Laura Barrio, Jos Francisco Cambra and Pedro Luis AriasAffliation: UPV/EHU
Paper ID: 248Title: Hydrothermal Stable MOFS For CO2 Hydrogenation To HydrocarbonsPresented by: Min Liu
Authors: Min Liu, Shen Hu, Chunshan Song and Xinwen GuoAffliation: Dalian University of Technology; Penn State University
Paper ID: 197Title: A Density Functional Theory Study On The Mechanism Of The Cycloaddition Of CO2 And EpoxidesPresented by: Willy Offermans
Authors: Willy Offermans, Michael North, Walter Leitner, Christoph Guertler and Thomas E. MuellerAffliation: CAT Catalytic Center, ITMC, RWTH Aachen University; Department of Chemistry, University of York; Lehrstuhl fuer Technische Chemie und Petrolchemie, RWTH Aachen University
Paper ID: 247Title: Investigation Of The Strong Metal-Support Interaction Over Ru/TiO2 In Catalytic Hydrogenation Of CO2 To MethanePresented by: Xiong Su, Jinghua Xu
Authors: Xiong Su, Jinghua Xu, Xiaoyan Liu, Yanqiang Huang and Tao ZhangAffliation: Dalian Institute of Chemical Physics
Paper ID: 292Title: CO2 Hydrogenation Over New Mesoporous Fe-Carbon OCatalysts: Effects Of Physicochemical Properties Of The SupportsPresented by: Anfeng Zhang
Authors: Anfeng Zhang, Min Liu, Dengyou Mu, Jie Li, Chunshan Song and Xinwen GuoAffliation: Dalian University of Technology; Penn State University
0
Lunch (Level 2 Foyer)
Th3/12 (Venue: LT52) Capture technologies
Chair: Jie Bu (ICES-ASTAR, Singapore)Co-Chair: Martin Devenney (Calera Corporation)
Paper ID: 46Title: Economically Sustainable Carbon Capture and Utilization: Conversion of CO2 via Mineralization to Building MaterialsPresented by: Martin Devenney
Authors: Martin Devenney, Irvin Chen and Miguel Fernandez; Affliation: Calera Corporation
Paper ID: 32Title: The impact of direct use of steelworks flue gas on product quality in production of precipitated calcium carbonate from steelmaking residuesPresented by: Callum Hall
Authors: Callum Hall, David Large and Bruce AdderleyAffliation: University of Nottingham, Tata Steel
Paper ID: 53Title: Carbon Dioxide Mineralization Technology Evaluation: Concepts, Case Studies and Considerations Presented by: Jie BU
Authors: Jie Bu, Tze Yuen Yeo and Nicholas Sharratt PaulAffliation: ICES-ASTAR, Singapore
Paper ID: 202Title: Waste marble powder sources as promising natural solid sorbents for Ca-looping cycles post-combustion CO2 capturePresented by: Carla Pinheiro
Authors: Carla I.C. Pinheiro, Maria Filipa Ribeiro, Auguste Fernandes and Ana SantoAffliation: Instituto Superior Tcnico/Universidade de Lisboa
Paper ID: 62Title: Effect of Serpentine Particle Sizes on CO2 Mineralization Process EfficiencyPresented by: Tze Yuen YeoAuthors: Hemmati Azadeh, Tze Yuen Yeo, Paul Sharratt and Jie BuAffliation: ICES-ASTAR, Singapore
Paper ID: 142Title: Study on enhanced CO2 mineral carbonation with steelmaking slagPresented by: Weijun Bao
Authors: Chenye Wang, Huiquan Li and Weijun BaoAffliation: Institute of Process Engineering, Chinese Academy of Sciences
Th4/11 (Venue: LT53)Novel materials for CO2 separation (solvents, membranes, adsorbents.)
Chair: Jizhong Luo (A*STAR ICES)Co-Chair: Dan Zhao (NUS)
Paper ID: 151Title: CO2 capture by superbase ionic liquids from a theoretical point of viewPresented by: Maxime Mercy
Authors: Maxime Mercy, Robert Bell, Nora De Leeuw, Corina McCrellis, Sarah Taylor and Affliation: Christopher Hardacre
Paper ID: 280Title: Development of novel potassium-based solid sorbent using lithium aluminate for CO2 capture at low temperaturePresented by: Soo Chool Lee, Min Sun Cho
Authors: Min Sun Cho, Soo Chool Lee, Ho Jin Choi, Suk Yong Jung, Joong Beom Lee and Jae Chang KimAffliation: Kyungpook National University; Korea Electric Power Research Institute
Paper ID: 258Title: K2CO3 promoted Mg-Al Hydrotalcites for sorption enhanced water gas shift CO2 capture processPresented by: Jizhong Luo
Author: Jizhong LuoAffliation: A*STAR ICES
Paper ID: 263Title: Adsorption of CO2 on Meshed Hollow Sphere Calcium-based AdsorbentsPresented by: Shengping Wang
Authors: Shengping Wang, Yujun Zhao, Xinbin Ma and Chaonan CuiAffliation: Tianjin University
Paper ID: 264Title: Investigation of The CO2 Adsorption and Desorption Properties on Various Iron Oxides of FeO, Fe2O3 and Fe3O4Presented by: Mohd Ambar Yarmo
Authors: Azizul Hakim, Tengku Sharifah Marliza, Maratun Najiha Abu Tahari, Muhammad Rahimi Yusop, Mohamed Wahab Mohamed Hisham and Mohd Ambar YarmoAffliation: Universiti Kebangsaan Malaysia
Paper ID: 166Title: Novel 1D, 2D, 3D CaO-based adsorbents and (Zr-Ce) incorporated Ca(OH)2 adsorbent for CO2 capturePresented by: Nwe Ni Hlaing
Authors: Nwe Ni Hlaing, Srimala Sreekantan, Radzali Othman, Hirofumi Hinode, Winarto Kurniawan, Aye Aye Thant, Abdul Rahman Mohamed and Chris SalimeAffliation: Universiti Sains Malaysia; Tokyo Institute of Technology; University of Yangon; Surya University
Paper ID: 156Title: Use of a Zn organometallic complex for CO2 capturePresented by: Richard Heyn
Authors: Richard Heyn, Richard Blom, Bjrnar Arstad, Ugochukwu Aronu and Karl Anders HoffAffliation: SINTEF Materials and Chemistry
Session 8Thur 9 July (0.0am - .0pm)
ICCDU XIIISINGAPORE5-9 July 2015
Time
10.30
Th1/10-K (Venue: LT50)CO2 Enabling/ Sustainable Technologies
Chair: Shengpin Wang (Tianjin University)Co-Chair: Kus Hidajat (NUS)
KEYNOTE: Direct synthesis of organic carbonates from CO2 and alcohols catalyzed by heterogeneous