Edinburgh Research Explorer

CO2 transport by ship: the way forward in Europe

Citation for published version: Neele, F, de Kler, R, Nienoord, M, Brownsort, P, Koorneef, J, Belfroid, S, Peters, L, van Wijhe, A & Loeve, D 2016, CO2 transport by ship: the way forward in Europe. in 13th International Conference on Greenhouse Gas Control Technologies. Elsevier. DOI: 10.1016/j.egypro.2017.03.1813

Digital Object Identifier (DOI): 10.1016/j.egypro.2017.03.1813

Link: Link to publication record in Edinburgh Research Explorer

Document Version: Publisher's PDF, also known as Version of record

Published In: 13th International Conference on Greenhouse Gas Control Technologies

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Download date: 05. Apr. 2019 Conference Programme

13th International Conference on Greenhouse Gas Control Technologies

November 14th - 18th, 2016 SwissTech Convention Center - Lausanne, Switzerland WELCOME

In an Olympic year, it is a great pleasure to welcome you to the 13th International Conference on Greenhouse Gas Control Technologies (GHGT), which is hosted in the “Olympic Capital of the World”, Lausanne, Switzerland. The two yearly GHGT conferences are now a well-established event in the international research community’s calendar. It has become the international event to present and hear about new research, new technical developments and demonstration project updates in the field of CO2 Capture and Storage (CCS).

Since the conference series first commenced in 1992 the field of greenhouse gas mitigation has come a very long way. We are now looking back on 20 years of operational experience on the first CCS demonstration project, Sleipner in Norway. Projects like the Carbon Capture Project, a consortium of major energy companies working together to advance the deployment of industrial-scale CO2 capture and storage in the oil and gas sector have been in existence for 16 years. We ourselves, the IEA Greenhouse Gas Programme, the owners of the GHGT conference series are in our 25th year of operation. The IPCC Special Report issued in 2005 was a major milestone taking CCS from the research area to be accepted as a main stream mitigation technology. In 2015 the knowledge base in the IPCC SRCCS was updated with 10 more years of experience in a Special Issue of the International Journal of Greenhouse Gas Control. In 2014 we saw the deployment of CCS in the power sector in Saskatchewan, Canada. The conference series has therefore charted the considerable progress of CCS through it conferences and the research papers published in its proceedings.

Late last year we had the Paris Agreement that aspires to cut the temperature target to well below 2 degrees centigrade. The UNFCCC’s 5th Assessment Report showed that getting to 2 degrees centigrade required CCS. There is growing recognition that to go below that target can only mean a greater need for the deployment of CCS on fossil fuels and increasing need for negative emissions technologies such as BIOCCS.

We hope the 13th conference will once again provide policy makers and governments alike with further confidence that CCS is a commercial technology that is ready for deployment and that CO2 storage is both safe and secure. On behalf of the GHGT-13 Steering Committee, we look forward to welcoming you to Lausanne, Switzerland!

John Gale (IEAGHG), Gunter Siddiqi (SFOE) & Lyesse Laloui (EPFL) Steering Committee Co-Chairs MEET THE ORGANISERS TABLE OF CONTENTS 03 Welcome 16 Oral Sessions at a Glance 04 Steering Committee 18 Exhibition Information 05 Meet the Organisers 18 Conference Floor Plan and Room Details 06 Technical Program Committee & Expert Review Panel 20 Oral Session Details The Swiss Federal Institute of Technology (EPFL), with more The IEA Greenhouse Gas R&D Programme (IEAGHG) than 300 laboratories and research groups on campus, is an international collaborative research programme 07 General Information 44 Poster Floor Plan is one of the Europe’s most innovative and productive established in 1991 as an Implementing Agreement under technology institutes. At EPFL the emphasis is on both the International Energy Agency (IEA). 08 Chair and Presenter Guidelines 46 Poster Session Details theoretical and applied research. 09 Social Program 77 Special Thanks The primary role of IEAGHG is to be an informed source of The research areas developed at the EPFL are the forefront impartial information on greenhouse gas mitigation options. 11 Plenary Sessions & Keynote Speakers 77 Sponsors | Supporters | Contributors of study of new methods and technologies to reduce the This is achieved by the instigation and management 14 Final Panel Discussion & Closing Session 79 Lausanne Transport Map anthropogenic effects on earth climate. of research studies, technological evaluations, and maintenance of a series of international research networks 15 Conference Program at a Glance that serve as a platform for academics, researchers, and industrial parties to share information and experiences and to discuss new developments. SOIL MECHANICS LABORATORY STEERING COMMITTEE CHAIR “GAZ NATUREL” PETROSVIBRI IEAGHG studies and evaluates technologies that can The Laboratory of Soil Mechanics (LMS) at the EPFL focuses reduce greenhouse gas emissions derived from the use of its research work on very timely topics such as nuclear fossil fuels. The programme aims to provide its members waste storage, geothermal resources, unconventional with definitive information on the role that technology can energy sources, and greenhouse gas control technologies. take in reducing greenhouse gas emissions. Thanks to the sponsorship of Petrosvibri SA, it has been established at the LMS the Chair “Gaz Naturel”, the IEAGHG takes pride in being an informed but unbiased research purpose of which is to evaluate the impact of source of technical information on greenhouse gas

CO2 storage in deep geological formation through the mitigation. CO-CHAIR CO-CHAIR CO-CHAIR characterization of the thermo-hydro-chemo-mechanical behaviour of possible host and cap rocks in contact with The programme’s main activities are: Gunter Siddiqi John Gale Lyesse Laloui Tim Dixon Julianne Jammers water, brine, supercritical and liquid CO2. • To evaluate technologies aimed at reducing greenhouse gas emissions. The main goal of the research activities performed at LMS • To help facilitate the implementation of potential is to permanently transfer the scientific and technological mitigation options. developments to education and industry, thus, contributing • To disseminate the data and results from evaluation to sustainable evolution of the society. studies. • To help facilitate international collaborative research, development, and demonstration activities (R,D&D).

Peter Jansohn Tony Kaiser Christoph Müller Sian Twinning Markus Wolf The GHGT conference series is conducted The Steering Committee is co-chaired by John by the Steering Committee, a group Gale from IEAGHG, Gunter Siddiqi from SFOE and The Swiss Federal Office of Energy (SFOE) is the federal office responsible for all questions relating to energy supply and Lyesse Laloui from EPFL and under their leadership comprised of a mix of representatives from energy use within the Federal Department of the Environment, Transport, Energy and Communications DETEC of Switzerland. the committee has arranged the conference, with The SFOE pursues the following objectives: the hosts; in the case of GHGT-13, École the assistance from the Technical Programme • It creates the necessary conditions for ensuring a sufficient, well diversified and secure energy supply that is both Polytechnique Fédérale de Lausanne EPFL Committee (TPC) who worked from the Expert economical and ecologically sustainable. and the Swiss Federal office of Energy Review Panel suggestions to formulate the • It imposes high safety standards in the areas of production, transportation and distribution of energy. technical programme. • It sets out to promote efficient energy use, increase the proportion of renewable energy in the overall energy mix and (SFOE), with support from key members of reduce the level of CO2 emissions. the CCS community within Switzerland and • It promotes and co-ordinates energy research and supports the development of new markets for the sustainable supply Some Committee members perform dual roles, and use of energy. IEAGHG. such as Lyesse Laloui and Tim Dixon who also served as co-chairs of the TPC and Sian Twinning, For Switzerland Carbon Capture and Storage is an important option to mitigate climate change. On the one hand, Switzerland’s industry is a technology and original equipment provider for carbon capture and storage in addition to utilising CO2. On who was the secretariat for the TPC. the other hand, Switzerland’s research and development community is actively engaged in developing novel concepts and applications for CO capture, utilization as well as CO storage. GHGT-13 2 2 GHGT-13 4 www.ghgt.info www.ghgt.info 5 TECHNICAL PROGRAM COMMITTEE GENERAL INFORMATION AND EXPERT REVIEW GROUPS EMERGENCY CONTACT NUMBER GHGT-13 TWITTER HASHTAG While we will ensure that every aspect of the Please use #GHGT13 in your tweets, so all tweets can conference runs smoothly, if for any reason you are be quickly found and read. We may even use some of in need of emergency assistance, please dial: these in the Conference Summary Brochure. • General Emergency 112 • Fire service 118 LANGUAGE & TRANSLATION • Police 117 All presentations, plenary, keynote, and technical, The Technical Programme Committee • Ambulance 144 will be in English. (TPC) is responsible for the content and

organisation of the technical programme. PUBLIC TRANSPORTATION Tim Dixon Lyesse Laloui CONFERENCE APP Lausanne has two metro lines, the M1 line links EPFL Over 1,000 abstracts were received and the initial task Co-Chair Co-Chair Stay updated with the conference with the centre of Lausanne and the M2 running from of evaluating these fell to the Expert Reviewers. These programme, speaker bios, agenda, consisted of 128 internationally recognised experts from Ouchy, connecting with the M1 at Lausanne Flon and more from your phone. To 19 countries with each abstract being reviewed by at least before continuing onto Croisettes. When checking download the conference app, search two experts. into hotels and paying the local tax, you will be issued for GHGT-13 in the app store. with a free metro pass valid for the duration of your A Technical Advisory Group (TAG) of subject specialists held evaluate reviews on their subject area and made stay. The M1 runs every 10 mins and takes approx. recommendations for the selection of papers. Based on the 20 mins from Lausanne Flon to EPFL with the stop Mohammad Abu reviews and recommendations, the TPC made their final Carlos Abanades just outside the Swiss Tech Convention Centre. Zahra decisions on the selection of papers, and organised them into the programme presented here. The TPC members are For taxis, Uber is operative in Lausanne or local firms pictured to the right. can be contacted on +41 (0)844 814 814 . Please see The TAG members are Timo Hyppänen (LUT), Daniel Jansen http://www.taxiservices.ch/en (Netherlands), Kristin Jordal (SINTEF) Anders Lyngfelt (Chalmers), Stefano Brandani (Uni of Naples), Dianne Wiley (UNSW), Edward Rubin (Carnegie Mellon) David Jones WIRELESS INTERNET (BGS), Max Watson (CO2CRC), Andy Chadwick (BGS), Jonny Sally Benson Chris Hendriks The Swiss Tech Convention Centre offers free Wi- Rutqvist (LBNL), Charles Jenkins (CO2CRC), Neeraj Gupta Fi Internet access in all areas, servicing delegates, (Battelle), Stefan Bachu (Alberta Innovates), Jonathan and exhibitors. Ample power outlets can also be Ennis-King (CSIRO), Bill Carey (LANL), Todd Schaef (PNNL), Howard Herzog (MIT), Peta Ashworth (Uni of Queensland). found located in the auditorium seats. The centre also provides the “iBeacon” technology enabling The Expert Review Panel is too extensive to list here but are guests to instantaneously download multimedia listed with gratitude on the conference website, which can documentation via their mobile devices. be found here: www.ghgt.info Sue Hovorka Gary Rochelle

GHGT-13 Sean McCoy GHGT-13 6 www.ghgt.info www.ghgt.info 7 CHAIR & PRESENTER GUIDELINES SOCIAL PROGRAMME

The GHGT-13 conference committee has organised a two part social programme INSTRUCTIONS FOR SESSION CHAIRS INFORMATION FOR POSTER PRESENTERS for the conference, commencing with a Welcome Reception at the Olympic Thank you for agreeing to be a session chair at GHGT- Presenters of poster are required to locate their Museum in Lausanne and concluding with the Conference Dinner at the Swiss 13. Below is some information that will help you with allocated poster board and ensure their poster is this task. mounted by the end of Tuesday in preparation for the Tech Convention Centre. All breakout rooms will have a technician from the poster session on Wednesday and Thursday. REGISTRATION & WELCOME RECEPTION 1 AV contractor. It is their responsibility to make The Registration & Welcome Reception will be open sure all AV equipment is functioning correctly. Your The Garden Level will be open at all times during the from 18.00 to 22.00 at the Olympic Museum, Quai primary responsibilities will be to introduce the d’Ouchy 1, 1006 Lausanne, Switzerland. Any delegate speakers and to keep the session running on time. conference. You will be provided with mounting fixings which will be available in the poster session area. who is unable to attend the reception can obtain their 2 You will start with introducing the co-chairs (just badge and delegate pack during any conference names and affiliations) and the subject of the morning at the Swiss Tech Convention Centre. session (very brief). For confirmation of board numbers, please see The Welcome Reception gives delegates the chance Introduction of presentations will be kept brief – poster board allocations in the poster session details 3 just name of presenter and his or her affiliation. on pages 44-76. Posters will remain in situ for the to listen to a few select speakers welcoming you to the conference and to Lausanne, Switzerland. Delegates Each speaker is allocated 15 minutes for duration of the conference and can be removed th will also have the opportunity to network with other 4 presentation and 5 minutes for Q&A. We will have during lunchtime on Friday 18 . Any posters left at timers in each room. the end of the conference will be discarded. attendees, connect with old friends and colleagues and forge new relationships for the future. Light refreshments will be served and the opportunity to tour the Olympic If a presenter does not show up, please ensure the Museum will be offered during the reception. 5 other presentations run at their allotted time. You may conclude the session with a short Timings for the Evening: 6 summary, main conclusion, or general comment. 18.00 - 20.00 Tour of the Museum With your co-chair, please make sure you complete 20.00 - 22.00 Cocktail Welcome Reception 7 the session chair report (one report per session) 18.00 - 21.00 Museum Shop Opening Times and hand it to the room monitor. The session chair reports will be printed and available in each room at TRAVEL BETWEEN HOTELS/CONFERENCE CENTRE/WELCOME RECEPTION the Austin Convention Center. GREENMAN AWARD, 2016 The Lausanne Transport Card gives any guest staying in Lausanne and paying the overnight “taxe de séjour” free and The GHGT conference series has a tradition unrestricted access to all public transport services in the city (bus, train, metro). This personalized card is given to each of presenting an award to an individual whose visitor by the hotel or guest house on arrival at their place of accommodation. It is valid for the duration of the reservation, vital contributions towards progressing the CCS including the arrival and departure days (maximum 15 days). Please see Transport Map on p79 for more information. INFORMATION FOR SPEAKERS IN AN ORAL SESSION technologies, and enhancing our understanding of Please make sure you arrive at your designated the process of mitigating greenhouse gas emissions, session room with plenty of time to spare to ensure is recognised. you are familiar with the presentations and AV equipment in the room, and make your presence The Greenman Award recipient has been identified and will receive the award during the conference. known to the session chairs. All presentations must be submitted to the Speaker Room (Room 5A) 24 Former recipients of this prestigious award: hours before you are due to present – late changes Meyer Steinberg; 1996 will not be accepted. The conference laptops will be Wim Turkenburg; 1996 running Microsoft Office 2016; please ensure your Yoichi Kaya; 1996 presentation is saved in a compatible format. Olav Kårstad; 2006 William D. Gunter; 2008 Howard Herzog; 2010 Each presentation is allocated 15 minutes and an Peter Cook; 2010 additional 5 minutes for subsequent questions. The Sally Benson; 2012 session chairs will notify you of how your allocated Hallvard Svendsen, 2014 time is progressing.

GHGT-13 GHGT-13 8 www.ghgt.info www.ghgt.info 9 SOCIAL PROGRAMME & STUDENT RECEPTION WELCOME ADDRESSES & KEYNOTE SPEAKERS

TH TUESDAY 15 NOVEMBER, 08.50 - 09.10 Marilyne Andersen Welcome Addresses The Swiss Federal Institute of Technology (EPFL)

Kelly Thambimuthu IEA Greenhouse Gas R&D Programme Chair Marilyne Andersen is Full Professor of Sustainable Construction Technologies and Dean of the School of Architecture, Civil and Environmental Engineering (ENAC) at EPFL. She is also head of the Interdisciplinary Laboratory of Performance-Integrated Design (LIPID) whose research Kelly Thambimuthu has more than 25 years experience activities focus on building performance in the architectural in the field of low-emissions technology. He received his context in general, and the use and optimization of daylight Master’s of Chemical Engineering from McGill University in buildings in particular. Before joining EPFL, she was an and his PhD in Chemical Engineering from the University of Assistant Professor then Associate Professor tenure-track at Cambridge. Since 1995 he has chaired the IEA Greenhouse MIT, USA where she founded the MIT Daylighting Lab in 2004. Gas R&D Programme, the leading multi-governmental She holds a MSc in Physics and specialized in daylighting panel on large-scale greenhouse gas reduction. He was through her PhD at LESO/EPFL and as a Visiting Scholar at lead author at the UN Intergovernmental Panel on Climate the Lawrence Berkeley National Laboratory, USA. She is the

Change (IPCC) where he wrote a special report on CO2 author of over 80 refereed scientific papers and member of Capture and Storage as a climate change mitigation option. the Board of the LafargeHolcim Foundation for Sustainable CONFERENCE DINNER He was with the Centre for Low Emissions Technology Construction and of the Scientific Advisory Board of the th The traditional conference dinner will be held on from 18.30 - 22.30 on Thursday 17 at the Swiss Tech Convention in Queensland, Australia from 2004 - 2009 where he Center for Environmental Sensing and Modeling within the Centre. Using the latest Gala Venue Technology, the seating in the main auditorium is stored under the floor transforming pioneered advances in cleaner fossil fuel technologies. MIT-Singapore Alliance (SMART). the space from plenary room to a banqueting hall at the press of a button. TUESDAY 15TH NOVEMBER, 09.10 - 10.50

The conference dinner is one of the highlights of the week and the venue provides the perfect backdrop to enjoy great Keynote Speaker company, discuss learnings from the week and sample great food. Jean-Christophe Fueeg Swiss Federal Office of Energy “After 20 years, how can Please note, the last metro is at 23.52. (SFOE) CCS reach its potential?” Kamel Ben-Naceur IEA Director for Sustainability, Technology and Outlooks

Jean-Christophe Fueeg is currently Head of International Kamel Ben-Naceur is the IEA Director for Sustainability, Energy Affairs at the Swiss Federal Office of Energy (SFOE) GHGT-13 STUDENT RECEPTION Technology and Outlooks, overseeing the Energy and with the title of Ambassador. He joined the SFOE in 2001. Environment, Energy Technology Policy and Energy Supply The Student Reception enables students to meet and discuss what they have hears with their peers as well as selected His duties cover negotiations for an electricity agreement and Demand Outlook divisions. His Directorate oversees with the EU, representing Switzerland at international industry experts to help build the block for their careers within CCS and to forge new connections and business contacts. the production of the World Energy Outlook and the Energy organisations such as IEA, Energy Charter, IRENA, UN Technology Perspectives, and energy/climate-related The GHGT-13 Student Reception will be held in Auditorium C at the Swiss Tech Convention Centre on the evening of ECE Sustainable Energy Committee, and bilateral energy policies. Wednesday 16th between 18.00 and 20.00. relations. Between 2004 and 2011, he also participated in Climate Change negotiations. He has been invited He started his career in Schlumberger R&D in 1980 before to lead expert reviews on energy policies of Canada, moving to management roles in Africa, North and South Indonesia (IEA), as well as Turkey, Croatia, Macedonia, America, Europe, the former Soviet Union, and the Middle East Attendance at this event is extended to all students registered got GHGT-13, and selected experts from industry and Mongolia, Albania and Tajikistan (Energy Charter). From and North Africa regions in the oil and gas sectors. In 2004, academia chosen to encourage student-expert networking and collaborations. 1999-2001, he was an Administrator in the Non-Member he started the Oilfield Services Business Unit developing Country Division of the International Energy Agency (IEA) CCS prospects, working extensively with regulators and in Paris. From 1998-99 has was Managing Director & co- policy makers. In 2009, he became the Chief Economist at Schlumberger in Paris and, in 2011, he became the President The evening will include a formal introduction and welcome to the students on behalf of IEAGHG, a keynote presentation CEO of IHS Energy/Petroconsultants Group, a world leader in up- and midstream oil and gas industry intelligence; of the Schlumberger technology organisation in Rio de from an industry expert, and further networking opportunities with refreshments available. 1996-1998 Vice- President Petroconsultants Worldwide Janeiro. In 2014, he became Tunisia’s Minister for Industry, Oil & Gas Information; 1985-1996 various positions in Energy and Mines. During his tenure, he implemented new oil consulting covering Former Soviet Union, Angola, Italy, policies for energy subsidies rationalisation, as well as having Indonesia. won approval of a law on renewable energy implementation. Mr. Ben-Naceur has served on the International Board of the SPE as technical Director for Management & Information. GHGT-13 GHGT-13 10 www.ghgt.info www.ghgt.info 11 KEYNOTE SPEAKERS & TECHNICAL PLENARY SPEAKERS TECHNICAL PLENARY SPEAKERS

THURSDAY 17TH NOVEMBER, 08.10 - 09.00 FRIDAY 18TH NOVEMBER, 08.10 - 09.00 Technical Plenary Speakers Technical Plenary Speakers TUESDAY 15TH NOVEMBER, 09.10 - 10.50 WEDNESDAY 16TH OCTOBER, 08.10 - 09.00 Keynote Speaker Technical Plenary Speakers “Update on progress and “Sixteen Years of CCS achievements of Boundary Dam 3 Development and “CCS: The Time is Now” “The Shell Quest CCS and aims and status of SaskPower/ Trude Sundset project: 1 year of operation” BHP Billiton International CCS Collaboration to Build” CEO of Gassnova Knowledge Centre” Mark Crombie Tim Wiwchar CO Capture Project Program Portfolio Manager Heavy Oil, Shell Mike Monea 2 Manager, BP Canada President, International CCS Knowledge Centre Mark is the Program Manager for CCP4: he has successfully Trude Sundset is CEO of Gassnova. She has 30 years Tim has 21 years of Refining, Chemical, Upgrading, and Michael J. Monea was appointed President to the newly led the CCP program since January 2010 when he assumed business experience, and with key areas within energy, Mine Operations experience. Tim started his career with formed International CCS Knowledge Centre on June his role as program manager during the early stages of environment and climate issues. Her several years of Exxon Mobil in Canada under the company of Imperial Oil 1, 2016. An initiative of BHP Billiton and SaskPower, CCP3. He is employed by BP International and works in management experience includes both management on Canada after graduating from the University of Alberta the Knowledge Centre was established to accelerate the company’s Group Technology department. He has corporate level, line management for large groups, R&D with a Bachelor of Science in Chemical Engineering. After a the development and deployment of low-emissions held several posts in BP over the past seventeen years, management as well as business development and oil/ short tenure with NOVA Chemicals, Tim started his career technologies by enhancing global access to the data, including business development roles in contract energy gas field development. Sundset has experience from with Shell in 2002 as the RHC Operations Engineer for the information and lessons learned from SaskPower’s management, energy management implementation at Boards of organisations including commercial businesses, Base Upgrader beginning in the commissioning and start- Boundary Dam facility. Monea joined SaskPower in BP sites and latterly thermal power development within experience from international collaboration and has built up phase of the project. Tim progressed into the Business 2008 as Vice-president, CCS Initiatives for SaskPower. the Alternative Energy business, before commencing his a broad network in various international organisations. group as the Economics and Scheduling Coordinator and In September, 2011 he was appointed President of this current role. Prior to joining BP Mark completed an MBA at Sundset holds a Master of Technology, Physical Chemistry, then the Business Manager. In 2008, Tim moved to Shell division. Prior to his role with SaskPower, Monea was Nottingham Trent University and worked for several multi- from Norwegian University of Science and Technology, Albian Sands as the Production Manager for MRM Plant a senior Vice-president with Canada Capital Energy national companies in various business development NTNU, Trondheim. Production. In 2011 Tim came to the Quest project but Corporation. He served as Executive Director of the roles, including Texaco and Rolls Royce Industrial Power assumed a dual role as the Quest Operations Manager and PTRC at the University of Regina and later was appointed Systems. Heavy Oil Operational Excellence Manager. As the project Chairman of the Board. In 2008 he was appointed to the advanced into 2012 and early 2013, became the project Society of Petroleum Engineers Distinguished Lecture lead for Quest until its completion at the end of 2015. He program as an expert in enhanced oil recovery. is currently the Portfolio Manager within Heavy Oil. “Advances In Commercial CO2 “Overview of the Kemper Purification And Utilization” “Present Status and Future “Too Late for 2°C?” County Energy Facility” Abdulaziz Al-Jodai Challenges of CCS in Japan” Director-Corporate Programs, Thomas Stocker Richard Esposito Technology & Innovation, Saudi University of Bern Takuro Okajima Esposito Program Manager - Basic Industries Corporation Chief Administrator of Global Geosciences, Carbon Utilization & Environmental Partnership Office, Storage Southern Company - Research Industrial Science and Technology & Technology Management Policy and Environment Bureau, Dr. Abdulaziz M. Al-Jodai is the Corporate Programs Thomas Stocker was born in Zürich and obtained a PhD in METI (Ministry of Economy, Trade Richard has 25+ years of experience in the electric utility Director in the Technology and Innovation Department Natural Sciences of ETH Zürich in 1987. He held research and Industry) industry and currently serves as the Program Manager of at SABIC company. He has over 23 years of experience positions at University College London, McGill University Geosciences - Carbon Utilization & Storage in the Research in managing short and long-term projects. Prior to his (Montreal), Columbia University (New York) and University Takuro Okajima is a Chief Administrator of Global & Technology Group at Southern Company. In his current current role, Dr. Aljodai had worked in various areas of of Hawai’i (Honolulu). Since 1993 he is Professor of Climate Environmental Partnership Office, Industrial Science and role he works with a wide range of energy-related issues developmental projects including process development, and Environmental Physics at the University of Bern. Technology Policy and Environment Bureau, METI (Ministry including energy storage, geothermal power, deep well design and improvements of commercial plants. He has From 2008 to 2015 he co-chaired Working Group I “The of Economy, Trade and Industry), Japan. He has engaged in disposal of wastewater, and CO2 utilization and storage. been granted several patents in process development and Physical Science Basis” of the IPCC, the United Nations the CCS policy making and CCS national projects of Japan Richard earned his B.S. and M.S. degree in Geology environmental fields. Dr. Aljodai’s current involvements Intergovernmental Panel on Climate Change. Thomas since 2015. Prior to this role, he had worked for Japan from Auburn University. After graduation, he worked at include formulation of mid and long term strategy, Stocker has co-authored more than 200 publications; Petroleum Exploration Co., Ltd. since 2010 as a reservoir the Alabama Department of Environmental Management development of technology roadmaps and portfolio he holds an honorary doctorate from the University of engineer. He had been in charge of reservoir management as an environmental regulator. Richard began working management of various developmental programs. Versailles and has received several awards for his work. of oil and gas field in Akita prefecture which locates in at Southern Company in 1991 in the Environmental He is a Fellow of the American Geophysical Union and a northern part of Japan. He has 6 years’ experience in Engineering Group. He received a PhD in Engineering from Foreign Member of the Accademia Nazionale dei Lincei, petroleum engineering. He holds a master’s degree in the University of Alabama at Birmingham with focus on CO2 Italy, and the American Academy of Arts and Sciences. Department of Civil and Earth Resources Engineering from environmental controls. He is a research professor and Kyoto University. graduate student advisor in the Department of Mechanical GHGT-13 Engineering at the University of Alabama at Birmingham GHGT-13 12 www.ghgt.info and is an adjunct faculty member teaching energy-related www.ghgt.info 13 courses at Samford University. FINAL PANEL DISCUSSION AND CLOSING SESSION CONFERENCE PROGRAM AT A GLANCE

MONDAY 14TH TUESDAY 15TH WEDNESDAY 16TH THURSDAY 17TH FRIDAY 18TH FINAL PANEL DISCUSSION CLOSING SESSION NOVEMBER NOVEMBER NOVEMBER NOVEMBER NOVEMBER Friday 18th November, 14.00 - 15.30 Friday 18th November, 15.30 - 16.00

“Driving Carbon Capture and Storage (CCS) Forward This session will be chaired by Mr. John Gale and Prof. 0 Registration Registration Registration Registration in a below 2 C World” Kelly Thambimuthu, representing the Guardians of 07.30 - 17.00 07.30 - 17.00 07.30 - 17.00 07.30 - 12.00 With the Paris Agreement now close to ratification we the GHGT conference series, IEAGHG. are committing ourselves to achieving to temperature Greenman Award target of below 20C. We know that getting to 20C The closing session of a GHGT conference typically Opening Plenary Plenary Session Plenary Session consists of notes of thanks being presented and & Plenary Session represented a significant mitigation challenge but 08.50 - 09.10 08.00 - 9.00 08.00 - 9.00 08.00 - 9.00 going below that temperature target increases the a simple conclusion of key point and themes that SOCIAL EVENT mitigation challenge immensely. CCS has been have emerged over the past few days’ technical Welcome identified as a key mitigation technology option by the presentations. Reception & Keynote Technical Technical Technical UNFCCC. The IPCC 5th Assessment report showed us Registration Addresses Session 4 Session 7 Session 10 Reflections on advances and developments will be that the least cost mitigation portfolio needs to include 09.10 - 10.50 09.10 - 10.50 09.10 - 10.50 09.10 - 10.50 CCS and that most assessment models suggested highlighted and the conference formally drawn to a Olympic Museum 0 close. 2 C could not be met without CCS. We can therefore 18.00 - 22.00 AM BREAK AM BREAK AM BREAK AM BREAK strongly assume that CCS will be more important 10.50 - 11.20 10.50 - 11.20 10.50 - 11.20 10.50 - 11.20 in a below 20C world that that negative emission With the conference closed the announcement of technology like BIOCCS will also be critical post 2030 the hosts and location for GHGT-14 (in 2018) will be Technical Technical Technical Technical should we not meet stringent early emission reduction made. targets. CCS has not been deployed as quickly as we Session 1 Session 5 Session 8 Session 11 would have liked to date and we need to increase the 11.20 - 13.00 11.20 - 13.00 11.20 - 13.00 11.20 - 13.00 momentum on CCS demonstration and deployment. The aim of this session is to look at initiatives that are LUNCH BREAK LUNCH BREAK LUNCH BREAK LUNCH BREAK underway but also ask the critical questions; are we 13.00 - 14.00 13.00 - 14.00 13.00 - 14.00 13.00 - 14.00 doing enough and what more needs to be done? Technical Poster Poster Plenary Panel Session Chair: Session 2 Session A Session B Session John Gale, IEAGHG 14.00 - 15.40 14.00 - 16.00 14.00 - 16.00 14.00 - 15.30 Panelists: Jean-François Gagné, Head of Energy Technology PM BREAK PM BREAK PM BREAK Closing Session Policy Division, IEA, will speak to the question “Has 15.40 - 16.10 15.30 - 16.00 15.30 - 16.00 15.30 - 16.00 Policy failed CCS to date and what more work in this area is needed?” Technical Technical Technical Graeme Sweeney, Chairman, ZEP, will speak to the Session 3 Session 6 Session 9 question: “CCS has not taken off in Europe what new 16.10 - 17.50 16.00 - 17.40 16.00 - 17.20 efforts/initiatives are needed?” Tim Bertels, Head of CCS, Shell, will speak to the question: “What more can the oil and gas industry do SOCIAL EVENT SOCIAL EVENT to stimulate the deployment of CCS?” Student Conference Jarad Daniels, Director, Office of Strategic Planning, Reception Dinner USDOE will speak to the question: “How can 18.00 - 20.00 18.30 - 22.30 technology Innovation (Mission Innovation) contribute to the deployment of CCS?”

There will be an interactive element to this session with the audience invited to comment and contribute to the discussion.

GHGT-13 GHGT-13 14 www.ghgt.info www.ghgt.info 15 ORAL SESSIONS AT A GLANCE ORAL SESSIONS AT A GLANCE

SESSION A SESSION B SESSION C SESSION D SESSION E SESSION F SESSION G AUDITORIUM B AUDITORIUM C ROOM 1 BC ROOM 2 BC ROOM 3 BC ROOM 4 BC ROOM 5 BC

Tech Session 1 Trapping Demonstration Transport: Safety and Industrial Sources: TH Amine Pilot Testing Geomechanics I Oxy-combustion I 11.20 - 13.00 Mechanisms I Projects I CO2 Quality Technology and Costs Pilot Testing CO2 Tech Session 2 Trapping Demonstration Transport: Networks, Industrial Sources: Environmental Impacts Technology Centre Advances in Cement Capture Oxy-combustion II 14:00 - 15.40 Mechanisms II Projects II Logistics and Costs of Geological Storage Mongstad Technologies Capture Pilot and Tech Session 3 Risk Assessment for

TUESDAY NOV 15 NOV TUESDAY Demonstration Panel Discussion Other Storage Capture in Industry Geomechanics II Membranes 16.10 - 17.50 Geological Storage Projects

TH Tech Session 4 Liquid Biphasic CCS and Global Wellbore Integrity Panel Discussion Negative Emissions I Injectivity Calcium Looping 9.10 - 10.50 Solvents Climate Policies

Solvent and Tech Session 5 Geological Site CCS and National Energy CO -EOR: Lab & Field Monitoring -deployment Chemical looping configuration Panel Discussion 2 11.20 - 13.00 Characterisation and Climate Policies Studies of time lapse seismic combustion I modelling

Tech Session 6 Geological Storage Capture System CO2-EOR: Simulation, Monitoring Leakage - Chemical Looping Alternative Solvents Panel Discussion Economic & Offshore 16.00 - 17.40 Case Studies I Studies I Near Surface Combustion II

WEDNESDAYNOV 16 Case Studies

TH Tech Session 7 Geological Storage Deployment at National CO and Geothermal Modelling CO Amine Aerosols Panel Discussion 2 2 Solid Sorbents I 9.10 - 10.50 Case Studies II and Regional Scales Energy Storage I

Tech Session 8 Storage - Field Quantifying Impacts CO for Geothermal and Modelling CO Amine Degradation Panel Discussion 2 2 Solid Sorbents II 11.20 - 13.00 Monitoring and Benefits- LCA Water Management Storage II

Tech Session 9 Geomechanical Capture Dynamic Capture System Leakage Mitigation Corrosion CO2 Conversion Solid Sorbents III THURSDAY NOV 17 NOV THURSDAY 16.00 - 17.20 Response - Monitoring Modelling Studies II and Remediation

TH Storage Pilot and Tech Session 10 Unconventional Storage in Capture System Solvent Properties I Storage Engineering Demonstration Monitoring - Social Science and 9.10 - 10.50 Subsurface and Marine Communication I Hydrocarbon Formations Projects studies III

Tech Session 11 Storage Capacity Regulatory & Legal Social Science and Long Term Behavior of Other Capture Solvent Properties II Negative Emissions II 11.20 - 13.00 Communication II FRI. 18 NOV Assessment Aspects of CCS Stored CO2 Concepts

SESSION CAPTURE STORAGE NEGATIVE CO2 EMISSIONS UTILISATION OF C02 LEGAL ISSUES POLICIES TRANSPORT THEME KEY OTHER STORAGE OPTIONS DEMONSTRATION PANEL DISCUSSIONS TECHNICAL ASSESSMENT INDUSTRIAL SOURCES PUBLIC PERCEPTION OF CCS

GHGT-13 GHGT-13 16 www.ghgt.info www.ghgt.info 17 EXHIBITION INFORMATION The GHGT-13 exhibition aims to facilitate networking between technology suppliers and researchers, and provides an opportunity for partnerships and agreements to de forged for the future. Sponsors and exhibitor booths are located around the venue on both the Campus and Garden levels. SPONSORS & ORGANISERS BOOTHS COMPANIES & ORGANISATIONS BOOTHS 1 GE Power 2 Kepco 6 Gassnova/TCM 3 Japan CCS 8 Southern Company 4 Fluor 10 GazNat 5 Wiley 11 Man Diesel 7 US DOE 13 9 CO2 Capture Project NTNU 14 ExxonMobil 12 EERA-CCS 15 Oil & Gas Climate Initiative 16 Hitachi 17 Lausanne Tourism 18 IEAGHG 19 Masdar

GHGT-13 GHGT-13 18 www.ghgt.info www.ghgt.info 19 ORAL SESSION DETAILS ORAL SESSION DETAILS TECHNICAL SESSION 1 | TUESDAY 15 NOVEMBER | 11:20 - 13:00 TUESDAY 15 NOVEMBER | 11:20 - 13:00 | TECHNICAL SESSION 1

Experimental investigation on the behaviour of supercritical Amine Pilot Testing CO during the reservoir depressurisation Transport: Safety and CO2 Quality Geomechanics (1) 2 Chairs: Philip Ringrose & Tip Meckel 1A Chairs: Gary Rochelle & Bjorn-Eric Haugen Rong Li*, Ruina Xu*, Peixue Jiang, Di He, Tsinghua 1D Chairs: Julia Race & Hans Jørgen Vinje 1F University & Key Laboratory for Thermal Science and Power Long term evaluation of advanced PCC system for coal- The fiscal metering of transported CO -rich mixtures in CCS Shale creep as leakage healing mechanism in CO Engineering of Ministry of Education 2 2 fired power plant operations sequestration Jun Arakawa*, Shinya Okuno, Kenji Takano, Yasuro Mahmoud Nazeri, M.Mercedes Maroto-Valer, Herriot-Watt Pierre Cerasi*, Anna Stroisz, SINTEF Petroleum Research; Multidimensional imaging and characterisation of density- Yamanaka, Toshiya Matsuyama, Energy & Plant Operations, University; Edward Jukes, KROHNE Ltd Elisabeth Lund, Marta Laukeland Kleiven, NTNU; Erling driven flow in porous media IHI Corporation; Paul Feron, Aaron Cottrell, Ashleigh Fjær, SINTEF Petroleum Research & NTNU Rebecca Liyanage*, Ronny Pini, John Crawshaw, Sam Cousins, Sanger Huang, CSIRO Energy; Roland Davies, Development of a CO specification for a CCS hub network Krevor, Imperial College London 2 Paul Sertori, AGL Loy Yang Trent Harkin*, Ian Filby, CarbonNet; Heidi Sick, Dan Brittle-ductile behaviour and caprock integrity Manderson, Rebecca Ashton, WSP & Parsons Brinckerhoff J. William Carey*, Luke Frash, Los Alamos National Review of recent pilot plant sctivities with concentrated Laboratory Demonstration Projects (1) Technical, safety and economic analysis of the effects of piperazine Quantification of viscous creep influence on storage Eric Chen*, The University of Texas at Austin 1C Chairs: Kevin Dodds & Darin Damiani impurities on CO compression and pipeline transport 2 capacity of caprock Geir Skaugen*, Simon Roussanaly, Amy Brunsvold, Jana Ludovic Räss*, Yurl Podladchikov, University of Lausanne; Novel advanced solvent-based carbon capture pilot Monitoring 2.5 million tonnes of CO at the Bell Creek oil Jakobsen, SINTEF Energy Research 2 Roman Makhnenko, Lyesse Laloui, École Polytechnique demonstration at National Carbon Capture Center field Fédérale de Lausanne (EPFL) Nathan Brown*, Greg Staab, Tyler Silverman, Grayson John Hamling*, Ryan Klapperich, Nicholas Kalenze, Corrosion of carbon steel in dense phase CO2 with water Heller, Rene Kupfer, Alfred Brown, ION Engineering above and below the solubility limit Nicholas Bosshart, Daniel Stepan, Shaughn Burnison, Fault permeability and CO2 storage Kerryanne Leroux, Kyle Glazewski, Charles Gorecki, Bjorn H. Morland*, Institute for Energy Technology & Andy Nicol*, University of Canterbury; Hannu Seebeck, Creating markets for captured carbon: retrofit of Abbott University of North Dakota Energy & Environmental University of Oslo; Arne Dugstad, Gaute Svenningsen, Brad Field, David McNamara, GNS Science; Conrad Childs, power plant and future utilization of captured CO 2 Research Center; Trevor Richards, Denbury Onshore LLC Institute for Energy Technology Fault Analysis Grou; James Craig, Alex Roland, IEAGHG Kevin O’Brien, Vinod Patel, Illinois Sustainable Technology Transient phase behaviour of CO leakage from a high- Hydromechanical aspects of CO breakthrough into clay- Center; Yonqi Lu, Sallie Greenberg, Rnadall Locke, Illinois Aquistore: year one – injection, data, results 2 2 State Geological Survey; Michael Larson, University Kyle Worth*, Aleana Young, Petroleum Technology pressure pipeline to the atmosphere with visualisation of rich caprock of Illinois; Krish Krishnamurthy, Makini Byron, Joseph Research Centre; Don White, Geological Survey of Canada; internal phase change and near-field shock wave structures Danila Mylnikov, Roman Makhnenko*, Victor Vilarrasa, Naumovitz, Linde LLC; David Guth, Stephen Bennett, Rick Chalaturnyk, Ben Rostron, University of Alberta; James Peixue Jiang*, Xiaolu Li, Feng Liu, Xue Chen, Ruina Xu, Prof. Lyesse Laloui, Swiss Federal Institute of Technology Affiliated Engineers Inc Sorensen, Energy and Environmental Research Center; Tsinghua University, & Key Laboratory for Thermal Science (EPFL) Chris Hawkes, University of Saskatchewan and Power Engineering of Ministry of Education Demonstration results of enzyme-Accelerated CO2 Capture Jonathan Carley*, Louis Fradette, Sylvain Lefebvre, CO Oxy-Combustion (1) 2 Learnings from the Shell Peterhead Carbon Capture and Industrial Sources: Technology and Costs Solutions Inc. 1G Chairs: Stanley Santos & Nils Rokke Storage Project front end engineering design 1E Chairs: Peter Jansohn & Liv Bjerge Alissa Cotton*, Lily Gray, Wilfried Maas, Shell Projects and Experimental and numerical investigations on heat transfer A Techno-economic analysis of ccs applied to the iron and Technology characteristics of a 35MWth oxy-fuel combustion furnace Trapping Mechanisms (1) steel, cement and oil refining industries Junjun Guo*, Fan Hu, Long Chen, Chao Liu, Xiaohong 1B Chairs: Rajesh Pawar & Jonathan Ennis-King Duncan Leeson*, Niall Mac Dowell, Nilay Shah, Camille Review of offshore CO storage monitoring: operational and Huang, Zhaohui Liu, Chuguang Zheng, Huazhong University 2 Petit, Paul Fennell, Imperial College London research experiences of meeting regulatory and technical Pore-scale evolution of residually-trapped CO at early of Science and Technology 2 requirements stages following imbibition using micro-CT imaging CO capture technologies for energy intensive industries – Sarah Hannis*, Andy Chadwick, Dave Jones, Jonathan 2 Optimisation of oxygen-based CFBC technology with CO2 Charlotte Garing*, Jacques de Chalendar, Sally Benson, the Norwegian perspective Pearce, Jim White, British Geological Survey; Doug Connelly, capture Stanford University; Marco Voltolini, Jonathan Ajo-Franklin, Lars Ingolf Eide, Research Council of Norway; Jörild Ian Wright, Steve Widdicombe, National Oceanography Sergio Espatolero*, Luis Miguel Romeo, CIRCE - University Lawrence Berkeley National Laboratory Svalestuen, Svein Bekken*, Gassnova Centre; Jerry Blackford, Plymouth Marine Laboratory; Tim of Zaragoza Leighton, Paul White, University of Southampton; James Modelling supported development of oxy-CFB combustion Experimental and modelling study of capillary/buoyancy- Cutting cost of CO2 capture in process industry - CO2stCap Craig, Tim Dixon, IEAGHG Kari Myöhänen*, Timo Hyppänen, Lappeenranta University driven flow of surrogate CO2 through intermediate-scale Ragnhild Skagestad*, Anette Mathise, Hans Aksel Haugel, sand tanks Tel-Tek; Fredrik Normann, Stefania Osk Gardarsdottir, of Technology; Ruth Diego, Fundación Ciudad de la Energía, 4D seismic monitoring of CO storage during injection and Luca Trevisan*, University of Texas at Austin; Ana Gonzalez- 2 Chalmers University of Technology Reijo Kuivalainen, Amec Foster Wheeler post-closure at the Ketzin pilot site Nicolas, Abdullah Cihan, Jens Birkholzer, Lawrence Berkeley Stefan Lüth*, Alexandra Ivanova, GFZ Potsdam; Peter Modelling and dynamic simulation of 2nd generation oxy National Laboratory; Ronny Pini, Imperial College; Tissa Commercial capture and transport of CO from production Bergmann, SINTEF and GFZ; Fei Huang, Monika Ivandic, 2 fired power plant – oxidant fan failure case Illangasekare, Colorado School of Mines of ammonia Christopher Juhlin, Uppsala University Hannu Mikkonen, Jari Lappalainen, Toni Pikkarainen, VTT Hans Aksel Haugen*, Nils Henrik Eldrup, Anne Marie Technical Research Centre of Finland; Reijo Kuivalainen, Measurement of electrical impedance and P-wave velocity Fatnes, Tel-Tek; Eystein Leren, Yara International ASA Amec Foster Wheeler of a low permeable sandstone core during the displacement

of saturated brine by CO2 injection Techno-economic evaluation of retrofitting ccs in an The Evaluation of Oxy-Fuel Combustion Deployment at the Hiroyuki Honda*, Shinnosuke Takaki, Hiro Ikemi, Yasuhiro integrated pulp and board mill – case studies Mirfa Plant in UAE Mitani, Kyushu University; Keigo Kitamura, I2CNER Kyushu Kristin Onarheim, Petteri Kangas, VTT Technical Research Vinicius Bueno, Ahmed Alhajaj, Mohammad Abu Zahra, University Centre; Stanley Santos, IEAGHG; Ville Hankalin, ÅF Consult Masdar Institute GHGT-13 Oy GHGT-13 20 www.ghgt.info www.ghgt.info 21 ORAL SESSION DETAILS ORAL SESSION DETAILS TECHNICAL SESSION 2 | TUESDAY 15 NOVEMBER | 14:00 - 15:40 TUESDAY 15 NOVEMBER | 14:00 - 15:40 | TECHNICAL SESSION 2

Geological modelling and reservoir simulation supporting Reinhold Spörl, University of Stuttgart; Carlos Abanades, Results from CO2 Technology Trapping Mechanisms (2) CO2 storage in a deep saline formation, Shengbei CSIC-INCAR; Robert Mathai, IKN GmbH; Kristina Fleiger, 2A Centre Mongstad 2B Chairs: Sally Benson & Ronny Pini Injection Site, Ordos Basin, China Volker Hoenig, VDZ gGmbH Chairs: Carlos Ababades & Paul Feron Minh Nguyen, Ye Zhang, University of Wyoming; Jun Li, Understanding the effects of small scale heterogeneity Xiaochun Li, Chinese Academy of Sciences; Philip H. Impact of fuel selection on techno-environmental on buoyancy driven CO migration for capillary trapped Results from MEA testing at the CO Technology Centre 2 Stauffer*, Los Alamos National Laboratory performance of post-combustion calcium looping process 2 storage capacity estimation Mongstad: Revised baseline for CO capture from gas applied to a cement plant 2 Prasanna Ganesan Krishnamurthy*, Luca Trevisan, Tip turbine based flue gas Wouter Schakel*, Andrea Ramirez, Utrecht University; Meckel, The University of Texas at Austin & Center for Guillaume Watson*, Shell Global Solutions International Transport: Networks, Logistics and Costs Gabriel Orregioni, Bhawna Singh, Anders Strømman, Frontiers of Subsurface Energy Security B.V; David Thimsen, Scott Hume, Andrew Maxson, Electric 2D Chairs: Chris Hendriks & Jasmin Kemper Norwegian University of Science and Technology Power Research Institute; Steinar Pedersen, Berit Fostås, Quantitative interpretation of trapping mechanisms of CO2 Statoil ASA; Toine Cents, Sasol Technology; Muhammad Considerations in the development of flexible CCS networks Application of a chilled ammonia-based process for CO2 at Nagaoka pilot project – A history matching study for 10- Ismail Shah, Erik Gjernes, Gassnova SF; Gerard Lombardo, Ben Wetenhall, Hamed Aghajani, Newcastle University; Julia capture to cement plants year post-injection Gassnova SF & CO Technology Centre Mongstad (TCM DA); Race, University of Strathclyde; Eve Sanchez- Fernandez, José-Francisco Pérez-Calvo*, Daniel Sutter, Matteo 2 Hajime Yamamoto*, Taisei Corporation; Takahiro Nakajima, Anne Morken, Leila Faramarzi, Espen Hamborg, Statoil ASA Mark Naylor, Mathieu Lucquiaud, Hannah Chalmers, Gazzani, Marco Mazzotti, Institute of Process Engineering, Ziqiu Xue, Research Institute of Innovative Technology for & CO Technology Centre Mongstad (TCM DA); Thomas de University of Edinburgh ETH Zurich 2 the Earth Cazenove, CO2 Technology Centre Mongstad (TCM DA) Developing a pilot case and modelling the development of Pilot demonstration – reporting on CO capture from a The impact of mineral dissolution on the relative 2 Results from 30 wt% MEA performance testing at the CO large European CO transport infrastructure - The GATEWAY cement plant using a hollow fiber membrane process 2 permeability and residual trapping of carbonate rocks 2 Technology Centre Mongstad H2020 project May-Britt Hägg*, Arne Lindbråthen, Xuezhong He, NTNU; Ben Niu*, Samuel Krevor, Imperial College Erik Gjernes*, Muhammad Ismail Shah, Gassnova SF; Jana P. Jakobsen*, Amy Brunsvold, Marie Bysveen, Elisabeth Tom Cantero, Svein G. Nodeland, Air Products AS Steinar Pedersen, Berit F. Fostås, Statoil ASA; Toine Cents, Vågenes*, SINTEF Energy Research; Charles Eickhoff, Using micro-positron emission tomography to quantify Sasol Technology; Guillaume Watson, Shell Global Solutions David Hanstock, Progressive Energy Ltd.; Tom Mikunda, Study of the post-combustion CO2 capture applied to multiphase flow and residual trapping in heterogeneous International B.; Gerard Lombardo, Gassnova SF & CO Filip Neele, TNO; Diana Schumann, Forschungszentrum conventional and partial oxy-fuel cement plants 2 reservoirs Technology Centre Mongstad (TCM DA); Coralie Desvignes, Jülich; Raphael Heffron, Queen Mary University of London Lionel Dubois, Sinda Laribi, Seloua Mouhoubi, Guy De Christopher Zahasky*, Sally M. Benson, Stanford University Weireld, Diane Thomas, University of Mons Nina Enaasen Flø, Thomas de Cazenove, CO2 Technology Centre Mongstad (TCM DA); Anne Kolstad Morken, Leila Linking the effect of reservoir injectivity and CO transport Impact of solid surface energy on wettability of CO -brine- 2 Faramarzi, Espen Steinseth Hamborg, Statoil ASA & CO 2 logistics in the Nordic Region 2 mineral systems as a function of pressure, temperature Technology Centre Mongstad (TCM DA) Jan Kjärstad*, Filip Johnsson, Chalmers University of Environmental Impacts of Geological Storage and salinity Technology; Ragnhild Skagestad, Nils Henrik Eldrup, Tel- 2F Chairs: Lee Spangler & Katherine Romanak Muhammad Arif*, Ahmed Barifcani, Stefan Iglauer, Curtin Degradation and emission results of amine plant operations Tek University Bravo Dome, New Mexico: Natural gas, stable isotope, and from MEA Testing at the CO2 Technology Centre Mongstad noble gas isotope analyses, and evidence of leakage from Ms. Anne Kolstad Morken*, Dr. Espen Steinseth Hamborg, CO2 transport by ship: the way forward in Europe Filip Neele*, Robert de kler, Michiel Nienoord, Stefan the western edge of the field Statoil ASA & CO2 Technology Centre Mongstad (TCM Demonstration Projects (2) DA); Mr. Steinar Pedersen, Statoil ASA; Mr. Kai Vernstad, 2C Chairs: Brian Allison & Ryozo Tanaka Belfroid, Lies Peters, Andries van Wijhe, Daniel Loeve, TNO; Sean Brennan*, U.S. Geological Survey Dr. Kolbjørn Zahlsen, SINTEF; Dr. Liang Zhu, Dr. Tomas Peter Brownsort, SCCS; Joris Koornneef, Ecofys Experimental and numerical study on gaseous CO leakage Mikoviny, University of Oslo Financing CCS demonstration projects: lessons learned 2 through shallow-depth layered porous medium: implication from two decades of experience Transport and storage of CO2 from lignitge fired power plant for leakage detection monitoring Results from aerosol measurement in amine plants treating Howard Herzog*, MIT in the Czech Republic gas turbine and refinery catalytic cracker flue gases at the Geir Skaugen*, Simon Roussanaly, Jana Jakobsen, SINTEF; Seung-wook Ha*, Won-Tak Joun, So-yoon Lee, Kang-Kun Lee, Seoul National University CO2 Technology Centre Mongstad Overview of CCS demonstration project business models: Ladislav Vesely, Monika Vitvarova, Czezh, Technical Gerard Lombardo*, Anne Morken, Kolstad, Odd Arne University in Prague Risks and Enablers on the two sides of the Atlantic What may be the consequences of a CO leakage? Insights Hvidtsten, Espen Hamborg Steinseth, TCM DA; Berit F. 2 Zoe Kapetaki*, Jelena Simjanovic, Global CCS Institute from soil gas measurements in an urban area – Clermont- Fostås, Statoil ASA; Muhammad Ismail Shah, Gassnova Ferrand, French Massif Central. SF; Jan Mertens, Laborelec Tomakomai CCS demonstration project of Japan, CO 2 Frederick Gal*, Eric Proust, Gaetan Bentivegna, Steve injection in process Leconte, Louis De Lary De Latour, Annick Loschetter, BRGM; Field demonstration of advanced CDRMax solvent at the Industrial Sources: Advances in Mr. Yutaka Tanaka*, Mr. Yoshihiro Sawada, Mr. Daiji Zbigniew Pokryszka, INERIS; Bernard Collignan, CSTB US-DOE’s National Carbon Capture Center and Technology Tanase, Mr. Toshikazu Ito, Mr. Tetsuo Kasukawa, Japan 2E Cement Capture Technologies Centre Mongstad, Norway CCS Co., Ltd. Chairs: Anette Mathisen & Liv Bjerge Risk of Geologic Sequestration of CO2 to Groundwater Prateek Bumb*, Avinash N. Patkar, Ramesh Kumar, Aquifers: Current Knowledge and Remaining Questions Integration of Ca-Looping systems for CO capture in Richard Mather, Carbon Clean Solutions Limited; Frank U.S.DOE/NETL Carbon Storage Program: advancing 2 Amanda Lawter, Nik Qafoku*, R. Matthew Asmussen, Diana cement plants Morton, Justin Anthony, Southern Company science and technology to support commercial Bacon, Chris Brown, Pacific Northwest National Laboratory deployment Maurizio Spinelli, Isabel Martínez, De Lena Edoardo, Traci Rodosta*, Grant Bromhal, National Energy Manuele Gatti, Stefano Campanari, Stefano Consonni, Design and construction of groundwater monitoring network Matteo Carmelo Romano*, Politecnico di Milano; Giovanni Technology Laboratory; Darin Damiani, U. S. Department at shallow-depth CO2 injection and leak test site, Korea of Energy Cinti, C.T.G., Italcementi Group; Matthias Hornberger, Seong-sun Lee, Hong-Hyun Kim, Won-Tak Joun, Kang-Kun Lee, Seoul National University GHGT-13 GHGT-13 22 www.ghgt.info www.ghgt.info 23 ORAL SESSION DETAILS ORAL SESSION DETAILS TECHNICAL SESSION 3 | TUESDAY 15 NOVEMBER | 16:10 - 17:50 TUESDAY 15 NOVEMBER | 16:10 - 17:50 | TECHNICAL SESSION 3

Operating experience in la Pereda 1.7 MWth Calcium Laboratory characterisation and modelling to Oxy-combustion (2) Looping pilot PANEL DISCUSSION examine CO2 storage and enhanced oil recovery in an 2G Chairs: Andrea Ramirez & Kari Myöhänen Borja Arias, Maria Elena Diego, Alberto Méndez, Juan 3C unconventional tight oil formation Carlos Abanades*,CSIC-INCAR; Luis Díaz, María Lorenzo, Moderator: James Sorensen*, Steven Hawthorne, Lu Jin, Bethany Demonstration of the Allam Cycle: an update on the HUNOSA; Andres Sánchez-Biezma, Endesa Generación Sean McCoy, Lawrence Kurz, Nick Bosshart, Steven Smith, Charles Gorecki, development status of a high efficiency supercritical carbon Livermore National Laboratory Edward Steadman, John Harju, University of North dioxide power process employing full carbon capture Risk Assessment for Geological Storage Panelists: Niall Mac Dowell, Howard Herzog, Dakota Energy & Environmental Research Center Rodney Allam*, Jeremy Fetvedt, Mr. Brock Forrest, Mr. Scott 3B Chairs: John Hamling & Owain Tucker Machteld van den Broek, Casie Davidson, Martin, 8 Rivers Capital; Mr. Takashi Sasaki, Mr. Masao Simulation of CO storage into methane hydrate Jonas Helseth 2 Itoh, Toshiba Corporation reservoirs, non-equilibrium approach A comparison of FEP-analysis and barrier analysis for CO2 leakage risk assessment on an abandoned Czech oilfield Khadijeh Qorbani*, Bjørn Kvamme, University of Oxy-turbine for power plant with CO capture Creating value for CCS in 2 case Bergen, Norway Noemi Ferrari*, Luca Mancuso, Amec Foster Wheeler; John Øystein Arild*, Eric P Ford, Hans P Lohne, International future energy systems Davison, IEAGHG, Paolo Chiesa, Emanuele Martelli, Matteo Research Institute of Stavanger; Vaclava Havlova,UJV Řež Romano, Politecnico di Milano Capture in Industry Energy systems models that deploy CCS typically 3E Chairs: Chris Hendriks & Lionel Dubois Monetizing leakage risk with secondary trapping in do so in order to minimize the total cost of Oxy-combustion carbon capture for pulverised coal in the intervening stratigraphic layers meeting energy demands, subject to exogenous Techno-economic evaluation of deploying CCS in SMR integrated environmental control model Jeffrey Bielicki*, The Ohio State University; Hang Deng, emissions constraints or rising carbon prices. based merchant H production with NG as feedstock and Kyle Borgert, U.S. EPA; Edward Rubin*, Carnegie Mellon 2 Jeffrey Fitts, Catherine Peters, Princeton University; Perhaps taking a que from these models, many fuel University Elizabeth Wilson, University of Minnesota in the CCS community have expected that Stanley Santos*, IEAGHG; Guido Collodi, Giuliana Azzaro, carbon pricing will be the principle driver of CCS Noemi Ferrari, Amec Foster Wheeler Italiana S.r.l Oil heavy residues oxy-combustion with CO capture 2 Informing geologic CO storage site management decisions deployment. In reality, however, governments demonstration project and perspectives 2 under uncertainty: demonstration of NRAP’s Integrated have implemented by a range of overlapping Application of the DMXTM CO Capture Process in Steel Mourad Younes*, Aqil Jamal, Tidjani Niass,Saudi Aramco; 2 Assessment Model (NRAP-IAM-CS) Application mechanisms that don’t always include carbon Industry Armand Levasseur, Olaf Stallmann, Gianluca Di Federico, Rajesh Pawar*, Philip Stauffer, Shaoping Chu, George pricing carbon pricing and, where carbon pricing Matthieu Dreillard*, Patrick Briot, Thierry Huard, Kader GE Guthrie, Los Alamos National Laboratory; Robert Dilmore, exists, prices have been highly variable. At the Lettat, Paul Broutin, IFP Energie Nouvelles Grant Bromhal, National Energy Technology Laboratory; same time, the markets in which CCS may be Development of high-efficiency oxy-fuel IGCC system Yingqi Zhang, Curtis Oldenburg, Lawrence Berkeley used are dynamic and the prices of alternative Start-up of Port Jérôme CRYOCAP™ plant: optimised Yuso Oki*, Hiroyuki Hamada, Makoto Kobayashi, Isao Yuri, National Laboratory abatement options are changing rapidly. In this cryogenic CO capture from H plants Saburo Hara, CRIEPI 2 2 session, panelists will explore the impacts of Delphine Pichot*, Ludovic Granados, Thomas Morel, government policies and shifting markets on The genesis of the CO2 storage resource management Audrey Schuller, Richard Dubettier, Air Liquide Global E&C system (SRMS) the potential for CCS deployment, metrics that Solutions France can be used to measure the value of CCS in Capture Pilot and Demonstration Projects Scott Frailey*, Illinois State Geological Survey; George Koperna, Advanced Resources International, inc; Owain different applications, and future directions for Cost effective CO reduction in the Iron & Steel Industry by 3A Chairs: Frank Morton & John Litynski 2 Tucker, Shell Global Solutions technology innovation to better position CCS in means of the SEWGS technology: STEPWISE project these markets. KM CDR process project update and the new novel solvent Eric Van Dijk*, Paul Cobden, ECN; Magnus Lundqvist, Risk-based monitoring network design for geologic carbon development Swerea Mefos; Calin-Cristian Cormos, Universitatea sequestration sites Osamu Miyamoto, Cole Maas, Mitsubishi Heavy Industries Babes-Bolyai; Mike J. Watson, Johnson Matthey Technology Ya-Mei Yang, Robert Dilmore, Grant Bromhal*, National Other Storage America, Inc; Tatsuya Tsujiuchi, Masayuki Inui, Takuya Centre; Giampaolo Manzolini, Politecnico di Milano; Mathijs Energy Technology Laboratory; Kayyum Mansoor, Susan 3D Chairs: Howard Herzog Hirata*, Hiroshi Tanaka, Takahito Yonekawa, Takashi Preenen, Kisuma Chemicals; Luca Mancuso, Amec Foster Carroll, Lawrence Livermore National Laboratory; Mitchell Wheeler Italiana S.r.l; Jeremey Johns, Tata Steel UK Kamijo, Mitsubishi Heavy Industries, Ltd Residual oil zone “Fairways”: a new option for carbon Small, Carnegie Mellon University Consulting Lt; Bo Sundelin, SSAB negative storage of CO2 Chilled ammonia process scale-up and lessons learned Vello Kuuskraa*, Robin Petrusak, Matthew Wallace, Chemical looping technologies for steam methane Barath Baburao*, Sanjay Dube, David Muraskin, Steve Advanced Resources International, Inc. reforming with CO capture: thermodynamic assessment Bedell, GE Power 2 and economic comparison A two-step CO mineralization process 2 Vincenzo Spallina*, Ahmed Shams, Alessandro Battistella, Developing CCS in the UK and beyond: insights from the Subrahmaniam Hariharan*, Clemens Leopold, Mischa Fausto Gallucci, Martin van Sint Annaland, Eindhoven UK CCS Research Centre Repmann-Werner, Marco Mazzotti, ETH Zurich Ciara O’Connor, Hannah Chalmers*, Bruce Adderley, Jon University of Technology Gibbins, UK CCS Research Centre Carbonation of steel slags: testing of the wet route in a pilot-scale reactor Fluor’s econamine FG Plus completes test program at Renato Baciocchi*, Giulia Costa, Paola Librandi, Uniper’s Wilhelmshaven coal power plant University of Rome; Stefano Stendardo, ENEA Satish Reddy*, Joseph Yonkoski*, Fluor Enterprises Inc; Helmut Rode, Robin Irons, Wolfgang Albrecht, Uniper Technologies GmbH GHGT-13 GHGT-13 24 www.ghgt.info www.ghgt.info 25 ORAL SESSION DETAILS ORAL SESSION DETAILS TECHNICAL SESSION 4 | WEDNESDAY 16 NOVEMBER | 09:10 - 10:50 WEDNESDAY 16 NOVEMBER | 09:10 - 10:50 | TECHNICAL SESSION 4

Palladium (Pd) membranes as key enabling technology for Well integrity assessment of monitoring wells at an active A comparison of the global advancement of CCS Geomechanics II pre-combustion CO2 capture and hydrogen production CO2-EOR flood deployment through key indicators 3F Chairs: Nicolas Huerta Thijs Peters*, Marit Stange, Ole Martin Løvvik, Rune Andrew Duguid*, Batelle; Boyun Guo, University of Louisiana Christopher Consoli*, Ian Havercroft, Lawrence Irlam, Bredesen, SINTEF; Frode Roness, Torkild Reinertsen, at Lafayette; Runar Nygaard, Missouri University of Science Global CCS Institute From fracture gradient to the spectrum of lost-circulation Reinertsen AS and Technology pressures: a paradigm shift? The value of CCS under current policy scenarios: INDCs Alexandre Lavrov*, SINTEF Petroleum Research Liquid Biphasic Solvents and beyond Pressure induced deformation and flow using CO field 4A Chairs: Mohammad Abu Zahra & Shujuan Wang Casie Davidson*, Robert Dahowski, Pacific Northwest 2 4C PANEL DISCUSSION analogues, Utah National Laboratory; Haewon McJeon, Leon Clarke, Elin Skurtveit*, Guillaume Sauvin, Norwegian Geotechnical Marshall Wise, Page Kyle, Joint Global Change Research CO2 capture with liquid-liquid phase change solvents: a Moderator: John Litynski, U.S. DOE Institute Institute (NGI); Alvar Braathen, Eivind B Larsen, University thermodynamic study Panelists: Takashi Kamijo, Chang-Keun YI, of Oslo Muhammad Waseem Arshad*, Nicolas von Solms, Kaj Jerrad Thomas, Roy Vardheim, Olaf Stallman, Thomsen, Technical University of Denmark Can fault leakage occur before or without reactivation? Krish Krishnamurthy, Abhoyjit Bhown Results from an in situ fault reactivation experiment at Negative Emissions (1) Benchmarking of the DMXTM CO2 capture process Mont Terri Paul Broutin*, Patrick Briot, IFP Energies Nouvelle; Sören 4E Chairs: Noah Diech & Matteo Gazzani Yves Guglielmi, Jens Birkholzer*, Jonny Rutqvist, Pierre Ehlers, Alfons Kather, TUHH Large Scale (10+MWe) Carbon Jeanne, Lawrence Berkeley National Laboratory; Christophe An adaptive management system for sustainable bioenergy

Nussbaum, Federal Office of Topography, Swisstopo Non-aqueous solvent (NAS) CO2 capture process Capture Pilots with carbon capture and storage (BECCS) Geomechanical monitoring of caprock and wellbore James Zhou*, RTI International Nasim Pour*, Paul Webley, Peter Cook, University of integrity using fiber optic cable: Strain measurement from This session will highlight efforts of several Melbourne Rate of absorption for CO2 absorption systems using a the fluid injection and extraction field tests wetted wall column companies to test 2nd generation carbon capture Negative CO emissions with chemical looping combustion Ziqiu Xue*, Tsutomu Hashimoto, Research Institute of Helena Svensson, Hanna Karlsson*, Lund University technologies at the large pilot scale as well as 2 Innovative Tech for the Earth the advanced computing efforts to enable rapid of biomass – a Nordic Energy Research Flagship Project Liquid-solid solubility in AMP-KSAR-CO -H O System Magnus Rydén*, Anders Lyngfelt, Chalmers University of Investigation of caprock integrity due to pressure build-up 2 2 scaling of these technologies to the commercial Ugochukwu E. Aronu*, SINTEF; Xiaoguang Ma, Norwegian Technology; Øyvind Langørgen, SINTEF Energy Research; during high-volume injection into the Utsira formation scale. Reducing the cost of carbon capture is a University of Science and Technology Yngve Larring, SINTEF Materials and Chemistry; Anders Sarah E. Gasda*, Maria T. Elenius, Uni Research CIPR; critical step to enabling wide scale deployment of CCS. Several countries and industrial partners Brink, Åbo Akademi University; Sebastian Teir, VTT Magnus Wangen, Institute for Energy Technology; Tore Technical Research Center of Finland Ltd; Hallstein Havåg, Ingvald Bjørnarå, Norwegian Geotechnical Institute have been supporting the development of second Wellbore Integrity generation carbon capture technologies that can The Bellona Foundation; Per Karmhagen, Sibelco Nordic Chairs: 4B Bill Carey & Mike Carpenter significantly reduce the capital and/or operating AB Membranes costs. Coupling these efforts with recent advances Techno-economic evaluation of retrofitting CCS in an 3G Chairs: Dianne Wiley & Hallvard Svendsen Avoiding damage of CO2 injection wells caused by in system modelling and super computing resources temperature variations is speeding the rate at which these systems can go integrated pulp and board mill – case studies Membrane properties required for cost-competitive Malin Torsæter*, Jelena Todorovic, Alexandre Lavrov, from 1st-of-a-kind to nth-of-a-kind by optimizing the Kristin Onarheim*, Petteri Kangas, VTT Technical Research Kamila Gawel, SINTEF Petroleum Research; Halvor Lund, Centre of Finland, Ltd.; Stanley Santos, IEAGHG; Ville post-combustion CO2 capture from industry and power system integration with the new and existing power generation Lawrence Livermore National Laboratory; Pratanu Roy, plants. These technologies will be available for Hankalin, ÅF Consult Oy Simon Roussanaly*, Rahul Anantharaman, Brede Hagen, Susan Carroll, Lawrence Livermore National Laboratory commercial demonstration before 2020. Reduced local emissions and long-term carbon storage Jana Jakobsen, SINTEF Energy Research through pyrolysis of agricultural waste and application of Corrosion and failure assessment for CO2-EOR and pyrolysis char for soil improvement Revolutionizing solvent absorption through membrane associated storage in the Weyburn Field CCS and Global Climate Policies Tobias Pröll*, Rafat Al Afif, Christoph Pfeifer, University of contactors Jason Laumb*, John Hamling, Kyle Glazewski, Alexander 4D Chairs: Ward Goldthorpe & Tim Dixon Natural Resources and Life Sciences, Vienna Colin Scholes*, Sandra Kentish, Geoff Stevens, University Azenkeng, University of North Dakota Energy & of Melbourne; David deMontigny, University of Regina Environmental Research Center; Theresa Watson, T.L. Capturing CO from biogas fuelled power generation The politics of large-scale CCS deployment 2 Energy penalty of a single stage gas permeation process Watson & Associates Hailong Li*, Mälardalen University; Yuting Tan, Royal Juho Lipponen*, Samantha McCulloch, Simon Keeling, Institute of Technology; Mario Ditaranto, SINTEF Energy; for CO2 capture in postcombustion: a rigorous parametric Tristan Stanley, International Energy Agency analysis of temperature, humidity and membrane The role of geological barriers in achieving robust well Jinying Yan, VattenFall AB; Zhixin Yu, University of Stavanger integrity performances Can CCS unlock ‘unburnable carbon’? Matteo Loizzo*, Matteo Loizzo; Brice Lecampion, Ecole Denis Roizard*, Lorena Giordano, Eric Favre, Roda Sara Budinis*, Adam Hawkes, Niall Mac Dowell, Samuel Polytechnique Fédérale de Lausanne (EPFL); Sofia Bounaceur, CNRS, Université de Lorraine Krevor, Imperial College London; Tim Dixon, Jasmin Mogilevskaya, University of Minnesota Kemper, IEAGHG Development of CO2 molecular gate membranes for IGCC process with CO2 capture Epoxy-modified Portland cement: effect of the resin Exploring the 2oC target scenarios by considering climate Teruhiko Kai*, Duan, Fuminori Ito, Satoshi Mikami, hardener on the chemical degradation by carbon dioxide benefits and health benefits – role of biomass and CCS Yoshinobu Sato, Shin-ichi Nakao, Research Institute of Alessandra Baldissera, Marta Schutz, Felipe Vecchia, Tatsuya Hanaoka*, Toshihiko Masui,National Institute for Innovative Technology for the Earth (RITE) Marcus Seferin, Rosane Ligabue*, Sandra Einloft, PUCRS; Environmental Studies Sonia Menezes, CENPES/PETROBRAS GHGT-13 GHGT-13 26 www.ghgt.info www.ghgt.info 27 ORAL SESSION DETAILS ORAL SESSION DETAILS TECHNICAL SESSION 5 | WEDNESDAY 16 NOVEMBER | 09:10 - 10:50 WEDNESDAY 16 NOVEMBER | 11:20 - 13:00 | TECHNICAL SESSION 5

Development of high-performance CaO-based CO2 Injectivity sorbents supported with MgO The Australian South West Hub Project: Developing a Chairs: 4F Karsten Michael & Charlie Gorecki Andac Armutlulu*, Muhammad Awais Naeem*, Agnieszka storage project in unconventional geology CCS and National Energy and Climate Kierzkowska, Marcin Broda, Christoph Müller, ETH Zurich Sandeep Sharma*, Carbon Projects Pty Ltd; Dominique 5D Policies Experimental and numerical simulation of the injection of a Van Gent, The Department of Mines and Petroleum, WA Chairs: Sam McCulloch

CO2 saturated solution in a carbonate reservoir: application Packed bed Ca-Cu looping process integrated with a natural Government; Martin Burke, Louise Stelfox, The Department

to the CO2-DISSOLVED concept combining CO2 geological gas combined cycle for low emission power production of Mines and Petroleum WA Government What is the value of CCS in the future energy system? storage and geothermal heat recovery Michela Martini, Fausto Gallucci, Martin van Sint Annaland, Clara Heuberger*, Niall Mac Dowell, Iain Staffell, Nilay Aurélien Randi*, Jérôme Sterpenich, Jacques Pironon, Eindhoven University of Technology; Isabel Martinez, Shah, Imperial College London Probabilistic approach to CO2 plume mapping for GeoRessources lab-CNRS-Université de Lorraine; Matteo Romano, Paolo Chiesa, Politecnico di Milano prospective storage sites: The CarbonNet experience Dominique Thierry, Christophe Kervevan, BRGM Nick Hoffman*, Geoff Collins, The CarbonNet Project; How does changing the penetration of renewables Laurent Alessio, Leap Energy Partners Sdn. Bhd. and flexibility measures affect the economics of CCS Using pressure recovery at a depleted gas field to penetration? understand saline aquifer connectivity Solvent and configuration modelling Static earth modelling of diverse Michigan Niagaran Reefs Sara Lupo*, University of Edinburgh; David M Reiner*, Michelle Bentham*, Hayley Vosper, David Noy, John Chairs: Mohammad Abu Zahra & Mohammed and the implications for CO storage University of Cambridge 5A 2 Williams, Andrew Chadwick, Karen Kirk , British Geological Pourkashanian Autumn Haagsma*, Glenn Larsen, Amber Conner, Mark Survey; Gareth Williams, British Geological Survey, The Relevance of carbon capture and sequestration in India’s Energy analysis of an absorption-based CO capture Kelley, Neeraj Gupta, Battelle; Matthew Rine, Western Lyell Centre 2 Michigan University; Charlotte Sullivan, Pacific Northwest energy mix to achieve the reduction in emission intensity process by 2030 as per INDCs Huiyong Kim*, Kwang Soon Lee, Sogang University National Laboratory; Allen Modroo, Core Energy, LLC TBC AR Akash*, Anand Rao*, Sanket Jaiswal, Munish Chandel, Indian Institute of Technology Bombay Influence of pKa and amine structure on energy Multiphase Modelling of Wormhole Formation in consumption of post-combustion CO capture processes PANEL DISCUSSION Carbonates from Core Scale to Well Scale 2 5C Policy Innovation for Offshore CO Transport and Storage Kevin G. Joback, Molecular Knowledge Systems; J.R. 2 Jeroen Snippe*,Shell Global Solutions International Deployment Heberle*, Abhoyjit S. Bhown, Electric Power Research Moderators: Susan Hovorka & Tim Dixon Ward Goldthorpe*, Shabana Ahmad, Sustainable Decisions Institute Panelists: Anne-Kari Furre, Philip Ringrose, Relative Permeability of Williston Basin CO2 Storage Targets Limited & The Crown Estate Steven Smith*, Christopher Beddoe, Erick Zacher, Loreal Tip Meckel, Sim Caluyong Stripping of CO in post-combustion capture with chemical Heebink, Bethany Kurz, Wesley Peck, Charles Gorecki, 2 Fighting climate change in the energy sector – a holistic solvents: intensification potential of hollow fibre membrane University of North Dakota Energy & Environmental view contactors Research Center How do we transfer learnings Gianfranco Guidati*, Charles Soothill, General Electric David Albarracin Zaidiza*, Bouchra Belaissaoui, Denis (Switzerland) GmbH Roizard, Eric Favre, Sabine Rode, LRGP from 20 years at Sleipner Novel absorber contacting schemes using aqueous globally? CO2-EOR: Lab & Field Studies piperazine for CO2 capture from NGCC flue gas 5E Chairs: Neeraj Gupta & Filip Neele Darshan Sachde, Gary Rochelle*, The University of Texas 2016 is the 20th Anniversary of the pioneering CCS Calcium Looping at Austin project at Sleipner in the North Sea, offshore Norway. Carbon utilization: capillary trapping of CO2 in oil fields 4G Chairs: Jochen Stoehle & Peter Jansohn By 2016 the Sleipner project had stored 16 Mt of CO2 Ali Al-Menhali*, Samuel Krevor, Imperial College London Simulations of various configurations of the post- in the Utsira sandstone formation which, with the

Long-term carbonate looping testing in a 1 MWth pilot combustion CO2 capture process applied to a cement plant addition of 4 Mt from the Snøhvit CCS project, gets Effects of reservoir temperature and percent levels of plant with hard coal and lignite flue gas: parametric study with different solvents Norway past the 20Mt stored offshore milestone. A methane and ethane on CO2/oil mmp values as determined Martin Helbig*, Jochen Hilz, Martin Haaf, Alexander Lionel Dubois*, Diane Thomas, University of Mons workshop on Offshore CCS was held at BEG in Austin using vanishing interfacial tension/capillary rise Daikeler, Jochen Stroehle, Bernd Epple, Energy Science in April 2016. This brought together those who are Steven Hawthorne*, David Miller, James Sorensen, Charles and Technology, TU Darmstadt, Germany doing offshore CCS to share knowledge with those Geological Site Characterisation Gorecki, Edward Steadman, John Harju, University of North who are interested in doing, and facilitating countries Dakota Energy & Environmental Research Center Modelling a calciner with high inlet oxygen concentration 5B Chairs: Ed Menhert & Isabelle Czernichowski to identify their specific issues, challenges, and for a calcium looping process Moved to 4G opportunities. This discussion panel will review the Interpretation of tracer experiments on inverted five-spot CO storage: setting a simple bound on potential leakage Jarno Parkkinen*, Kari Myöhänen*, Timo Hyppänen, 2 learnings from Sleipner, and in the light of the needs well-patterns within the western half of the Farnsworth Unit Lappeenranta University of Technology; Juan Carlos through thick offshore overburden successions of other countries identified in the offshore workshop oil field Abanades, Borja Arias, Spanish Research Council, CSIC- Andrew Chadwick*, Gareth Williams, David Noy, British – especially developing countries – this panel will Mark White*, Pacific Northwest National Laboratory; Rich INCAR Geological Survey discuss how best to transfer learnings globally. Esser, Brian McPherson, Pete Rose, University of Utah; Robert Balch, Ning Liu, Leonard Garcia, William Ampomah, Selecting the best CO storage aquifers in the Nordic Medium temperature desulfurisation for oxyfuel and 2 Petroleum Recovery Research Center, New Mexico Tech regenerative calcium cycle countries Wuyin Wang*, GE Power, Meher Sanku, Christian Hulteberg Per Eirik Strand Bergmo*, Benjamin Udo Emmel, SINTEF Hans T. Karlsson, Hanna Karlsson, Lund University; Michael Petroleum Research; Karen Lyng Anthonsen, Geological Balfe Olaf Stallmann, GE Carbon Capture GmbH Survey of Denmark and Greenland; Per Aagaard, University of Oslo; Gry Möl Mortensen, Geological Survey of Sweden

GHGT-13 GHGT-13 28 www.ghgt.info www.ghgt.info 29 ORAL SESSION DETAILS ORAL SESSION DETAILS TECHNICAL SESSION 6 | WEDNESDAY 16 NOVEMBER | 11:20 - 13:00 WEDNESDAY 16 NOVEMBER | 16:00 - 17:40 | TECHNICAL SESSION 6

Impact of CO2 impurity on mmp and oil recovery Comparison of design options for encapsulated solvent performance of bell creek oil field Chemical looping combustion (1) processes for CO capture Chairs: Anders Lyngfelt & Jasmin Kemper 2 PANEL DISCUSSION Lu Jin*, Lawrence Pekot, Steven Hawthorne, Nicholas 5G Dianne Wiley*, Minh Ho, CO2CRC, UNSW & The University 6C Bosshart, Tao Jiang, John Hamling, Charles Gorecki, of Sydney; Anggit Raksajati, CO2CRC & UNSW Edward Steadman, John Harju, University of North Dakota The EU-FP7 project SUCCESS – Scale-up of oxygen carrier Moderators: Lynn Brickett & Mark Crombie for chemical looping combustion using environmentally Panelists: Gary Rochelle, David Heldebrant, Energy & Environmental Research Center; Brian Gobran, Solid formation in ammonia-based processes for CO2 Allan Greeves, Denbury Onshore sustainable materials capture – Turning a challenge into an opportunity Tim Merkel, Paul Webley, Carlos Abanades, Stefan Penthor*, Hermann Hofbauer, Vienna University of Daniel Sutter*, Matteo Gazzani, José-Francisco Pérez- Anders Lyngfelt Technology;Tobias Mattisson, Anders Lyngfelt, Chalmers Pilot Scale CO2-EOR in Mississippian carbonate reservoir Calvo, Clemens Leopold, Federico Milella, Marco Mazzotti, at Wellington Field in South-Central Kansas University of Technology, Juan Adánez, Instituto de ETH Zurich Yevhen Holubnyak*, Willard Watney, Jason Rush, Mina Carboquímica (CSIC); Stéphane Bertolin, IFP Energies Will advanced technologies Fazelalavi, Kansas Geological Survey; Dana Wreath, Nouvelles; Enrica Masi, Polytechnique de Toulouse; Mass transfer studies on catalyst aided desorption using a Berexco LLC Yngve Larring, Øyvind Langørgen, SINTEF Jochen Ströhle, blended solvent in a post combustion capture plant significantly reduce the cost of Technische Universität Darmstadt; Frans Snijkers, Lieve Priscilla Osei*, Ananda Akachuku, Benjamin Decardi- Capture? Geerts, Flemish Institute of Technological Research (VITO); Nelson, Wayuta Srisang, Fatima Pouryousefi, Raphael Knuth Albertsen, Euro Support Advanced Materials; Gareth Monitoring - deployment of time Idem, Paitoon Tontiwachwuthikul, CETRI, University of Williams, Johnson Matthey; Otmar Bertsch, Bertsch Energy Regina This panel discussion will address the 5F lapse seismic GmbH & Co KG; Olivier Authier, EDF R&D Lab Chatou; potential of advanced technologies to Chairs: Linda Stalker & Ziqiu Xue Ytalo Dávila, Shell Global Solutions International, Mahdi Comparison of the kinetic promoters piperazine and reduce significantly the cost of mature CO2 Yazdanpanah, TOTAL, Research & Technology; Tobias Pröll, carbonic anhydrase for CO2 absorption capture technologies for combustion of coal Stage 2C of the CO2CRC Otway project: seismic monitoring University of Natural Resources and Life Sciences Vienna Arne Gladis*, Maria Gundersen, John Woodley, Nicolas von and natural gas. Amine scrubbing will be operations and preliminary results Solms, Technical University Denmark Roman Pevzner*, Milovan Urosevic, Konstantin Chemical looping combustion of methane using a copper- taken as a benchmark for comparisons. This Tertyshnikov, Boris Gurevich, Stanislav Glubokovskikh, based oxygen carrier in a 150 kW reactor system is of special interest for policy makers who Dmitry Popik, Julia Corea, Anton Kepic, Curtin University Øyvind Langørgen*, Inge Saanum, Nils Erland L. Haugen, Geological Storage Case Studies (1) must allocate research resources between SINTEF Energy Research; Vincent Thoréton, NTNU and CO2CRC; Valeriya Shulakova, CSIRO and CO2CR; Barry 6B Chairs: Ton Wildenborg advanced technologies that promise Freifeld, Michelle Robertson, Tom Daley, Lawrence Berkley breakthrough and intensification research National Laboratory; Rajindar Singh, CO2CRC Comparative evaluation of the performance of coal Geological reservoir characterization and modelling of combustion in a 50 kWth Chemical Looping Combustion a CO storage aquifer: A case study of the Nagaoka site, to enhance the utility and reduce the cost unit with ilmenite or iron ore as oxygen carrier 2 Time-lapse seismic analysis for Gao 89 area of CO2-EOR Japan of amine scrubbing. Amine scrubbing is project in SINOPEC Shengli Oilfield, China Alberto Abad*, Pilar Gayán, Francisco García-Labiano, Takuma Ito*, Takahiro Nakajima, Ziqiu Xue, Research approaching its thermodynamic limits in Luis F. de Diego, José A. Bueno, Mr. Raúl Pérez-Vega, Juan Haofan Wang*, Jinfeng Ma, Lin Li, Lingyun Jia, Northwest Institute of Innovative Technology for the Earth reducing energy use, but has potential University; Mingyou Tan, Shiling Cui, Yunyin Zhang, Zhipeng Adánez, Instituto de Carboquimica (CSIC) Qu, Geophysical Research Institute of SINOPEC Shengli for reduced capital cost and still needs to Numerical simulation of the CO2 behaviour to obtain a Oilfield Company A prototype of cellular chemical-looping combustor for CO2 detailed site characterisation: A case study at Nagaoka fully resolve challenges on environmental separation pilot-scale injection site impact. Advanced technologies claim Hui Hong, Hongguang Jin, Hao Zhang, Yanan Deng, Multi-scale seismic measurements for CO2 monitoring in Takahiro Nakajima*, Takuma Ito, Ziqiu Xue, Research to further reduce energy use and offer University of Chinese Academy of Sciences EOR/CCUS project Institute of Innovative Technology for the Earth unknown opportunities to reduce capital George El-Kaseeh*, Bob Will, Schlumberger Carbon cost and present unknown challenges with Services; Robert Balch, Petroleum Recovery Research Chemical-Looping Combustion of Solid Fuels – status and An improved history-match for layer spreading within the Center; Reid Grigg, Southwest Partnership recent progress Sleipner plume including thermal propagation effects regards to impurities and environmental Anders Lyngfelt*, Carl Linderholm, Chalmers University of Gareth Williams*, Andy Chadwick, British Geological Survey impact Assessment of the limitations on the seismic detectability Technology of injected CO within a deep geological reservoir 2 4-D seismic monitoring of injected CO2 enhances geological Lisa Aretha Nyala Roach*, Doug Angus, University of Alternative Solvents interpretation, reservoir simulation, and production Leeds; Don White, Geological Survey of Canada 6A Chairs: Paul Broutin & Mohammad Abu Zahra operations Olarinre Salako*, Shaughn Burnison, John Hamling, Research and development of a permanent OBC system Micro-encapsulation of non-aqueous solvents for energy- Charles Gorecki, University of North Dakota Energy & for time-lapse seismic survey and microseismic monitoring efficient carbon capture Environmental Research Center; Sarah Reed, Denbury at the offshore CO storage sites 2 Joshuah Stolaroff*, Congwang Ye, James Oakdale, Sarah Resources Inc. Ziqiu Xue*, Tetsuma Toshioka, Research Institute of Baker, Du Nguyen, William Smith, Roger Aines, Lawrence Innovative Tech for the Earth; Naoshi Aoki, Yoshiaki Livermore National Laboratory CO2 storage site characterisation using combined regional Kawabe, Japan Geosience Institute Inc. Daiji Tanase, and detailed seismic data: Harvey, Western Australia Japan CCS Co Sasha Ziramov*, Milovan Urosevic, Stanislav Glubokovskikh, Roman Pevzner, Konstantin Tertyshnikov, Anton Kepic, Boris Gurevich, Curtin University

GHGT-13 GHGT-13 30 www.ghgt.info www.ghgt.info 31 ORAL SESSION DETAILS ORAL SESSION DETAILS TECHNICAL SESSION 6 | WEDNESDAY 16 NOVEMBER | 16:00 - 17:40 THURSDAY 17 NOVEMBER | 09.10-10.50 | TECHNICAL SESSION 7

Large scale tertiary CO2-EOR in mature water flooded Modeling amine aerosol growth at realistic pilot plant Capture System Studies (1) Norwegian oil fields Chemical Looping Combustion (2) conditions Chairs: 6D Chairs: Keith Burnard & Dianne Wiley Erik Lindeberg*, Alv-Arne Grimstad, Per Bergmo, Torleif 6G Tobias Pröll & Martin van Sint Annaland Yue Zhang*, Steven Fulk, Gary Rochelle, The University of Holt, Dag Wessel-Berg, Malin Torsæter, SINTEF Petroleum Texas at Austin; Jia-Lin Kang, National Tsing Hua University Techno-economic performance of state of the art, highly Research Development of the three-tower chemical looping coal integrated oxyfuel technology for low-CO2 coal-fired combustion technology Prevention of mist formation in amine based carbon electricity production TBC Keiichiro Hashimoto*, Shiying Lin, Tomonao Saito, Japan capture: field testing using a Wet ElectroStatic Precipitator Mijndert Van Der Spek*, Andrea Ramirez, Copernicus Coal Energy Center (WESP) and a Gas-Gas-Heater (GGH) Institute of Sustainable Development; Ragnhild Skagestad, Jan Mertens*, Pieter Rogiers, Julien Blondeau, Laborelec, Nils Eldrup, Tel-Tek Improvement of “near-term” fluidized bed chemical looping ENGIE; Purvill Khakharia, Earl Goetheer, TNO; Bernd combustion for power generation Schallert, E.ON Technologies GmbH; Karlheinz Schaber, Multi-period optimisation of a decarbonised CCGT power Junming Fan*, Hui Hong, Hongguang Jin, Chinese Academy Karlsruhe Institute of Technology (KIT) plant for flexible operation with exhaust gas by pass, of Sciences solvent storage and varying solvent regeneration Monitoring Leakage - Near Surface Evgenia Mechleri*, Paul Fennell, Niall Mac Dowell, Imperial 6F Chairs: Randy Locke & Andrew Feitz The internally circulating reactor (ICR) concept applied to Geological Storage Case Studies (2) College London chemical looping processes 7B Chairs: Matthias Raab & Sally Benson

Repowering options for complying with Canadian CO2 Towards a method for leakage quantification and Abdelghafour Zaabout*, SINTEF Materials and Chemistry emission intensity limits on existing coal plants remediation monitoring in the near-surface Forecast of reactive CO2 injection into a carbonate David Butler, Canadian Clean Power Coalition; Scott Katherine Romanak*, Changbing Yang, Roxana Darvari, Combustion and reforming of liquid fossil fuels through formation, Middle East Hume*, Electric Power Research Institute; Stephen Scott, Gulf Coast Carbon Center, Bureau of Economic Geology, chemical looping processes - Integration of chemical Tim Tambach*, Jeroen Snippe, Shell Global Solutions Dieter Lamprecht, Jacobs Engineering The University of Texas at Austin looping processes in a refinery International B.V.; Jeff Lonnee, Qatar Shell GTL Limited Francisco Garcia-Labiano, Luis F Fe Diego, Enrique Garcia- Derate mitigation options for pulverised coal power plant Evaluating the performance of soil flux surveys and Diez, Anabel Serrano, Alberto Abad, Pilar Gayan*, Juan Integrated sub-basin scale exploration for carbon storage carbon capture retrofits Adanez, ICB-CSIC inversion methods for quantification of CO2 leakage targets: Advanced characterisation of geologic reservoirs Jeffrey Hoffmann*, Gregory Hackett, US Department of Ivan Schroder*, Andrew Feitz ,Geoscience Australia, & and caprocks in the Upper Ohio River Valley Energy National Energy Technology Laboratory; Eric Lewis, CO2CRC; Padarn Wilson, Geoscience Australia & Australian Evaluation of a natural gas-fired CLC boiler for industrial Neeraj Gupta*, Autumn Haagsma, Erica Howat, Mark Vincent Chou, Booze Allen Hamilton National University steam generation Kelley, Jarad Hawkins, Isis Fukai, Amber Conner, Glen Kristin Jordal*, Øyvind Langørgen, Vidar Skjervold, SINTEF Larsen, Joel Main, Caitlin McNeil, Battelle; E. Charlotte Potential for Hybrid-Cooling system for the CO Post- Energy Research; Adriana Reyes-Lua, SINTEF Energy 2 Continuous monitoring of natural CO2 emissions near Sullivan, Pacific Northwest National Laboratoryy Combustion capture technology Research & NTNU Rome – lessons for low-level CO2 leakage detection Iman Ustadi*, Mohammed Abu Zahra, Toufi Mezher, David Jones*, Andrew Barkwith, Bob Lister, British Stepping into the same river twice: field evidence for the Masdar Institute of Science and Technology Geological Survey; Stanley Beaubien, Stefano Graziani, repeatability of a CO2 injection test Sabina Bigi, Salvatore Lombardi, Livio Ruggiero, Università 7A Amine Aerosols Jonathan Ennis-King, Tara LaForce*, Lincoln Paterson, CO -EOR: Simulation, Economic & di Roma; Maria Grazia Finoia, Istituto Superiore per la Chairs: Paul Feron & Erik Gjernes CSIRO Energy, & CO2CRC; Jay Black, Hong Vu, Ralf 2 Haese, CO2CRC & The University of Melbourne; Sascha Offshore Case Studies Protezione e la Ricerca Ambientale (ISPRA); Giancarlo 6E Ciotoli, Consiglio Nazionale di Ricerca - Istituto di Geologia Serno, Stuart Gilfillan, Gareth Johnson, The University of Chairs: Sean McCoy & John Davison Ambientale e Geoingegneria Solid particles as nuclei for aerosol formation and cause Edinburgh; Dr Barry Freifeld, Lawrence Berkeley National of emissions – results from the post-combustion capture Laboratory High-level screening for Williston Basin residual oil zones CO -Vadose and DEMO-CO projects: two complementary pilot plant at Niedraussem using location-independent data 2 2 Peter Moser*, Georg Wiechers, Knut Stahl, RWE Power AG; Petrophysical characterisation of in situ cores after CO Matthew Burton-Kelly, Neil Dotzenrod, Ian Feole, Wesley projects about geochemical and geophysical monitoring 2 during CO leakage Torsten Stoffregen, Linde AG; Gerald Vorberg, Dr. Gustavo injection and comparison with batch experiments of the Peck*, Scott Ayash, Charles Gorecki, University of North 2 A. Lozano, BASF SE German Ketzin Pilot site Dakota Energy & Environmental Research Center Kevins Rhino, Corinne Loisy, Adrian Cerepi, Olivier Le Roux, ENSEGID; Bruno Garcia*, Virgile Rouchon, Sonia Noirez, Kornelia Zemke*, GFZ German Research Centre for Clemence Le Gallo, Philippe Delaplace, IFPEN; Olivier Field measurement of amine aerosol by FTIR and phase Geosciences Technical and economic performance metrics for CCUS doppler interferometry projects: an example from the East Canton Consolidated Willequet, Dimelco SAS; Claude Bertrand, Algade SAS; Matt Beaudry*, Steven Fulk, Gary Rochelle, University of Weyburn oilfield core assessment investigating cores from Oil Field, Ohio, USA Aicha El Khamlichi, ADEME Texas at Austin pre and post CO injection; determining the impact of CO Isis Fukai*, Srikanta Mishra, Ashwin Pasumarti, Battelle 2 2 The CO2CRC Otway shallow CO controlled release on the reservoir Memorial Institute 2 experiment: Site suitability assessment Modelling and characterisation of aerosol droplet in Gavin Jensen*, Saskatchewan Ministry of the Economy Andrew Feitz*, Tanya Fomin, Tim Ransley, Geoscience absorption columns A profitability study of CO2-EOR and subsequent CO2 Hammad Majeed*, Hanna Knuutila, Magne Hillestad, storage in the North Sea under low oil market prices Australia, & CO2CRC; Roman Pevzner, Milovan Urosevic, CO2CRC, & Curtin University; Brett Harris, Adam Bailey, Hallvard F. Svendsen, Norwegian University of Science and Kris Welkenhuysen*, Royal Belgian Institute of Natural Technology Sciences - Geological Survey of Belgium & KU Leuven - Geoscience Australia; Ulrike Schacht, CO2CRC & Adelaide Department of Earth and Environmental Sciences; Bruno University; Allison Hortle, CO2CRC &CSIRO Meyvis, Kris Piessens, Royal Belgian Institute of Natural Sciences - Geological Survey of Belgium

GHGT-13 GHGT-13 32 www.ghgt.info www.ghgt.info 33 ORAL SESSION DETAILS ORAL SESSION DETAILS TECHNICAL SESSION 7 | THURSDAY 17 NOVEMBER | 09.10-10.50 THURSDAY 17 NOVEMBER | 11:20 - 13:00 | TECHNICAL SESSION 8

The effect of the Carbon Capture and Storage Technology Modelling CO Storage (1) A Novel Swing Adsorption Reactor Cluster (SARC) for cost PANEL DISCUSSION deployment on the natural gas market in the United Arab 2 effective post-combustion CO capture: A thermodynamic 7C 7F Chairs: Jens Birkholzer & Neil Wildgust 2 Emirates assessment Iman Ustadi, Mohammed Abu Zahra, Toufic Mezher, Abdelghafour Zaabout*, SINTEF Materials and Chemistry Moderators: Susan Hovorka & Sean McCoy Masdar Institute of Science and Technology Using adjoint based sensitivities with vertical-equilibrium models for parameter estimation of CO injection models Panelists: Sally Benson, Katherine Romanak, 2 Flexible operation of an IGCC plant coproducing power Real Options Analysis of CO2 transport and storage in with application to Sleipner data Andy Read and H2 with CO2 capture through novel PSA-based process the UK continental shelf under geological and market Halvor Møll Nilsen*, Stein Krogstad, Rebecca Allen, Knut- configurations uncertainties and the viability of subsidies for market Andreas Lie, SINTEF ICT; Odd Andersen, SINTEF ICT & Luca Riboldi*, Olav Bolland, NTNU development University of Bergen Collision between technology and Zhenggang Nie, Nasim Elahi, Anna Korre, Sevket Durucan, Imperial College London Fully-coupled hydrogeophysical inversion of gas pressure, policy in assurance of storage hydraulic and geoelectrical crosshole data Amine Degradation 8A Chairs: Lynn Brickett & Niels Berghout performance Multi-stage stochastic optimisation of a CO2 transport and Bernd Wiese*, Ben Norden, German Research Centre for geological storage in the Southern North Sea Geosciences; Florian Wagner, German Research Centre In this section we will debate the factors defining Nasim Elahi, Nilay Shah, Anna Korre, Sevket Durucan, for Geosciences & ETH Zurich Comparison of different solvents from the solvent storage project performance in terms of the amount of Imperial College London degradation rig with real samples

unmeasured leakage out of the storage complex that The development of a dynamic CO2 injection strategy for Solrun Johanne Vevelstad*, Andreas Grimstvedt, Geir is acceptable over the long term. This metric is rarely the depleted Forties and Nelson oilfields using regression- Haugen, Aslak Einbu, Kai Vernstad, Kolbjørn Zahlsen, rationally discussed, however the definition of de minimus based multi-objective programming SINTEF Materials and Chemistry; Nathan Brown, Ion loss is critical in selecting, operating, monitoring, and Rajesh Govindan, Nasim Elahi*, Anna Korre, Sevket Engineering CO2 and Geothermal Energy closing a storage complex. A common public, policy, and 7E Chairs: Gunter Siddiqi & James Craig Durucan, Imperial College London regulatory expectation of a very high standard of storage Effects of catalysts, inhibitors, and contaminants on Applicability of vertically integrated models for carbon piperazine oxidation performance (indicated by terms such as “no” leakage, Advantages from combining CCS with geothermal energy storage modelling in structured heterogeneous domains Paul Nielsen*, Gary Rochelle, The University of Texas at “stabilized”, “no migration”) is in tension with technical Evangelos Tzimas, Edesio Miranda-Barbosa*, Bergur Karl Bandilla*, Bo Guo, Michael Celia, Princeton University Austin limits on detecting small volume and slow leakage. Sigfússon, Johan Carlsson, European Commission, Joint These issues are especially significant with regard to Research Centre monitoring to achieve closure. The panellists will bring Development of Numerical Method to Specify the CO2 Solvent degradation and emissions from a 2MWth pilot Seepage Information in the Ocean CO capture system with two-stage stripping expertise in policy, public acceptance, and monitoring Main results of the CO -DISSOLVED project: first step 2 2 Ryosuke Sakaizawa*, Toru Sato, Hiroyuki Oyama, Takero Jesse Thompson*, Heather Nikolic, Megan Combs, Saloni and risk assessment to the discussion which it is hoped toward a future industrial pilot combining geological Yoshida, The University of Tokyo Bhatnagar, Bethany Clontz, Jonathan Pelgen, Kunlei Liu, will lead to vigorous delegate discussion. storage of dissolved CO and geothermal heat recovery 2 University of Kentucky Center for Applied Energy Research Christophe Kervevan*, BRGM (French Geological Survey); Marie-Hélène Beddelem, CFG Services; Xavier Galiègue, Understanding solvent degradation: A study from three Deployment at National and LEO - University of Orléans; Yann Le Gallo, Geogreen; Franz Solid Sorbents (1) different pilot plants within the OCTAVIUS project May, BGR (Bundesanstalt für Geowissenschaten und 7G Chairs: Paul Broutin & Christoph R. Mülle 7D Regional Scales Purvil Khakharia*, Earl Goetheer, Peter van Os, TNO; Rohstoffe); Mrs Kathleen O’Neil, Partnering in Innovation, Chairs: Sean McCoy Alexander Rieder, Sven Unterberger, EnBW AG; Luigi Inc.; Jérôme Sterpenich, GeoRessources - University of Chemisorption of H2O and CO2 on hydrotalcites for sorption- Zangrilli, Enel Ingegneria e Ricerca S.p.A; Bernd Schallert, Lorraine / CNRS / CREGU enhanced water-gas-shift processes The impact of CCS readiness on the evolution of China’s Kai Coenen*, Fausto Galucci, Emiel Hensen, Martin van Robin Irons, Uniper electric power sector Novel underground well pattern systems for geothermal Sint Annaland, University of Technology Eindhoven; Paul Robert Dahowski*, Casie Davidson, Pacific Northwest An original strategy for the analysis of degradation products energy exploitation using CO as working fluid Cobden, Eric van Dijk, ECN National Laboratory; Haewon McJeon, Sha Yu, Leon Clarke, 2 in CO capture emissions Ruina Xu*, Zhenchuan Wang, Xiaolu Li, Fuzhen Zhang, 2 Marshall Wise, Bo Liu, Page Kyle, Joint Global Change Lorena Cuccia, LSABM Paris Tech, EDF R&D and Agence de Peixue Jiang, Department of Thermal Engineering, Tsinghua An energy exchangeable solid-sorbent based multi-stage Research Institute; Ning Wei, Institute of Rock and Soil l’environnement et de la Maîtrise de l’Energie; José Dugay, University & Beijing Key Laboratory of CO Utilization and fluidised bed process for CO2 capture Mechanics, Chinese Academy of Sciences 2 Jérôme Viala, LSABM Paris Tech; Domitille Bontemps, Reduction Technology Hwimin Seo, Yong-Ki Park*, Kiwoong Kim, Dae Jin Kim, Da Young Min, Researcher Hye Mi Kim, Won Choon Choi, Na Myriam Louis-Louisy, EDF R&D; Véronique Bellosta, Paris Economic implications of CO capture from existing and Tech 2 Enabling CCS via low-temperature geothermal energy Young Kang, Sunyoung Park, Korea Research Institute of upcoming coal-fired power plants in India under various integration for fossil-fired power generation Chemical Technology policy scenarios Casie Davidson*, David Heldebrant, Mark Bearden, Jake Udayan Singh, National Institute of Technology Rourkela; Horner, Charles Freeman, Pacific Northwest National Development of novel CeO2-based CO2 adsorbent and Anand B. Rao*, Akash Ar, Centre for Technology Alternatives Laboratory analysis on its CO2 adsorption and desorption mechanism for Rural Areas (CTARA); Munish Chandel*, Indian Institute Kohei Yoshikawa*, Masato Kaneeda, Hitachi, Ltd; Masahiro of Technology Bombay Aoshima, Toshikatsu Shimazaki, Hidehiro Nakamura, Economic analysis of combined geothermal and CO2 storage for small-size emitters Hitachi Chemical Co., Ltd. Jonathan Royer-Adnot, Yann Le Gallo*, Geogreen

GHGT-13 GHGT-13 34 www.ghgt.info www.ghgt.info 35 ORAL SESSION DETAILS ORAL SESSION DETAILS TECHNICAL SESSION 8 | THURSDAY 17 NOVEMBER | 11.20-13.00 THURSDAY 17 NOVEMBER | 11.20-13.00 | TECHNICAL SESSION 8

Comparative Life-Cycle Assessment of Slurry and Storage - Field Monitoring accelerated carbonation of BOF slag Modelling CO2 Storage (2) 8B Chairs: 8C PANEL DISCUSSION Andy Chadwick & Charles Jenkins Giulia Costa*, Renato Baciocchi, University of Rome; Sara 8F Chairs: Nicholas Bosshart Moderator: Sally Benson & Carlos Abanades Ghasemi, Matthäus Bäbler, Royal Institute of Technology An investigation of possible causes of pressure decline (KTH) Building confidence in CO2 storage using reference and maximum CO2 storage potential following CO2 injection Panelists: Evangelos Tzimas, Niall Mac datasets from demonstration projects into a “closed” Pinnacle Reef reservoir Dowell, Jon Gibbins, Carlos Abanades The benefits of an integrated multi-criteria analysis of CCS Philip Ringrose*, Andrew Cavanagh, Statoil ASA; Sallie Mark Kelley, Neeraj Gupta*, Matt Place, Battelle; Björn chains Greenberg, Steve Whittaker, Illinois State Geological Paulsson, Paulsson, Inc. (PI) Allen Modroo, Core Energy, Jana Jakobsen*, Simon Roussanaly, Rahul Anantharaman, Survey; Volker Oye, NORSAR LLC CO Utilisation and Conversion Geir Skaugen, SINTEF Energy Research 2 Validating subsurface monitoring as an alternative option Framing monitoring needs to detect leakage from wells to Over the past few years there has been a renewed to surface M&V - The CO2CRC’s Otway Stage 3 injection the overburden interest to promote research and development in Charles Jenkins*, CSIRO, & CO2CRC; Max Watson, Steve CO2 for Geothermal and Water Susan Carroll*, Kayyum Mansoor, Yunwei Sun, Lawrence the utilization of carbon dioxide as a climate change Management Marshall, CO2CRC Livermore National Laboratory 8E mitigation technology, by manufacturing value Chairs: James Craig & Grant Bromhall added products such as fuels, polymers and a wide Simulations of the impact of co-injected gases on CO2 20 years monitoring CO -injection at Sleipner storage, the SIGARRR project: processes and geochemical 2 variety of chemicals from CO2 and renewable energy. Integrated CO2 Storage and Brine Extraction Anne-Kari Furre, Håvard Alnes, Jonas Nesland Vevatne, approaches for gas-water-salt interactions modelling In many utilization schemes, the CO2 is assumed to Kelsey A. Hunter, Jeffrey M. Bielicki*, The Ohio State Anders Fredrik Kiær, Statoil ASA; Ola Eiken, Quad Jerome Corvisier*, Martha Hajiw, Elise El Ahmar, Christophe come from the CO2 capture plan of a CCS system. University Geometrics This panel discussion will assess opportunities, Coquelet, MINES ParisTech; Jerome Sterpenich, Romain Privat, Jean-Noel Jaubert, Universite de Lorraine; Karine benefits and challenges of this approach of CO2 CO2 earth storage: Enhanced geothermal energy and water Monitoring the complete life-cycle of a CO2 storage management. Considerations such as lifecycle recovery and energy storage Ballerat-Busserolles, Jean-Yves Coxam, Universite Blaise reservoir - Demonstration of applicability of geoelectrical Pascal; Pierre Cezac, Francois Contamine, Jean-Paul Serin, CO2 emissions, net energetics and competitiveness Thomas A. Buscheck*, Lawrence Livermore National imaging with alternative energy storage approaches will Laboratory; Jeffrey M. Bielicki, The Ohio State University; Universite de Pau et des Pays de l’Adour; Veronique Lachet, Cornelia Schmidt-Hattenberger*, Tim Labitzke, Dennis be presented. Synergies with existing capture Jimmy B. Randolph, University of Minnesota & TerraCOH, Benoit Creton, IFP Energies Nouvelles; Marc Parmentier, Rippe, Bernd Wiese, GFZ German Research Centre for Joachim Tremosa, Philippe Blanc, Laurent Andre, Louis de technologies and CO2 storage technologies will also Inc Geosciences; Peter Bergmann, GFZ German Research be explored. Lary, BRGM; Eric C. Gaucher, Total, CSTJF Centre for Geosciences & SINTEF Petroleum Research; The value of CO2-bulk energy storage to reducing CO2 Florian Wagner, University of Bonn emissions Influence of a subseismic blind faults on the safety

Jonathan D. Ogland-Hand, Jeffrey M. Bielicki*, The Ohio assessment of CO2 geological storage in deep saline

Using oxygen isotopes to quantitatively assess residual CO2 Quantifying Impacts and Benefits State University; Thomas A. Buscheck, Lawrence Livermore aquifer saturation during the CO2CRC Otway Stage 2B Extension 8D - LCA National Laboratory Yann Le Gallo*, Geogreen; Felipe Aguire Martinez, Phimeca residual saturation test Chairs: Sean McCoy & Andrea Ramirez Stuart Gilfillan*, Sascha Serno, Gareth Johnson, Stuart A hybrid geothermal energy conversion technology - a Analysing the Performance of Closed Reservoirs Following Haszeldine, University of Edinburgh; Tara LaForce, Comparative environmental life cycle assessment of potential solution for shallow geothermal resources CO2 Injection in CCUS Projects Jonathan Ennis-King, Lincoln Paterson, CO2CRC Limited & Oxyfuel and Post-combustion capture with AMP/PZ - Case Philipp Schädle*, ETH-Zurich; Jeffrey Bielicki, The Ohio Srikanta Mishra*, Priya Ravi Ganesh, Mark Kelley, Ashwin CSIRO Energy; Ralf Haese, CO2CRC Limited & University studies from EDDiCCUT project State University; Nagasree Garapati, ETH-Zurich & Pasumarti, Neeraj Gupta, Battelle of Melbourne; Chris Boreham, CO2CRC Limited & Bhawna Singh, Anders Strømman*, Norwegian University University of Minnesota; Benjamin Adams, University of Geoscience Australia; Barry Freifeld, CO2CRC Limited of Science and Technology; Mijndert van der Spek, Andrea Minnesota; Jimmy Randolph, University of Minnesota, & Solid Sorbents (2) & Lawrence Berkeley National Laboratory; Dirk Kirste, Ramirez, Utrecht University; Ragnhild Skagestad, Nils TerraCOH Inc,; Thomas Kuehn, Martin Saar, ETH-Zurich, 8G Chairs: Mohammad Abu Zahra & Hanne CO2CRC Limited& Simon Fraser University Eldrup, Tel-Tek University of Minnesota & TerraCOH Inc Kvamsdal RTI’s solid sorbent-based CO capture process: technical A life cycle analysis of incremental oil produced via CO Pressure Management of CO Storage by Closed-loop 2 2 2 and economic lessons learned for application in coal-fired, Surface Dissolution -EOR NGCC, and cement plants Yun Wu*, Larry Lake, The University of Texas at Austin; Nicholas Azzolina*, David Nakles, The CETER Group; John Thomas Nelson*, RTI International Hamling, Wesley Peck, Charles Gorecki, University of Steven Bryant, University of Calgary North Dakota Energy & Environmental Research Center; L. Development of post-combustion CO2 capture system Stephen Melzer, Melzer Consulting using amine-impregnated solid sorbent Ryohei Numaguchi*, Junpei Fujiki, Hidetaka Yamada, Firoz Carbon balance of CO -EOR for NCNO classification 2 Alam Chowdhury, Koji Kida, Kazuya Goto, Katsunori Yog, Vanessa Nuñez-Lopez*, Ramon Gil-Egui, Seyyed Hosseini, Research Institute of Innovative Technology for the Earth Bureau of Economic Geology, The University of Texas at (RITE); Takeshi Okumura, Katsuhiro Yoshizawa, Kawasaki Austin Heavy Industries, Ltd.

GHGT-13 GHGT-13 36 www.ghgt.info www.ghgt.info 37 ORAL SESSION DETAILS ORAL SESSION DETAILS TECHNICAL SESSION 9 | THURSDAY 17 NOVEMBER | 16:00 - 17:20 FRIDAY 18 NOVEMBER | 09:30 - 10:50 | TECHNICAL SESSION 9

Optimization of stage numbers in a multistage fluidized bed Geomechanical Response - temperature swing adsorption system for CO2 capture Julius Pirklbauer*, Gerhard Schöny, Hermann Hofbauer, 9B Monitoring Capture System Studies II Leakage Mitigation and Vienna University of Technology; Tobias Pröll, Florian Chairs: Kyle Worth & Hubert Fabriol 9D Chairs: Peter Jansohn & Keith Burnard 9F Remediation Zerobin, University of Natural Resources and Life Sciences Chairs: Scott Imbus & Thomas Berly Seismic characterization of the Decatur, Illinois (USA) Chemical looping for pre-combustion and post-combustion Carbon capture and storage site A new multi-bed vacuum swing adsorption cycle for CO CO capture The assessment of CO2 backproduction as a technique 2 Dennise Templeton*, Eric Matzel, Christina Morency, 2 capture from flue gas streams Hari Mantripragada, Edward Rubin*, Carnegie Mellon for potential leakage remediation at the Ketzin pilot site Joshua White, Lawrence Livermore National Laboratory Paul Webley*, Augustine Ntiamoah, Penny Xiao, CO2CRC, University in Germany The Peter Cook Centre & The University of Melbourne; Rajesh Govindan*, Guangyao Si, Anna Korre, Sevket Optimisation study of microseismic monitoring system at Abdul Qader, CO2CRC; Jianhua Ling, CO2CRC, The Peter Techno-economic evaluation of flexible CCS concepts in a Durucan, Imperial College London; Bernd Wiese, Cornelia the CO injection site – lessons learnt from monitoring Cook Centre, The University of Melbourne & Northeastern 2 CHP system Schmidt-Hattenberger, Axel Liebscher, GFZ German experiment at the Cranfield Site, M.S., U.S.A. University; Yuchun Zhai, Northeastern University Lauri Kujanpää*, Esa Pursiheimo, VTT Technical Research Research Centre for Geosciences, Helmholtz Centre Makiko Takagishi*, Tsutomu Hashimoto, Tetsuma Toshioka, Parametric Testing of a Pilot-scale Design for a Moving Bed Centre of Finland Ltd Ziqiu Xue, Research Institute of Innovative Technology for CO Capture System Using Low-temperature Steam Development and characterisation of a smart cement for 2 the Earth (RITE); Shigeo Horikawa, Suncoh Consultants Takeshi Okumura*, Katsuhiro Yoshizawa, Shohei Nishibe, CCS on offshore oil and gas installation - design of post- CO2 leakage remediation at wellbores Co., Ltd.; Kinichiro Kusunose, The National Institute of Hidekazu Iwasaki, Masahide Kazari, Toru Hori, Kawasaki combustion capture system and steam cycle Mojgan Hadi Mosleh, Sevket Durucan*, Ji-Quan Shi, Anna Adcanced Industrial Science and Technology (AIST); Susan Heavy Industries, Ltd. Lars Nord*, NTNU; Rahul Anantharaman, SINTEF Energy Korre, Graham Nash, Imperial College London; Amer Sye2, D. Hovorka, The University Texas at Austin Research; Actor Chikukwa, Thor Mejdell, SINTEF Materials University of Aberdeen and Chemistry Analysis of a complex faulted CO2 reservoir using a three- A silicate based process for plugging the near well bore Corrosion dimensional hydro-geochemical-mechanical approach Chairs: Arne Dugstad & Anja Pfennig The potential for CCUS in selected industrial sectors - formation 9A Ba Nghiep Nguyen*, Zhangshuan Hou, Diana Bacon, summary of concept evaluations in Finland Dan Bossie-Codreanu*, Marc Fleury*, Olivier Sissman, George Last, Pacific Northwest National Laboratory Investigating the corrosion due to high capacity and uptake Janne Kärki, Eemeli Tsupari, Sebastian Tier, VTT Technical Etienne Brosse, Michel Chardin, IFP Energies Nouvelles Research Centre of Finland Ltd; Risto Sormunen, Fortum promoter amine blends on carbon steel Innovation achieved in geomechanics research in the Corporation; Timo Arponen, Helen Ltd; Mari Tuomaala, MiReCOL – A handbook and web tool of remediation and Samara Sadeek, Louis Yu, Kyra Sedransk Campbell*, Daryl BIGCCS centre Williams, Imperial College Gasum Ltd corrective actions for CO2 storage sites Pierre Cerasi, Alexandre Lavrov, Anna Stroiz, Jørn Logan Brunner, Filip Neele*, TNO Stenebråten, Idar akervoll, SINTEF; Raheleh Farokhpoor, Corrosivity of amine-based absorbents for CO capture 2 Amir Taheri, NTNU Prakashpathi Gunasekaran, Amornvadee Veawab, Adisorn CO2 Conversion Aroonwilas*, University of Regina 9E Chairs: Jasmin Kemper & Sally Benson Solid Sorbents (3) 9G Chairs: Mercedes Maroto-Valer & Alberto Abad

MEA and piperazine corrosion of carbon steel and stainless Capture Dynamic Modelling Integrated system for capturing CO2 as feedstock for algae steel 9C Chairs: Niall Mac Dowell & Graeme Puxty production Shaped silica – polyethyleneimine composite sorbents for Kent B. Fischer*, Akshay Daga, Gary T. Rochelle, The Paul Könst, Ileana Hernandez Mireles, Peter van Os, Rob CO2 post combustion capture via adsorption University of Texas at Austin Design, economics, and parameter uncertainty in dynamic van der Stel, Earl Goetheer, TNO Alan Chaffee*, Gregory Knowles, Monash University operation of post-combustion CO capture using piperazine 2 Fly ash derived lithium silicate for in-situ pre-combustion Results from MEA amine plant corrosion processes at the (PZ) and MEA solvents CO2 utilisation in the production of ethylene oxide Paul Mobley*, RTI International CO2 capture CO2 Technology Centre Mongstad Jozsef Gaspar*, Philip Loldrup Fosbøl, Technical University Silje Hjelmaas*, Erlend Storheim, Anne Kolstad Morken, of Denmark; Peng Luis Ricardez-Sandoval, University of Aimaro Sanna, Mercedes M Maroto-Valer, Heriot-Watt CO -to-X and Coal-to-X Concepts in Pulverized Coal University; Shalauna Thompson, Kevin J Whitty, The Leila Faramarzi, Espen Steinseth Hamborg, CO2 Waterloo; John Bagterp Jørgensen, Technical University of 2 Technology Centre Mongstad (TCM DA) & Statoil ASA; Eva Denmark Combustion Power Plants University of Utah Svela Thorjussen, Thomas Levy, Statoil ASA; Thomas de Christian Wolfersdorf*, Clemens Forman, Bernd Meyer, IEC, TU Bergakademie Freiberg Experimental results of pressure swing adsorption (PSA) Cazenove, CO2 Technology Centre Mongstad (TCM DA) Dynamic and control of an absorber - desorber plant at Heilbronn for pre-combustion CO2 capture with metal organic frameworks Thor Mejdell*, Geir Haugen, Hanne Kvamsdal, SINTEF Opportunities of integrating CO2 utilisation with RES-E: Materials and Chemistry; Alexander Rieder, EnBW AG a power-to-methanol business model with wind power Carlos Grande*, Richard Blom, Kari Anne Andreassen, generation Ruth Stensrød, SINTEF Materials and Chemistry Study of mass transfer correlations for intensified Evangelos Tzimas*, Iratxe González-Aparicio, Mar Pérez- Fortes, Andreas Zucker, European Commission, Joint A novel rapid temperature swing adsorption post- absorbers in post-combustion CO2 capture based on chemical absorption Research Centre combustion CO2 capture process using a sorbent polymer Eni Oko*, Meihong Wang, Colin Ramshaw, University of composite Hull Adam Berger*, Abhoyjit Bhown, Electric Power Research Institute (EPRI; Jason Horowitz, W.L. Gore & Associates Assessment of amine solvent flexibility in the OCTAVIUS project Jean-Florian Brau*, Thibaut Neveux, Myriam Louis-Louisy, EDF R&D GHGT-13 GHGT-13 38 www.ghgt.info www.ghgt.info 39 ORAL SESSION DETAILS ORAL SESSION DETAILS TECHNICAL SESSION 10 | FRIDAY 18 NOVEMBER | 09:30 - 10:50 FRIDAY 18 NOVEMBER | 11:20 - 13:00 | TECHNICAL SESSION 11

Developing best practices for evaluating fluid saturations Viability of integrated carbon dioxide capture and storage Solvents Properties (1) Storage Pilot and Demonstration with pulsed neutron logging across multiple active CO2- systems in depleted shale formations 10A Chairs: Gary Rochelle & Mohammad Abu Zahra 10C Projects EOR fields Julie K. Langenfeld*, Jeffrey M. Bielicki*, The Ohio State Chairs: Neil Wildgust & Peter Cook Amber Conner, Caitlin McNeil, Jacqueline Gerst, Mark University; Zhiyuan Tao, Andres F. Clarens, Anne H. The research of coordinative and competitive relationship Kelley, Matt Place, Neeraj Gupta, Battelle; David Chace, Menefee, University of Virginia; Richard S. Middleton, Los between MEA and DEA for CO absorption into blended 2 Geologic carbon storage at a one million tonne Jehad Abou-Saleh, Yonghwee Kim, Baker Hughe; Rick Alamos National Laboratory MEA-DEA-H O 2 demonstration project: Lessons learned from the Illinois Pardini, Core Energy, LLC Moxia Li, University of Regina; Helei Liu*, Zhiwu Liang, Basin – Decatur Project, USA Modelling the adsorption-desorption behaviour of CO Raphael Idem, Paitoon Tontiwachwuthikul, Hunan 2 Sallie Greenberg*, Robert Bauer, Hannes Leetaru, Randal in shales for permanent storage of CO2 and enhanced University & University of Regina Locke II, Advanced Energy Technology Initiative - University Social Science and Communication (1) hydrocarbon extraction Chairs: Kenchi Itaoka of Illinois; Michael Carney, John Medler, Robert Will, 10E Solomon Brown*, University of Sheffield; Greeshma CO capture by aqueous 3-(Methylamino)propylamine in 2 Schlumberger Carbon Services Gadikota, Princeton University; Niall Mac Dowell, Imperial blend with tertiary amines: an NMR analysis Making the communication of CCS more “human” College London Cristina Perinu*, Klaus-J. Jens, University College of Wallula basalt pilot demonstration project: Post-injection Samuela Vercelli*, Federica Modesti, Davide De Angelis, Southeast Norway; Ida M. Bernhardsen, Hallvard F. results and conclusions Salvatore Lombardi, Sabina Bigi, Livio Ruggiero, Maria Svendsen, Norwegian University of Science and Technology Peter McGrail*, Todd Schaef, Frank Spane, Jake Horner, Chiara Tartarello, Sapienza University of Rome – CERI; Capture System studies (3) (NTNU) John Cliff, Odeta Qafoku, Chris Thompson, Charlotte Stefano Pirrotta, Maria Grazia Finoia, ISPRA - Institute for 10G Chairs: Olav Bolland & Daan Jansen Sullivan, Pacific Northwest National Lab Environmental Protection and Research A novel amine blend for CO2 capture: performance A comparative review of next-generation carbon capture enhanced by thermal degradation st Societal responses to CO storage in the UK: media, The Quest CCS Project: 1 year review post start of injection 2 technologies for coal power plant Yang Du*, Ye Yuan, Yukai Wang, Gary Rochelle, The Luc Rock*, Simon O’Brien, Jeff Duer, Stephen Tessarolo, stakeholder and public perspectives Tobias Lockwood*, IEA Clean Coal Centre University of Texas at Austin Anna Atencio, Vicente Oropeza Bacci, Anne Halladay, Clair Gough*, Rebecca Cunningham, Sarah Mander, Tyndall Celina Duong, Tanu Dixit, Shell Canada Limited; Bill Hirst, Centre for Climate Change Research A comparison of post-combustion capture technologies for Simulation and energy evaluation of two novel solvents David Randell, Shell Global Solutions International Alan the NGCC developed in the EU project HiPerCap Reynolds, Shell International Exploration and Production Communicating about the geological storage of carbon Kristin Jordal*, Rahul Anantharaman, SINTEF Energy Andrew Tobiesen*, Geir Haugen, Inna Kim, SINTEF dioxide – comparing public outreach for CO2-EOR and Research Materials and Chemistry saline storage projects Evaluation of 5 alternative CO capture technologies Lessons learned from CO2 injection, monitoring, and 2 modelling across a diverse portfolio of depleted closed Norman Sacuta*, Aleana Young, Kyle Worth, Petroleum Jonathan Forsyth*, Stuart Lodge, BP International Limited; carbonate reef oil fields - The Midwest Regional Carbon Technology Research; Daniel Daly, Barry Botnen, Energy Stefano Consonni, Laboratorio Energia e Ambiente Storage Engineering Sequestration Partnership Experience and Environmental Research Center Piacenza (LEAP) 10B Chairs: Scott Frailey Neeraj Gupta*, Mark Kelley, Matt Place, Lydia Cumming, A national survey of public awareness of the environmental Sanjay Mawalkar, Battelle; Robert Mannes, Rick Pardini, Overview on pressure swing adsorption (PSA) as CO2 impact and management of CCUS technology in China Capillary limited flow behaviour of CO2 in target storage Core Energy, LLC capture technology: state-of-the-art, limits and potentials reservoirs in the UK Qi Li, Chinese Academy of Sciences; Gregory Leamon*, Luca Riboldi*, Olav Bolland, NTNU Catriona Reynolds, Sam Krevor*, Imperial College Consultant and member of the UNFCCC CDM CCS working Monitoring - Subsurface and Marine group; Lan-Cui Liu, Bofeng Cai, Chinese Academy of Chairs: Environmental Planning; Zheng-Ao Chen, University of Solvent Properties (2) Relative permeability of CO2 in low-permeability rocks: 10D Sue Hovorka & Charles Jenkins Edinburgh 11A Chairs: Earl Goetheer & Paul Feron implications for CO2 flow behaviour in reservoirs with tight interlayers Monitoring results after 35 ktonnes of deep CO2 injection Yi Zhang*, Hyuck Park*, Osamu Nishizawa, Ziqiu Xue*, at the Aquistore CO2 Storage Site, Saskatchewan, Canada Effect of side chain structure and number of hydroxyl Research Institute of Innovative Technology for the Earth Don White*, Geological Survey of Canada Unconventional Storage in groups of primary, secondary and tertiary amines on their post combustion CO capture performance (RITE) 10F Hydrocarbon Formations 2 Design and implementation of a scalable, automated, Chairs: Steve Whittaker & James Sorensen Jessica Narku-Tetteh*, Teeradet Supap, Raphael Idem, Some approaches for optimising CO storage system University of Regina; Pailin Muchan, Chintana Saiwan, 2 semipermanent seismic array for detecting CO2 extent with water production in a heterogeneous reservoir using Security of storage in carbon dioxide enhanced oil recovery Chulalongkorn University during geologic CO2 injection particle swarm optimization algorithm Shaughn Burnison, John Hamling, Olarinre Salako, Charles Jamie Stewart*, Gareth Johnson, Stuart Haszeldine, Yuko Kawata*, Japan Oil Engineering Co.,ltd.; Hiroyuki Gorecki, University of North Dakota Energy & Environmental University of Edinburgh; Peter Olden, Eric Mackay, Heriot- Amine-blends screening and characterisation for CO2 post- Azuma, Masato Takagi, Research Institute of Innovative Research Center Watt University; Bernhard Mayer, Maurice Shevalier, combustion capture Technology for the Earth Michael Nightingale, Calgary University Abdullah Alhinai*, Mohammad Abu Zahra, Nabil EL Hadri, Masdar Institute A novel method to detect CO2 leak in offshore storage: Numerical simulation study on mitigation of the pressure focusing on relationship between dissolved oxygen and Geologic carbon storage for shale gas recovery build-up in the geological formation during injection of CO Oscar Molina*, Mehdi Zeidouni, Louisiana State University; An update on the development of the CSIRO CS-Cap 2 partial pressure of CO2 in the sea Claudia Fujita*, Yusuke Hiratsuka, Hajime Yamamoto, Keisuke Uchimoto*, Jun Kita*, Ziqiu Xue, Research Institute Victor Vilarrasa, École Polytechnique Fédérale de Lausanne combined CO2 and SO2 capture process Taisei Corporation; Takahiro Nakajima, Ziqiu Xue, Research of Innovative Technology for the Earth Pauline Pearson*, Justin Moscatelli, Ashleigh Cousins, Institute of Innovative Technology for the Earth Erik Meuleman, Yaser Beyad, Graeme Puxty*, Paul Feron, CSIRO; Bharti Garg, Vince Verheyen, Federation University Australia GHGT-13 GHGT-13 40 www.ghgt.info www.ghgt.info 41 ORAL SESSION DETAILS ORAL SESSION DETAILS TECHNICAL SESSION 11 | FRIDAY 18 NOVEMBER | 11:20 - 13:00 THURSDAY 9 OCTOBER | 11:20 - 13:00 | TECHNICAL SESSION 11

Modelling solid-liquid equilibrium of the NH -CO -SO - Analysis of the potential for negative CO emission mine Validating numerical reactive transport models of CO - 3 2 2 Regulatory and Legal Aspects of 2 2 K2SO4-H2O system and its application to combined capture sites through bacteria-mediated mineral carbonation: brine-rock reactions in reservoir seals using observations 11C CCS of CO2 and SO2 using aqueous ammonia Evidence from Australia from a natural CO2 reservoir-caprock system Guojie Qi*, Shujuan Wang, Tsinghua University Chairs: Tim Dixon Manuel Siegrist*, Colette Southam, Gary Bowman, Bond Niko Kampman*, Andreas Busch, Jeroen Snippe, Shell University, School of Business; Sasha Wilson, Monash Global Solutions International; Pieter Bertier, RWTH Aachen Experience in developing the Goldeneye Storage Permit A new CO2 absorbent developed from addressing University; Gordon Southam, The University of Queensland University; Jon Harrington, British Geological Survey; Vitaliy benzylamine vapour pressure using co-solvents Application Pipich, Jülich Centre for Neutron Science; Mike Bickle, Graeme Puxty*, WIll Conway, Paul Feron, CSIRO Energy; Owain Tucker*, Shell Global Solutions United Kingdom University of Cambridge Henk Botma, Rijksuniversiteit Groningen Social Science and Communication (2) Implications of the new EU maritime emission monitoring 11E Chairs: Dan Daly & Sallie Greenberg Caprock mudstones from UK North Sea hydrocarbon fields as analogues for seals in geological CO storage regulation on ship transportation of CO2 2 Storage Capacity Assessment Lauri Kujanpää*, Sebastian Teir, VTT Technical Research The neglected importance of corporate perceptions and Yutong Shu*, Mark Wilkinson, University of Edinburgh Chairs: Sylvain Thibeau & Chris Consoli 11B Centre of Finland Ltd positions for the long-term development of CCS Lukas Braunreiter*, Zurich University of Applied Sciences; TBC Best practices for quantifying CO storage resource 2 Cross-border transportation - A key to unlock full-scale CCS Sean Fox, University of Bristol, Simon Bennett, International estimates in CO enhanced oil recovery sites (CO -EOR) 2 2 Dag Erlend Henriksen*, Ingvild Ombudstvedt*, Arntzen De Energy Agency Wesley Peck*, Jun Ge, Charles Gorecki, University of North Besche Law Firm Dakota Energy & Environmental Research Center; Nicholas Perception of CCS (public, industry, ENGOs and other Azzolina, The CETER Group, Inc.; L. Stephen Melzer, Melzer Crediting carbon dioxide storage associated with enhanced Stakeholders) and education activities in South Africa Consulting oil recovery Polly Modiko*, Mbuyiseni Wiseman Ngcobo, Tshilidzi Robert Van Voorhees*, Robert F Van Voorhees PLLC Tshivhase, Rofhiwa Raselavhe, Tony Surridge, South Other Capture Concepts Categorization of Norwegian Continental Shelf formations African Centre for Carbon Capture & Storage 11G Chairs: Carlos Abanades & Hallvard Svendsen in terms of Geological CO storage potentials 2 Potential issues and costs associated with verifying CO2 Rebecca Allen*, Odd Andersen, Halvor Møll Nilsen, Knut- storage during and after CO -EOR 2 Regionwide and project-level outreach – the PCOR Carbon capture powered by solar energy Andreas Lie, SINTEF ICT Michael Godec*, David Riestenberg, Shawna Cyphers, partnership approach Robert Bennett*, Graeme Puxty, CSIRO Assessing interactions between multiple geological CO 2 Advanced Resources International Dan Daly*, Janet Crossland, Charlene Crocker, Charles storage sites to optimise capacity in regionally extensive Gorecki, Edward Steadman, John Harju, University of North Thermodynamic analysis of post-combustion inertial CO2 storage sandstones Dakota Energy & Environmental Research Center extraction system Maxine Akhurst*, Jonathan Pearce, British Geological Negative Emissions (2) Adam Berger*, Yuqi Wang, Abhoyjit Bhown, Electric Power Survey; Tom Mallows, The Crown Estate; Eric Mackay, 11D Chairs: Jasmin Kemper & Jonas Helspeth Research Institute (EPRI); Anthony Castrogiovanni, ACENT Public perception of CO2 pipelines Heriot-Watt University Diana Schumann*, Forschungszentrum Juelich GmbH Laboratories; Vladimir Balepin, Orbital ATK The role of bio-energy with carbon capture and storage in Developing a consistent database for regional geologic CO 2 meeting the climate mitigation challenge: A whole system What carbon capture and storage (CCS) is expected to?: Thermodynamic optimization and part-load analysis of the storage capacity worldwide perspective NET Power Cycle describing potential future of a CO2 mitigation technological Jordan Kearns*, Sergey Paltsev, Howard Herzog1, Sarah Mander*, Kevin Anderson, Alice Bows-Larkin, Clair system in the Seine Waterway Axis Roberto Scaccabarozzi*, LEAP Laboratorio Energia Massachusetts Institute of Technology; Gary Teletzke, Gough, Naomi Vaughan, Tyndall Centre for Climate Change Jonas Pigeon, UMR 6266 IDEES University of Le Havre Ambiente Piacenza; Manuele Gatti, Emanuele Martelli, Jeffrey Palmer, ExxonMobil Upstream Research Company; Research Politecnico Di Milano Hans Thomann, Haroon Kheshgi, ExxonMobil Research and Engineering Company A sustainable pathway of bioenergy with carbon capture Long Term Behavior of Stored CO Full plant scale analysis of natural gas fired power plants 2 with pre-combustion CO capture and chemical looping and storage deployment 11F Chairs: Charlotte Garing & Sam Krevor 2 reforming (CLR) Calculation of CO2 storage capacity for Arbuckle Group Etsushi Kato*, Ryo Moriyama, Atsushi Kurosawa, The Shareq Mohd Nazir*, Olav Bolland, Norwegian University in Southern Kansas: Implications for a seismically active Institute of Applied Energy Simulation of CO migration for the planning of well test 2 of Science and Technology; Joana Francisco Morgado, region configurations at the South West Hub Project, Western Norwegian University of Science and Technology Yevhen Holubnyak*, Willard Watney, Jason Rush, Tandis Ignition and combustion of single particles of coal and Australia & University of Coimbra; Shahriar Amini, Norwegian Bidgoli, Mina FazelAlavi, Kansas Geological Survey; Eugene biomass under O /CO atmospheres Chris Green, Karsten Michael*, Lincoln Paterson, CSIRO 2 2 University of Science and Technology & SINTEF Materials Williams, Williams Petroleum Consulting; Paul Gerlach, Juan Riaza, Hannah Chalmers, University of Edinburgh, Energy Charter Consulting Gibbins, University of Edinburgh & University of Sheffield and Chemistry Detailed mineralogical and petrographic analysis of the Impact of high temperature lithium sorbents capture Passive mineral carbonation of Mg-rich mine wastes by caprock from a natural CO2 occurrence in Hungary systems on plant’s units operation atmospheric CO2 Csilla Király, Eszter Sendula, Csaba Szabó, EöTvöS Georges Beaudoin*, Gnouyaro Palla Assuma, Karl Lachat, University; Ágnes Szamosfalvi, István Kovács, Péter Kónya, Susana Garcia, Alisdair J. Stewart, M. Mercedes Maroto- Antoine Gras, Ali Nowamooz, Ali Enterai, Sara Turcotte, György Falus*, Geological and Geophysical Institute of Valer, Heriot-Watt University Faïçal Larachi, Christian Dupuis, John Molson, Jean- Hungary Michel Lemieux, Xavier Maldague, Marc Constantin, Josée Duchesne, René Therrien, Micha Horswill, Université Laval; Benoit Plante, Bruno Bussière, Université du Québec en Abitibi-Témiscamingue GHGT-13 GHGT-13 42 www.ghgt.info www.ghgt.info 43 POSTER FLOORPLAN POSTER FLOORPLAN

The Poster Sessions will be held on the Garden Level of the Swiss Tech Convention Centre, as indicated on the floorplan below. Staff will be on hand during Tuesday 15th to assist with locating poster boards and will provide hanging materials.

Session A | Wednesday 16th November | 14.00 – 16.00 Posters listed in ODD numbers are shown here in RED and will be presented in Poster Session A

Session B | Thursday 17th November | 14.00 – 16.00 Posters listed in EVEN numbers are shown here in BLUE and will be presented in Poster Session A

GHGT-13 GHGT-13 44 www.ghgt.info www.ghgt.info 45 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

8 | CO2 capture test for cement plants in a lab scale 17 | Process modelling of the calcium looping process 25 | Hydrogen production via chemical looping Advances in Capture Calcium Looping pilot facility and validation against 1 MWth Pilot testing combustion enhanced by the dry reforming of Carlos Abanades*, Mónica Alonso, Borja Arias, Martin Haaf*, Alexander Stroh, Jochen Hilz, methane using Fe2O3-based oxygen carriers Technology Alberto Mendez, Fernando Fuentes, CSIC_INCAR Martin Helbig, Jochen Ströhle, Bernd Epple, Nur Sena Yuzbasi*, Paula M. Abdala, Agnieszka Technische Universität Darmstadt Kierzkowska, Christoph Müller, ETH Zurich 9 | Multivariate statistical evaluation of ionic liquids features for CO capture 18 | Sol-gel synthesis of MgAl2O4-stabilized CaO for 26 | Fuel conversion and CO selectivity improvement ALTERNATIVE GAS SEPARATION PRINCIPLES 2 2 Igor Grillo, Sandra Einloft, Marcus Seferin*, Pontifical CO capture by adding other oxygen carrier for syngas ------2 Catholic University of Rio Grande Do Sul Sung Min Kim, Agnieszka M. Kierzkowska, Marcin chemical looping combustor at high temperature 1 | Enzyme carbonic anhydrase accelerated CO 2 Broda, Christoph Müller, ETH Zurich condition absorption in membrane contactor 10 | Assessing thermodynamic sata of CO capture by Ho-Jung Ryu*, Dong-Ho Lee, Young Cheol Park, Taek-Joong Kim*, Actor Chikukwa, Edel Sheridan, 2 ionic liquids trough hard and soft acid base theory 19 | Modelling of Ca-looping for a 250 MWe lignite Seung-Yong Lee, Principal Dowon Shun, Korea Paul Inge Dahl, SINTEF; Alexander Lang, Mathias Igor Grillo, Sandra Einloft, Marcus Seferin*, Pontifical coal fired power plant Institute of Energy Research; Jeom-In Baek, Leimbrink, Mirko Skiborowski, TU Dortmund Catholic University of Rio Grande Do Sul Jan Hrdlicka*, Jan Opatril, Matej Vodicka, Pavel KEPCO Research Institute University; Johannes Roubroeks, Novozymes A/S Skopec*, Czech Technical University in Prague; 11 | Demonstrating Large Scale Industrial CCS Lukas Pilar, UJV Rez, a.s; Marek Staf, University 27 | Flow sheet simulation of the COMPOSITE 2 | Thermal-electrochemical co-drive system for Technologies through CCU – A Case Study for of Chemistry and Technology in Prague concept with CO capture carbon capture 2 Methanol Production John Morud*, Andrew Tobiesen, Schalk GX Liu*, YS Yu, Xi’an Jiaotong University Stanley Santos, IEAGHG; Guido Collodi, Giuliana 20 | Determination of carbonation/calcination Cloete, Yngve Larring, Actor Chikukwa, Mehdi Azzaro, Noemi Ferrari, Amec Foster Wheeler reaction kinetics in low CO2 partial pressures Pishahang, Geir Haugen, SINTEF Materials and CERAMIC AND METALLIC MEMBRANE SYSTEMS using TGA experiments and Aspen Plus simulation Chemistry ------12 | Membrane-assisted CO2 liquefaction: Mohammad Ramezani*, Kalpit Shah, Elham 3 | Gas separation process for CO removal from natural 2 Performance modelling of CO2 capture from flue Doroodchi, Priscilla Tremain, Behdad Moghtaderi, 28 | Efficiency improvement of an iron-based syngas gas with DDR-type zeolite membrane gas in cement production University of Newcastle fueled chemical loping combustion plant with Hiroaki Hasegawa*, Keiichi Nishida*, Shuichi Oguro, Richard Bouma*, Frank Vercauteren, Peter van carbon capture Yasushi Fujimura, JGC Corporation; Kenji Yajima, Os, Earl Goetheer, TNO; David Berstad, Rahul 21 | Development of cost effective and high Dumitru Cebrucean, Viorica Cebrucean, Habil Makiko Niino, Manabu Isomura, Toshihiro Tomita, Ananthraman, SINTEF Energy Research performance composite for CO2 capture in CaCu Ioana Ionel*, Politehnica University of Timisoara NGK Insulators, Ltd. looping process 13 | Kinetics of Carbon Dioxide Absorption by Nonaqueous Saima Sultana Kazi*, Asunción Aranda, OXY-COMBUSTION Solutions of Promoted Sterically Hindered Amines Julien Meyer, Institutt for Energiteknikk (IFE); CO2 CAPTURE TECHNOLOGIES IN INDUSTRIAL ------Fatima Pinar Gordesli, Izmir University of Economics; RamonMurillio, Gemma Grasa, Instituto de SYSTEMS 29 | Optimisation of the sour compression unit (SCU) Ozge Yuksel Orhan*, Erdogan Alper, Hacettepe Carboquímica (ICB-CSIC) ------process for CO purification applied to flue gases University 2 4 | CO2 stripping enhanced by ultrasound at pressures coming from oxy-combustion cement industries from 1 to 2.5 bar(a) HIGH TEMPERATURE SOLID LOOPING: CHEMICAL Sinda Laribi*, Lionel Dubois, Guy de Weireld, Diane 14 | Ultrasound-assisted Desorption of CO from Carbon Jiru Ying*, Dag Eimer, Hans Askel Haugen, Tel-Tek; 2 Thomas, University of Mons (UMONS) Dioxide Binding Organic Liquids LOOPING Willem Haverkort, Shell Technology Center Amster------Ozge Yuksel Orhan*, Erdogan Alper, Hacettepe dam | Promising impregnated Mn-based oxygen carriers University 22 | Evaluation of (MnxFe1-x)2TiyOz particles as 30 oxygen carrier for Chemical Looping Combustion for chemical looping combustion of gaseous fuels 5 | Up-to-date CO capture in thermal power plants Pilar Gayan, ICB-CSIC 2 HIGH TEMPERATURE SOLID LOOPING: CALCIUM María Abián, Alberto Abad*, María T. Izquierdo, Mohamed Kanniche*, Yann Le Moullec, Olivier Au- Francisco García-Labiano, Luis F. de Diego, Pilar thier, Hayato Hagi, Domitille Bontemps, Thibaut LOOPING Gayán, Juan Adánez, Instituto de Carboquimica 31 | Development of high-efficiency oxy-fuel IGCC Neveux, Myriam Louis-Louisy, EDF ------(CSIC) system Yuso Oki*, Hiroyuki Hamada, Makoto Kobayashi, 15 | Aspen Plus® process simulations of calcium 6 | Partial capture of carbon dioxide from industrial 23 | Chemical loop combustion in a bed of iron loaded Isao Yuri, Saburo Hara, CRIEPI looping with different indirect calciner heat sources - a cost optimization of the CO2 capture rate geopolymers transfer concepts Fredrik Normann*, Stefania Gardarsdottir, Annabelle Francesco Miccio*, Elena Landi, Annalisa Natali 32 | Techno-economic optimization of first generation Chameera Jayarathna*, Tel-Tek Berlinger, Filip Johnsson, Chalmers University of Murri, ISTEC – CNR; Angelo Vaccari, Alma Mater oxy-fired pulverized-coal power plant Technology; Ragnhild Skagestad, Tel-Tek Hayato Hagi, Yann Le Moullec, Edf R&D; Naroun 16 | Studiorum - University of Bologna Development of synthetic Ca-based CO2 sorbents Nemer, Chakib Bouallou, MINES ParisTech PSL for sorption enhanced reforming coupled to Ca/ 7 | CO2 adsorption in fluidised bed of geopolymers Performance of industrial residues as low cost Cu chemical loop 24 | Paola Ammendola*, Federica Raganati, Riccardo oxygen carriers 33 | Supercritical CO2 cycles for power production José Manuel López*, María Victoria Navarro, Chirone, Istituto Di Ricerche Sulla Combustione – Lei Xu, Zhenshan Li, Ningsheng Cai, Key Michael Holmes, Jason Laumb, Josh Stanislowski, Ramón Murillo, Gemma Susana Grasa, Instituto CNR; Francesco Miccio, Elena Landi, Elettra Papa, Laboratory for Thermal Science and Power Energy & Environmental Research Center; Xixia Lu, De Carboquímica (CSIC) ISTEC – CNR Engineering of Ministry of Education; Georg Mike McGroddy, 8 Rivers Capital, LLC Schwebel, Pavleta Knutsson, Henrik Leion*, Chalmers University of Technology GHGT-13 GHGT-13 46 www.ghgt.info www.ghgt.info 47 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

34 | COMPOSITE: A concept for high efficiency power POSTCOMBUSTION WITH ALTERNATIVE SOLVENTS 50 | Rate-based modelling and validation of a pilot 59 | Experimental investigation of the absorption, phase production with integrated CO2 capture from solid ------absorber using MDEA enhanced with carbonic transition, and desorption behavior of a biphasic fuels 42 | Enzyme accelerated carbon capture in different anhydrase (CA) solvent blend for post-combustion CO2 capture Yngve Larring, SINTEF contacting equipment - a comparative study Jozsef Gaspar*, Arne Gladis, John Woodley, Kaj Qing Ye, Illinois State Geological Survey & Department Mathias Leimbrink*, Laura Mans, Anna-Katharina Thomsen, Nicolas von Solms, Associate Philip of Agricultural and Biological Engineering, University 35 | Combustion of lignite coal in a bubbling fluidized bed Kunze, Mirko Skiborowski, Andrzej Górak, TU Loldrup Fosbøl, Technical University of Denmark, of Illinois at Urbana-Champaign; Shihan Zhang, combustor under oxyfuel conditions Dortmund University Department of Chemical Engineering Hong Lu, Yongqi Lu, Illinois State Geological Pavel Skopec, Jan Hirdlicka, Matej Vodicka, Jan Survey; Xinlei Wang, Department of Agricultural

Opatril, CTU in Prague; Lukas Pilar, UJV Rez 43 | Different strategies for accelerated CO2 absorption 51 | CO2 absorption using biogas slurry: CO2 absorption and Biological Engineering, University of Illinois at in packed columns by application of the biocatalyst enhancement induced by biomass ash Urbana-Champaign POLYMERIC MEMBRANE SYSTEMS carbonic anhydrase Shuiping Yan*, Qingyao He, Wenchao Wang, College ------Mathias Leimbrink*, Timo Limberg, Anna-Katharina of Engineering, Huazhong Agricultural University; POST COMBUSTION WITH SOLVENTS: 36 | Membrane properties required for cost-competitive Kunze, Dr. Mirko Skiborowski, TU Dortmund Shefeng Li, China City Environment Protection ENVIRONMENTAL FACTORS University Engineering Limited Company post-combustion CO2 capture from industry and ------power generation 44 | Study of degradation and heat of dissolution of 52 | Phase separation solvent for CO capture 60 | Parametric analysis of fugitive amine emissions from Simon Roussanaly*, Rahul Anantharaman, Brede 2 solids in aqueous blend of AMP and KSAR loaded Hiroshi Machida*, Nagoya University CO2 capture plants Hagen, Jana Jakobsen, SINTEF Energy Research Adisorn Aroonwilas*, Dr. Amornvadee Veawab, with CO2 Solrun Johanne Vevelstad*, Inna Kim, Andreas 53 | Crystallization kinetics of AMP carbamate in NMP University of Regina 37 | Investigation of mass transfer coefficient and Grimstvedt, Ugochukwu Edwin Aronu, SINTEF and TEGDME solvents modelling for CO capture in hollow fiber membrane 2 Materials and Chemistry Meher Sanku*, Hans Karlsson, Helena Svensson, 61 | Solubility and thermodynamic modelling of contactors Lund University carcinogenic nitrosamines in aqueous amine Fan Cao, Ge Gao, Wichitpan Wong, Hunan 45 | Promoter characteristic study on the K2CO3 solvents for CO2 capture University Zhiwu Liang, Raphael Idem, Paitoon absorbents for CO2 capture: Mass transfer according 54 | Operating windows for enzyme enhanced PCCC Jesse Thompson*, Naser Matin, Kunlei Liu, University Tontiwachwuthikul, Hunan University & University of to functional group and chain length of promoter Maria T Gundersen, Arne Gladis*, Philip Loldrup of Kentucy Center for Appled Energy Research Regina Jeong ho Choi*, Korea Institute of Energy Research, Fosbøl, Nicolas von Solms, John M Woodley, & Korea University; Young Eun Kim, Sung Chan Nam, Technical University of Denmark 62 | Amine aerosol characterisation by phase doppler 38 | Investigation of heat exchanger and heat integration Sung Youl Park, Il Soo Chun, Yeo Il Yoon, Korea interferometry of a membrane-based post-combustion process Institute of Energy Research; Jung Hyun Lee, Korea 55 | Potential of guanidine carbonate and malic acid Steven Fulk*, Matthew Beaudry, Gary Rochelle, The Li Zhao*, Martin Robinius, Detlef Stolten, University based protic ionic liquids as carbon capture solvents University of Texas at Austin Forschungszentrum Juelich, Germany Kathryn Mumford*, Nouman Mirza, Nathan 46 | Are water-lean solvent systems viable for post- Nicholas, Frank Wu, Sandra Kentish, Geoffrey 63 | Atmospheric chemistry of tert-butulamine and AMP combustion CO2 capture? Stevens, University of Melbourne Simen Antonsen, Yngve Stenstrøm, Norwegian 39 | Preferential CO2 separation over nitrogen by a free- standing and nanometer-thick membrane David Heldebrant*, Phillip Koech, Roger Rousseau, University of Life Science; Arne Bunkan, Liang Zhu, Effect of chemical structure of new tertiary amines Shigenori Fujikawa*, Roman Selyanchyn, WPI- Vassiliki-Alexandra Glezakou, David Cantu, Deepika 56 | Claus Nielsen*, Wen Tan, Tomáš Mikoviny, Armin Malhotra, Feng Zheng, Greg Whyatt, Charles used for the post combustion capture process on I2CNER, Kyushu University Wisthaler, University of Oslo; Barbara D’Anna, Freeman, Mark Bearden, PNNL CO kinetic absorption and regeneration, and heats 2 University of Lyon; Philipp Eichler, Markus Müller, of regeneration 40 | A Review of membrane-based CO separation University of Innsbruck; Naomi Farren, Jacqueline 2 47 | Calorimetric studies of precipitating solvent system Sudkanueng Singto*, University of Regina Hamilton, University of York, Mattias Hallquist, technologies for post-combustion capture Ardi Hartono*, Hanna Knuutila, Norwegian Yuan Wang*, Li Zhao, Martin Robinius, Detlef University of Gothenburg University of Science and Technology (NTNU); Inna 57 | Solid formation in ammonia-based processes for CO2 Stolten,Institute of Energy and Climate Research capture – Turning a challenge into an opportunity Kim, SINTEF Materials and Chemistry; L.V. van der 64 | A sampling line artifact in stack emission – Electrochemical Process Engineering (IEK- Ham, Earl Goetheer, TNO Daniel Sutter*, Matteo Gazzani, José-Francisco measurement of alkanolamine-enabled carbon 3),Forschungszentrum Juelich Pérez-Calvo, Clemens Leopold, Federico Milella, capture facility: surface reaction of amines with 48 | Analysis of CO solubility and absorption heat into Marco Mazzotti, ETH Zurich 2 formaldehyde 41 | Influence of functionalised nanoparticles on2 CO / aqueous 1-Diethylamino-2-propanol N separation properties of FSC gas separation Helei Liu, Raphael Idem, Paitoon Tontiwachwuthikul*, 58 | Discussion on results from mini-pilot testing of Liang Zhu, Tomas Mikoviny, Armin Wisthaler, Claus 2 Nielsen*, University of Oslo membranes University of Regina; Zhiwu Liang, Wichitpan the ammonia based mixed-salt technology for CO2 Davide Venturi, University of Bologna; Thijs Peters, Rongwong, Hunna University; Mohammed Jaber Al- capture from post-combustion related applications 65 | Thermal Degradation of Morpholine in CO Post- Nicolas Rival, Christian Simon, SINTEF; Sikander Marri, Abdelbaki Benamor, Qatar University Indira Jayaweeera*, Palitha Jayaweera, Regina 2 Combustion Capture Rafiq, May-Britt Hägg*, Norwegian University of Elmore, SRI International; Prodip Kundu, Yuki Yamasaki, OLI Systems Michael Ogidi*, M. Mercedes Maroto-Valer, Heriot- Science and Technology 49 | Integrated solvent design for CO2 capture and viscosity tuning Watt University David Cantu, Jun-Taek Lee, Mal-Soon Lee, David Heldebrant, Phillip Koech, Deepika Malhotra, Feng 66 | Modelling amine aerosol growth in the water wash Zhang, Charles Freeman, Roger Rousseau, Vassiliki- Jia-Lin Kang*, University of Texas at Austin & National Alexandra Glezakou*, PNNL Tsing Hua University; Yue Zhang, Steven Fulk, Gary Rochelle, University of Texas at Austin, Shi-Shang Jang, National Tsing Hua University

GHGT-13 GHGT-13 48 www.ghgt.info www.ghgt.info 49 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

67 | Impact of the aerosol particle included in actual flue 75 | Demonstration results on advanced amine solvents, 82 | Simulation model evaluation of CO2 capture by 91 | Kinetic study of a layout for the carbon capture with gas on amine mist formation/growth in the post- packings and process at IHI’s Aioi pilot plant aqueous MEA scrubbing for heat requirement aqueous ammonia without salt precipitation combustion capture pilot plant Shiko Nakamura, Shinya Okuno*, Yasuro Yamanaka, analyses Davide Bonalumi*, Stefano Lillia, Gianluca Valenti, Koshito Fujita*, Toshiba Corporation Toshiya Matsuyama, Hiroshi Sato, Ryosuke Ikeda, IHI Tibor Nagy*, Peter Mizsey, Budapest University of Politecnico Di Milano; Philip Fosbøl, Kaj Thomsen, Corporation Technology and Economics; Stefania Moioli, Stefano Technical University of Denmark 68 | Nitrosamine formation mechanism in amine-based Lange, Laura Pellegrini, Politecnico di Milano CO2 capture: experimental validation 76 | Ambient measurements of amines by PTR-QiTOF: 92 | Par-load operation of sequential supplementary Raphael Idem, Teeradet Supap*, CETRI, University instrument performance assessment and results 83 | CFD modelling of structured packings at meso-scale firing combined cycle power plant with CO2 capture of Regina; Huangcong Shi, University of Shanghai from field measurements in the vicinity of TCM, Joan Daniel Sebastia-Saez*, Sai Gu, University of Abigail Gonzalez Diaz*, Eva Sanchez Fernandez, for Science and Technology, Don Gelowitz, CETRI, Mongstad Surrey Jon Gibbins, Mathieu Lucquiaud, The University of University of Regina & Saskatchewan Power Thomas Mikoviny, Claus Nielsen, Wen Tan, Armin Edinburgh Corporation (SaskPower), Colin Campbell, Max Ball, Wisthaler, Liang Zhu, University of Oslo; Anne Kolstad 84 | Comparison of different CO2 recovery processes in Saskatchewan Power Corporation (SaskPower) their optimum operating conditions from a pulverized 93 | Design and simulation of rate-based CO2 capture Morken, Terje Niøten Nilsen, CO2 Technology Centre Mongstad coal power plant processes using carbonic anhydrase (CA) applied to biogas, natural gas and coal cases POSTCOMBUSTION WITH SOLVENTS: PILOT TESTING & Chakib Bouallou*, Armines Mines ParisTech 77 | Results from MEA degradation and reclaiming Philip Loldrup Fosbøl*, Jozsef Gaspar, Jens Glibstrup, OPERATION 85 | Novel screening tool of solvents for carbon capture Arne Gladis, Kevin Milla Diaz, Kaj Thomsen, Nicolas ------processes at the CO2 Technology Centre Mongstad Leila Faramarzi, Kolstad Anne Morken, Espen based on the process performance von Solms, Technical University of Denmark 69 | A comparison of Raman and IR spectroscopies for the Steinseth Hamborg, CO Technology Centre Maria T Mota-Martinez*, Niall Mac Dowell, Jason P. 2 94 | Regeneration design for NGCC monitoring and evaluation of absorbent composition Mongstad & SINTEF; Nina Enaasen Flø, Thomas Hallett, Imperial College London Junyuan Ding*, Yue Zhang, Gary T. Rochelle, during CO2 absorption processes de Cazenove, CO Technology Centre Mongstad; 2 86 | Applicability and validation of use of equilibrium- The University of Texas at Austin; Brice Freeman, Graeme Puxty*, Robert Bennett, Will Conway, Dan Odd Arne Hvidtsten, Steinar Pedersen, Berit F. based absorber models with reduced stage efficiency Membrane Technology & Research, Inc Maher, CSIRO Energy Fostås, Statoil ASA; Kai Vernstad, SINTEF; Guillaume for dynamic simulation of post-combustion CO2 Watson, Shell Global Solutions International; Toine capture processes 95 | Analysis on regeneration energy of NH -based CO 70 | An innovative approach for carbon capture & 3 2 Cents, Sasol Technology; Muhammad Ismail Shah, Rohan Dutta*, Lars O. Nord, Olav Bolland, Norwegian capture with equilibrium-based simulation method sequestration on a thermal power plant through Erik Gjernes, Gassnova SF; Gerard Lombardo, CO 2 University of Science and Technology Minkai Zhang, Yincheng Guo*, Tsinghua University conversion to multi- purpose fuels - a feasibility study Technology Centre Mongstad & Gassnova SF in Indian context 87 | Kinetics of CO absorption in to aqueous MEA 96 | Process simulation for CO capture with aqueous Vinod Krishna Sethi*, RKDF University; Savati Vyas, 2 2 solutions near equilibrium solutions of 1-methylpiperazine and its mixture with RGPV POSTCOMBUSTION WITH SOLVENTS: PROCESS Koteswara Rao Putta*, Hallvard F. Svendsen, MODELLING piperazine Hanna Knuutila, Norwegian University of Science Jian Chen*, Dr. Han Li, Tsinghua University; Yann Le 71 | Experimental studies on spray absorption with the ------and Technology Moullec, Jiahui Lu, Jose Carlos Valle Marcos, Guofei post combustion CO capture pilot-plant CASPAR 2 78 | ProTreat® simulation accurately represents Chen, EDF China R&D Center Simone Zimmermann*, Marc-Oliver Schmid, Barbara experimental results for post combustion carbon 88 | Dynamic process model development, parameter Klein, Günter Scheffknecht, Institute of Combustion dioxide capture with novel mixed amine solvent in estimation and validation with transient plant data 97 | Modelling of the adsorption behavior of sod-ZMOF/ and Power Plant Technology - University of Stuttgart collected from a MEA test campaign at the CO real process environment 2 Chitosan adsorbent for CO2 capture Nathan Brown*, Greg Staab, Tyler Silverman, Technology Center Mongstad Kelvin Yoro*, Michael Daramola, Jean Mulopo, 72 | CO absorption efficiency and heat consumption 2 Grayson Heller, Rene Kupfer, Charles Pannacione, Rubén Mocholí Montañés*, Rohan Dutta, Lars Olof University of the Witwatersrand measured at high gas to liquid ratios in laboratory rig Alfred Brown, ION Engineering Nord, Olav Bolland, Norwegian University of Science Lars Erik Øi*, Per Morten Hansen, Mathias Henriksen, and Technology; Nina Enaasen Flø, CO2 Technology 98 | Modelling and Simulation of catalyst-aided University College of Southeast Norway Center Mongstad 79 | Preliminary Performance Assessment of Intensified low temperature CO2 desorption from blended Stripper in Post-combustion Carbon Capture through Monoethanolamine (MEA) – N-methyl- 73 | Raman spectroscopy as an online monitoring tool Modelling and Simulation 89 | Experiments and modelling of vapor-liquid equilibrium diethanolamine (MDEA) solution for CO2 capture process: Demonstration using a Atuman S. Joel, Meihong Wang*, University of Hull data in DEEA-CO2-H2O system Benjamin Decardi-Nelson*, Ananda Akachuku, laboratory rig Professor Xiao Luo, Na Chen, Sen Liu, WIchitpan Priscilla Osei, Wayuta Srisang, Fatima Pouryousefi, Wathsala Nayanarajini Jinadasa*, Mathias 80 | Experimental study of CO2 absorption in a diameter- Wong, Hunan University; Raphael Idem, Professor Raphael Idem, CETRI, University of Regina Henriksen, Sara Zarsav, Maths Halstensen, Klaus- varying spray tower Paitoon Tontiwachwuthikul, Zhiwu Liang, Hunan Joachim Jens, Lars Erik Øi, University College of University & University of Regina Xiaomei Wu, Yunsong Yu, Zhen Qin, Zaoxiao Zhang*, 99 | Low Energy CO2 Capture by electrodialysis Southeast Norway Xi’an Jiaotong University Ikuo Taniguchi*, Kyushu University 90 | Optimisation of carbon capture process using 74 | Pilot absorption experiments with carbonic 81 | Improvement of post combustion carbon capture aqueous ammonia with rate-based process 100 | Densities, viscosities, refractive indices, heat anhydrase enhanced MDEA process in retrofit case simulation method capacities, thermal conductivities study of aqueous Arne Gladis*, Maria Gundersen, Philip Fosbøl, John Tibor Nagy*, Peter Mizsey, Budapest University of Minkai Zhang, Yincheng Guo*, Tsinghua University ethylaminoethanol (EEA) solutions at 293.15 to Woodley, Nicolas von Solms, Technical University Technology and Economics; Stefania Moioli, Stefano 323.15 K Denmark Lange, Laura Pellegrini, Politecnico di Milano Hongxia Gao*, Raphael Idem, Zhiwu Liang, CETRI, University of Regina & iCCS, Hunan University

GHGT-13 GHGT-13 50 www.ghgt.info www.ghgt.info 51 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

109 | Ammonia formation in Diethylenetriamine- 101 | Heat duty of solid acid catalyzed CO2 desorption 118 | Thermal degradation pathways of aqueous diamine 126 | Solubility of CO2 in AEEA-AMP-MEA blend system Methyldiethanolamine (DETA-MDEA) system in from aqueous MEA and MEA+MDEA CO2 capture solvents for CO2 capture in flue gas from coal fired power Wayuta Srisang*, Fatima Pouryousefi, Priscilla the presence of O2 during amine-based capture of Jesse Thompson*, Henry Richburg, Kunlei Liu, plant application Osei, Benjamin Decardi-Nelson, Ananda Akachuku, CO2 from combustion flue gases University of Kentucky Center for Applied Energy Sat Paing Aung*, Chintana Saiwan, Chulalongkorn Paitoon Tontiwachwuthikul, Raphael Idem, CETRI, Kamonchanok Maneelam*, Chintana Saiwan, Research University; Paitoon Toontiwachwuthikul, Raphael University of Regina Chulalongkorn University; Raphael Idem, Teeradet Idem, Teeradet Supap, University of Regina Supap, Paitoon Tontiwachwuthikul, Clean Energy 119 | Promoted strong bicarbonate forming solvents for Technologies Research Institute, University of 102 | Kinetics of the catalytic desorption of CO2 from CO2 capture 127 | Investigation of CO2 regeneration in single and loaded monoethanolamine (MEA) and blended Regina Ardi Hartono*, Rune Rennemo, Hanna Knuutila, blended amine solvents with and without catalyst monoethanol and methyldiethanolamine (MEA- Norwegian University of Science and Technology Xin Zhang, Hunan University; Helei Liu*, Zhiwu MDEA) 110 | Results of RITE’s advanced liquid absorbents (NTNU); Solrun Johanne Vevelstad, Inna Kim, SINTEF Liang, Raphael Idem, Paitoon Tontiwachwuthikul, Ananda Akachuku*, Anima Osei, Benjamin Decardi- develop for low temperature CO2 capture Materials and Chemistry Hunan University & University of Regina Nelson, Wayuta Srisang, Fatima Pouryousefi, Firoz Alam Chowdhury*, Kazuya Goto, Hidetaka Yamada, Yoichi Matsuzaki, Shin Yamamoto, Hussameldin Ibrahim, Raphael Idem, CETRI, 120 | CO2 solubility in Diethylenetriamine and 2-amino- 128 | Effects of viscosity on CO2 absorption in aqueous University of Regina Takayuki Higashii, Research Institute of Innovative 2-methyl-1-propanol (DETA-AMP) solvent system piperazine/2methylpiperazine Technology for the Earth (RITE); Masami Onoda, for amine-based CO2 capture in flue gas from coal Ye Yuan*, Brent Sherman, Gary Rochelle, 103 | Energy and Economic Analysis of Improved Nippon Steel & Sumitomo Metal Corporation combustion University of Texas at Austin

Absorption Configurations for CO2 Capture Saw Khun Wai*, Chintana Saiwan, Chulalongkorn Solomon Aforkoghene Aromada, Lars Erik Øi, 111 | The Henry Coefficient of CO2 in the MEA-CO2-H2O University; Rapheal Idem, Teeradet Supap, Paitoon 129 | Dissolved carbonic anhydrase for enhancing system University College of Southeast Norway Tontiwachwuthikul, Clean Energy Technologies CO2 absorption into high CO2-loaded,aqueous Lichun Li*, Robert Burns, Sarah Clifford, Research Institute, University of Regina monoethanolamine solutions University of Newcastle, Australia; Marcel Maeder, Bin Liu, Xiao Luo, Hunan University; Professor POST-COMBUSTION: AMINE SOLVENTS Graeme Puxty, Hai Yu, CSIRO Energy Flagship 121 | An improved screening method for optimal proportion Zhiwu Liang, Paitoon Tontiwachwuthikul, Hunan ------of blended amines University & University of Regina 104 | Kinetics of CO with Diethylenetriaminein in non- 2 112 | A study of the effect of piperazine in aqueous Xiao Luo*, Sen Liu, Hunan University; Hongxia Gao, aqueous solvents using stopped-flow technique methyldiethanolamine Paitoon Tontiwachwuthikul, Zhiwu Liang, Hunan 130 | Effect of number of hydroxyl group in sterically Helei Liu*, Zhiwu Liang, Raphael Idem, Paitoon Jiru Ying*, Tel-Tek; Stef Raets, Telemark University University & University of Regina hindered alkanolamine on the CO2 capture activity Tontiwachwuthikul, Hunan University & University College; Dag Eimer, Tel-Tek & Telemark University Pailin Muchan*, Chintana Saiwan, Chulalongkorn of Regina; Nan Zhong, Hunan University College 122 | Determination of kinetics of CO2 absorption in University; Jessica Narku-Tetteh, Teeradet Supap, unloaded and loaded DEEA+MAPA blend Raphael Idem, Paitoon Tontiwachwuthikul, 105 | Performance of MAPA promoted tertiary amine 113 | Kinetic characterisation of solvents for CO2 Monica Garcia*, Sai Gu, University of Surrey; Hanna University of Regina systems for CO absorption: Influence of alkyl chain 2 capture under partial oxy-combustion conditions Knuutila, NTNU length and hydroxyl groups Benito Navarrete, Fernando Vega*, Sara Camino, 131 | Screening of biphasic solvents for energy efficient Ida M. Bernhardsen*, Iris R. T. Krokvik, Hanna Mercedes Cano, Esmeralda Portillo, University of 123 | Surface tension of alkanolamine solutions: An CO2 capture Knuutila, Norwegian University of Science and Seville experimentally based review Jong Kyun You*, Woo Yun Lee, Korea Institute of Technology; Klaus-J. Jens, University College of Zulkifli Idris, Sanoja Jayarathna, University College of Energy Research; Jun Lee, Yeon Ki Hong, Korea Southeast Norway 114 | Development of new sterically hindered amine for Southeast Norway; Dag Eimer, University College of National University of Transportation PCC Southeast Norway & Tel-Tek 106 | Ab initio calculations on reaction process of Shinji Murai*, Yukishige Maezawa, Daigo Muraoka, 132 | Carbon capture from a simulated flue gas using a piperazine absorbing CO2 Takehiko Muramatsu, Satoshi Saito, Toshiba 124 | The investigation of CO2 absorption performance rotating packed bed adsorber and mono ethanol Tingting Zhang, Yunsong Yu, Zaoxiao Zhang*, Xi’an of DEAPA (3-Diethylaminopropylamine) compare to amine (MEA) Jiaotong University; Guoxiong Wang, University of 115 | Regeneration energy analysis of aqueous tri- MEA-MDEA with same mole nitrogen Jonathan Lee, Tolu Kolawole, Adam Dickson, Queensland solvent blends containing 2-amino-2-methyl-1- Rui Zhang*, Xiao Luo, Professor Zhiwu Liang, Hunan Newcastle University propanol (AMP), Methyldiethanolamine (MDEA) University; Qi Yang, Commonwealth Scientific and 107 | Using pre-treated carbon steel for post-combustion and Diethylenetriamine (DETA) for CO capture 2 Industrial Research Organisation 133 | The study of ion speciation plots of CO2 absorption carbon capture infrastructure Paitoon Tontiwachwuthikul*, University of Regina into aqueous 1-Dimethylamino-2-propanol Kyra Sedransk Campbell*, Louis Yu, Daryl Williams, 125 | Solvent extraction of degradation product in amine solution using the NMR technique Imperial College 116 | Process modelling and simulation of degradation absorption solution for CO2 capture in flue gas from Helei Liu*, Raphael Idem, Paitoon of 2-amino-2-methyl-1-propanol capture plant coal combustion: effect of amines Tontiwachwuthikul, Zhiwu Liang, University of 108 | Exploration of degradation chemistry by advanced Vasilije Manovic, Chechet Biliyok, Ebuwa Osagie*, Kanokkorn Karnwiboon*, Chintana Saiwan, Regina & iCCS, Hunan University analytical methodology Cranfield University Chulalongkorn University; Teeradet Supap, Raphael Andreas Grimstvedt*, Kolbjørn Zahlsen, Solrun Idem, Paitoon Tontiwachwuthikul, University of 134 | Influence of addition of functionalised alumina Johanne Vevelstad, Kai Vernstad, Torunn Holten, 117 | Mass transfer kinetics of CO in loaded aqueous 2 Regina particles on CO2 stripping from amine solvents Anders Brunsvik, SINTEF Materials and Chemistry monoethanolamine solutions Nobuhide Takahashi*, Satoko Miyakawa, Iori Jiru Ying*, Tel-Tek; Annie Rose Knutsen, Telemark Shimada, Mitsumasa Osada, DHiroshi Fukunaga, University College; Dag Eimer, Tel-Tek & Telemark Shinshu University University College GHGT-13 GHGT-13 52 www.ghgt.info www.ghgt.info 53 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

135 | Heat transfer enhancement and optimization 142 | Pre combustion CO2 removal in IGCC plant by MDEA 150 | Investigation on the trace amount of released 159 | CO2 capture in natural gas production by of lean/rich solvent cross exchanger for amine scrubbing: modifications to the process flowsheet CO in sorption enhanced water gas shift reaction adsorption processes

scrubbing for energy saving applied in pre-combustion CO2 capture and high Carlos Grande*, SINTEF Materials and

Yu-Jeng Lin*, Gary T. Rochelle, The University of Stefania Moioli, Laura Annamaria Pellegrini, Matteo purity H2 production Chemistry; Simon Roussanaly, Rahul Texas at Austin Carmelo Romano*, Antonio Giuffrida, Politecnico Di Xuancan Zhu*, Yixiang Shi, Ningsheng Cai, Anantharaman, Karl Lindqvist, SINTEF Energy Milano Tsinghua University Research; Prachi Singh, Jasmin Kemper IEAGHG 136 | Experimental approach to mimic and study

degradation of solvents used for post-combustion 143 | Pre-combustion CO2 capture from IGCC using 151 | Design method for layered-bed adsorption 160 | Addressing the criticalities for the deployment

CO2 capture membranes – An attainable region approach to the column for separation of CO2 and N2 from natural of adsorption-based CO2 capture processes Domitille Bontemps, Lorena Cuccia, Myriam Louis- membrane system design gas Stefano Zanco*, Lisa Joss, Max Hefti, Matteo Louisy, Thierry Morand, EDF R&D; Jerome Vial, Brede Andre Larsen Hagen*, Rahul Anantharaman, Mohammad Rokanuzzaman, Amornvadee Gazzani, Marco Mazzotti, ETH Zurich Jose Dugay, Laboratoire Sciences Analytiques Simon Roussanaly, SINTEF Energy Research Veawab*, Adisorn Aroonwilas*, University of Bioanalytiques et Miniaturisation, UMR CBI 8231, Regina 161 | Synthesis and performance evaluation of ESPCI ParisTech – CNRS; Pierre-Louis Carrette, 144 | Technical and economic assessments of ionic chitosan/carbon nanotube (Chitosan/CNT) Thierry Huard, IFP Energies Nouvelles liquids for pre-combustion co2 capture at IGCC 152 | Carbon monoliths in adsorption-based post- composite adsorbent carbon dioxide capture power plants combustion CO2 capture Keren Osler*, Michael Daramola, University | Nausika Querejeta, Marta G. Plaza, Fernando of the Witwatersrand; Olugbenga Oluwasina, 137 A novel amine blend for CO2 capture: performance Haibo Zhai, Edward Rubin, Carnegie Mellon enhanced by thermal degradation University Rubiera, Cova Pevida, CSIC-INCAR; Tom Avery, Federal University of Technology Yang Du, Ye Yuan, Yukai Wang, Gary Rochelle, The Steve R. Tennison; MAST Carbon International University of Texas at Austin SOLID SORBENT SYSTEMS Ltd 162 | Novel amine-impregnated mesostructured ------silica materials for CO2 capture and conversion | Adsorption performance indicator to screen applications 138 | 13C-NMR study of acid dissociation constant (pKa) 145 | Fly ash derived lithium silicate for in-situ pre- 153 carbon adsorbents for post-combustion CO2 Manuel Ojeda, Susana Garcia*, Jin Xuan, effects on the CO2 absorption and regeneration of combustion CO2 capture aqueous alkanolpiperidines Aimaro Sanna*, Mercedes M Maroto-Valer, capture Mercedes Maroto-Valer, Heriot-Watt University; Hirotaka Koriki, Yukio Furukawa*, Daiaki Shuto, Heriot-Watt University; Shalauna Thompson, Noelia Álvarez-Gutiérrez, Fernando Rubiera, Matjaz Mazaj, Natasa Zabukovec Logar, Waseda University; Hiroshi Sato, Yasuro Yamanaka, Kevin J Whitty, The University of Utah Cova Pevida*, CSIC-INCAR; Yonggang Jin, Jun- National Institute of Chemistry Seok Bae, Shi Su, CSIRO Energy IHI Corporation 163 | Development of moving bed temperature 146 | Effect of temperature, dilute CO and MEA 2 154 | Adsorption-based process modelling for post- swing adsorption (MBTSA) process for post- 139 | Experimental evaluation of temperature and impregnation on the CO2 uptake of MIL-53 and combustion CO2 capture combustion CO2 capture: Initial benchmarking concentration effects on heat of dissociation of HKUST-1 at ambient pressure Marta G. Plaza*, Inés Durán, Fernando Rubiera, in a NGCC context and design of pilot CO -loaded MEA solution in strippers M.S. Ba-Shammakh, ing Fahd University 2 Cova Pevida*, CSIC-INCAR Richard Blom*, Giorgia Mondino, Carlos Takao Nakagaki, Ryutaro Yamabe, Yukio Furukawa, of Petroleum & Minerals; Aimaro Sanna*, Grande, Hanne Kvamsdal, SINTEF Waseda University; Hiroshi Sato, Yasuro Yamanaka; Mercedes M Maroto-Valer, Heriot-Watt University 155 | CO2 sorption characteristics of various sorbents IHI Corporation in the bubbling fluidised-bed 164 | Innovative process cycle with with Metal- 147 | Equilibrium and kinetic behaviour of CO 2 Young Cheol Park*, Sung-Ho Jo, Seung-Yong Organic Framework (MOF) for post combustion PRECOMBUSTION: PILOT TESTING & OPERATION adsorption onto zeolites, carbon molecular sieve Lee, Jong-Ho Moon, Hyunuk Kim, Chang-Keun adsorption ------and activated carbons Yi, Korea Institute of Energy Research; Colin E. Davide Bonalumi, Stefano Lillia, Giampaolo 140 | Total integrated operation of gasifer, hot gas des- Ariful Islam Sarker, Adisorn Aroonwilas*, Snape, University of Nottingham Manzolini, Politecnico Di Milano*; Carlos ulfuriser, and SEWGS process for pre-combustion Amornvadee Veawab, University of Regina Grande, Richard Blom, SINTEF Materials CO capture using real syngas from coal 2 156 | The combination of CO2 utilisation and solid and Chemistry; Benedikt Schuerer, Linde Ho-Jung Ryu*, Dong-Ho Lee, Dal-Hee Bae, Jong-Ho 148 | Performance of activated fly ash impregnated sorbent preparation in one step process with PEI for CO post combustion capture Engineering Division Moon, Sung-Ho Jo, Gyoung-Tae Jin, Korea Institute 2 Viet Quang Dang*, Abu Zahra Mohammad, of Energy Research Abdallah Dindi*, Quang Dang Viet, Enas Nashef, Masdar Institute of Science and Technology 165 | Chitosan-impregnated sod-Metal Organic Mohammed Abu Zahra, Masdar Institute of Frameworks (sod-ZMOF) for CO2 capture: PRECOMBUSTION: PROCESS MODELLING Science and Technology 157 | Water is a misplayed resource: Synthesis of synthesis and performance evaluation ------zeolites from fly ash for CO capture Muofhe Singo*, Michael Daramola, University Activated carbon from date seeds for CO 2 141 | Cost comparison of technologies for pre- 149 | 2 Zhonghua Zhang*, National Institute of Clean- of the Witwatersrand capture applications combustion CO2 capture from an lignite-fired IGCC and-Low-Carbon Energy Simon Roussanaly*, Rahul Anantharaman, Adetola Ogungbenro*, Dang Quang, Khalid Al- 166 | Energy integration of high and low temperature David Berstad, Brede Hagen, Jana Jakobsen, Ali, Mohammad Abu Zahra, Masdar Institute of 158 | Thermogravimetric analysis – a viable method solid sorbents for CO2 capture Geir Skaugen, SINTEF Energy Research; Monika Science and Technology for screening novel materials for the sorbent Yolanda Lara, Ana Martínez, Luis Miguel Vitarova, Vaclav Novotny, Czech Technical University enhanced water-gas shift process Romeo, Research Center for Energy Resources Fredrik Lundvall, Georgios Kalantzopoulos, and Consumption (CIRCE); Pilar Lisbona, David Wragg, Anja Olafsen Sjåstad, Helmer Universidad de Valladolid Fjellvåg, University of Oslo; Bjørnar Arstad, Richard Blom, SINTEF Materials and Chemistry

GHGT-13 GHGT-13 54 www.ghgt.info www.ghgt.info 55 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

175 | Development of chemical CO solvent for high- 167 | Amine-impregnated alumina solid sorbents for 2 186 | Romanian CCS demo project-static modelling CO capture. lessons learned pressure CO capture (3): Analyses on absorbed Developments in CO 2 2 2 activities for storage sites in in Oltenia Region form of CO Yolanda Lara*, Research Center for Energy 2 Sorin Anghel, Constantin Stefan SAVA, Shin Yamamoto*, Hidetaka Yamada, Tsuguhiro Resources and Consumption (CIRCE); Luis Geological Storage GEOECOMAR Miguel Romeo, Universidad de Zaragoza Kato, Research Institute of Innovative Technology for the Earth (RITE); Mitsuhiro Kanakubo, National CASE STUDIES 187 | CO -water-rock interaction in sandstone reservoirs 168 | Enhanced cyclic stability and CO capture Institute of Advanced Industrial Science and 2 2 ------aimed for geological CO2 storage: Example from performance of MgO-Al O sorbent decorated Technology (AIST) 2 3 Furnas Formation, Paraná Basin, southern Brazil with eutectic mixture 181 | CO2 plume migration and fate at Sleipner, Norway: Lia Bressan, Joao Marcelo Ketzer, Rodrigo Iglesias, Vishwanath Hiremath*, Soonha Hwang, Jeong 176 | Achieving supercritical fluid CO pressures directly Calibration of numerical models, uncertainty 2 Anderson Maraschin, PUCRS/IPR Gil Seo, Myongji University from thermal decomposition of solid sodium analysis, and reactive transport modelling of CO2 bicarbonate trapping to 10,000 years 188 | On-going and future research at the Sulcis 169 | Fabrication and characterisation of crosslinked Roger Aines*, Joshuah Stolaroff, Megan Smith, Guanru Zhang, Chen Zhu*, Indiana University site in Sardinia, Italy – characterisation and amine-impregnated sorbents for carbon dioxide William Bourcier, LLNL Bloomington; Peng Lu, Indiana University capture Bloomington & Saudi Aramco; Xiaoyan Ji, Lulea experimentation at a possible future CCS storage site Hyunchul Jung*, Sunbin Jeon*, Dong Hyun Jo, 177 | CO -DISSOLVED and aqueous gas separation University of Technology 2 Sabina Bigi, Stanley Eugene Beaubien*, Maria June Huh, Sung Hyun Kim*, Korea University Maximillian Gorensek, Luther Hamm, Gerald Options for CO sequestration in Kuwait Chiara Tartarello, Livio Ruggiero, Stefano Graziani, Blount*, Savannah River National Laboratory; 182 | 2 170 | CO capture by pressure swing adsorption Filip Neele*, Vincent Vandeweijer, TNO; Haya Salvatore Lombardi, Sapienza University 2 Christophe Kervévan, Bureau de Recherches R.M. Siqueira, G.R. Freitas, M.N. Lopes, H.R. Mayyan, Shashank Rakeshkumar Sharma, Géologiques et Minières; Kathleen O’Neil, Peixoto, A.E.B. Torres, M. Bastos-Neto*, D.C.S. Dawood Kamal, KOC 189 | 3D geological model of potential CO storage: Partnering in Innovation, Inc. 2 Azevedo*, Universidade Federal Do Ceara; Abandoned oil and gas field LBr-1in the Vienna Jailton F. do Nascimento, Ana Paula S. Musse, 183 | Assessment of CO2 levels prior to injection across basin 178 | The effect of liquid viscosity on mass transfer PETROBRAS/CENPES the Quest Sequestration Lease Area Juraj Francu*, Miroslav Pereszlényi, Vit Hladik, area and liquid film mass transfer coefficient for Luc Rock*, Shell Canada Limited; Cameron Oldrich Krejci, Czech Geological Survey; Fridtjhof structured packings 171 | Characterisation of a thermally stable carbonic McNaughton, Golder Associates Ltd; Andy Black, Riis, International Research Institute of Stavanger anhydrase: A potential rate promoter for CO Di Song*, Frank Seibert, Gary Rochelle, The Zoran Nesic, Nick Grant, Rachhpal Jassal, 2 University of Texas at Austin capture with solvent absorption University of British Columbia; Michael Whiticar, CO INJECTIVITY Guoping Hu*, Nathan Nicholas, Kathryn Smith, University of Victoria; Matthew Lahvis, DeVaull, 2 179 | Evaluation of a protic ionic liquid for CO capture ------Joel Yong, Sandra Kentish, Geoff Stevens, The 2 Jennifer Guelfo, Shell Global Solutions; Christian 190 | Assessment of rock injectivity by comparing the University of Melbourne Kathryn Mumford*, Geoffrey Stevens, The Davies, Shell International Exploration and University of Melbourne; Steve Pas, Defence open-hole well logging data with continuous rock Production; George Maurice Shevalier, Michael core 172 | Intensification of CO separation processes Science and Technology; Tristan Simons, Defence 2 Nightingale, Bernhard Mayer, University of Calgary Chi-Wen Yu*, Sinotech Engineering Consultants, using advanced regeneration technologies Science and Technology Group & Monash Inc.; Chung-Hui Chiao, Mr. Lian-Tong Hwang, Wan- Claudia Fernandez Martin*, University of University; Douglas MacFarlane, Monash University 184 | A field demonstration of an active reservoir Huei Yang, Ming-Wei Yang, Taiwan Power Company Aberdeen pressure management through fluid injection 180 | Reference case and test case for benchmarking of and displaced fluid extraction at the Rock Springs 191 | Influence of sedimentation heterogeneity on CO OTHER HiPerCap technologies Uplift, a priority geologic CO storage site for 2 ------G Jans, J Brown, DNVGL P Khakharia, TNO G 2 flooding Wyoming Hyuck Park*, Lanlan Jiang, Tamotsu Kiyama, Yi 173 | Analysis of the absorption properties and thermal Haugen, Hanne Marie Kvamsdal*, SINTEF; M John Jiao*, Kipp Coddington, Carbon Management decomposition of non-alkanol amines Koller, Andtriz; M Kanniche, EDF; R Irons, UNIPER; Zhang, Osamu Nishizawa, Ziqiu Xue, Research Institute; Andrew Duguid, University of Wyoming; Institute of Innovative Technology for the Earth Sigvart Evjen*, Iris Renate Krokvik, Professor A.S Julia, GNF Rajesh Pawar, Los Alamos National Laboratory; Anne Fiksdahl, Doctor Hanna Knuutila, Norwegian (RITE); Ryo Ueda, Masanori Nakano, Japan Roger Aines, Lawrence Livermore National Petroleum Exploration Company Limited (JAPEX) University of Science and Technology Laboratory Injectivity of offshore CO sequestration in marine 174 | Novel green solvents for CO capture 192 | 2 2 185 | Stable isotope analysis of a natural CO2-reservoir, Idowu Adeyemi, Mohammad Abu Zahra, Inas sediments NW Hungary Zhenxue Dai, Phil Stauffer, Mei Ding, Peter Lichtner, AlNashef*, Masdar Institute of Science and Dóra Cseresznyés, Csilla Király, Csaba Szabó, Technology Los Alamos National Laboratory; Ye Zhang, EöTvöS University; György Czuppon, MTA Research Minkan Zhang, University of Wyoming; Changbing Centre for Astronomy and Earth Sciences; Yang, The University of Texas at Austin; William Zsuzsanna Szabó, György Falus*, Geological and Ampomah, New Mexico Tech; mohamadreze Geophysical Institute of Hungary Soltanian, Ohio State University

GHGT-13 GHGT-13 56 www.ghgt.info www.ghgt.info 57 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

ENVIRONMENTAL IMPACTS 200 | Effect of in-situ stress alterations on flow through MODELLING TOOLS AND APPROACHES 217 | REPP-CO2: Equilibrium modelling of CO2-rock-brine ------and stability of faults and fractures in the cap rock ------systems Andrey Antropov*, NIS; Alexandre Lavrov, SINTEF 193 | The effect of oxygen impurities on deep subsurface 209 | A new full coupling mathematical model between Vaclava Havlova, Martin Klajmon*, Radek Petroleum Research; Bogdan Orlic, TNO microbial activity at a CCS site wellbore pressure and temperature based on Cervinka, Angela Mendoza, UJV Rez, a.s; Hayden Morgan*, David Large, University of the fast explicit finite difference method for CO Juraj Francu, Czech Geological Survey Roman 201 | Modelling ground surface uplift during CO 2 Nottingham; Keith Bateman, Simon Gregory, 2 geological storage projects Bereblyum, Øystein Arild, IRIS sequestration: the case of In Salah, Algeria British Geological Survey David Hanstock, Haiqing Wu*, Bing Bai, Xiaochun Li, Mingze Liu, Lei Progressive Energy Antonio P. Rinaldi*, ETHZ & Lawrence Berkeley Wang, State Key Laboratory of Geomechanics & 218 | Seismic modelling: 4D capabilities for CO2 injection National Laboratory; Jonny Rutqvist, Stefan Chinese Academy of Science Paul Lubrano Lavadera, Åsmund Drottning, Finsterle, Lawrence Berkeley National Laboratory; 194 | Natural CH4 gas seeps in the French Alps: Isabelle Lecomte, Ben Dando*, Volker Oye, characteristics, typology and contribution to CH Hui-Hai Liu, Lawrence Berkeley National 4 210 | 3D geological and petrophysical numerical models NORSAR natural emissions to the atmosphere Laboratory &Aramco Research Center of E6 structure for CO2 storage in the Baltic Sea Frederick Gal*, Wolfram Kloppmann, Eric Proust, Kazbulat Shogenov*, Alla Shogenova, Tallinn 219 | Developing and validating simplified predictive Gaetan Bentivegna, Pierrick Defossez, BRGM; 202 | Caprock and surface deformation induced by University of Technology; Edy Forlin, Istituto models for CO2 geologic sequestration carbon dioxide injection Nazionale di Oceanografia e di Geofisica Srikanta Mishra*, Priya Ravi Ganesh, Jared Chao Li*, Prof Lyesse Laloui, Swiss Federal 195 | Numerical modelling of fish mortality at high Sperimentale Schuetter, Battelle Memorial Institute Institute of Technology of Lausanne, EPFL CO2 concentrations representing acclimation to gradually increasing PCO2 211 | Convective dissolution analysis of long-term 220 | Modelling study on the geochemical influence on Naohiro Yoshimoto, JGC Corporation; Toru Sato*, 203 | Experimental investigations into CO2 injection storage of acid gas in saline aquifers CO2 leakage during geological storage process associated fracture behaviour in shale caprocks University of Tokyo; Takashi Kikkawa, Marine Yongzhong Liu*, Bo Yu, Yong Yang, Tian Ding, Xi’an Dexiang Li*, China University of Petroleum & Tom Lynch*, Hamood Al-Hajri, Quentin Fisher, Ecology Research Institute; Jun Kita, Research Jiaotong University Heriot-Watt University; Min Jin, Eric Mackay, Institute of Innovative Technology for the Earth University of Leeds Heriot-Watt University; Liang Zhang, Shaoran Ren, (RITE) 212 | Geological modelling of Villameriel CO storage China University of Petroleum 204 | Impact of CO -induced geochemical reactions on 2 2 site, Duero Basin, Spain 196 | the mechanical integrity of carbonate rocks Research of the impact of elevated CO2 on soil Alicia Arenillas, Ruxandra Nita*, Manuel Bernat*, 221 | Vertically-integrated dual-porosity and dual- microbial diversity Elli-Maria Charalampidou, Susana García*, Jesús García-Crespo*, Ricardo Molinero*, José permeability models for CO2 sequestration in Jim Buckman, Patricia Córdoba, Helen Lewis, Junjie Ma*, Sha Wang, Xiaoli Zhu, Jinfeng Francisco Mediato, Silvia Cervel, Geological fractured reservoirs Mercedes Maroto-Valer, Heriot-Watt University Ma, Northwest University; Lu Xue, Northwest Survey of Spain (IGME) Bo Guo*, Karl Bandilla, Yiheng Tao, Michael Celia, University & Yulin University; Huagui Yu, Chunxia Princeton University 205 | Vertical equilibrium flow models with fully coupled Huang, Shaojing Jiang, Research Institute of 213 | Evaluation of geochemical impacts on caprock’s Shanxi Yanchang Petroleum (Group) Co. Ltd. geomechanics for CO2 storage modelling, using sealing performance 222 | Gas-liquid-solid Three-phase Simulation on CO2 precomputed mechanical response functions Masao Sorai*, National Institute of Advanced Seeping through Marine Sediment Odd Andersen*, SINTEF ICT & University of Bergen; 197 | Controlled release test facility to develop Industrial Science and Technology Yuki Kano*, Geological Survey of Japan; Toru environmental monitoring techniques for Halvor Nilsen, University of Bergen; Sarah Gasda, SATO, The University of Tokyo UNI Research, CIPR geologically stored CO2 in Korea 214 | Analytical approach for modelling of multi well CO2 Seong-Chun Jun, Jeong-Yong Cheon, Jong-Hwa injection 223 | Numerical study to estimate the effect of phase Yi, GeoGreen21 Co. Ltd.; Seong-Taek Yun, Korea 206 | Rock mechanical approaches for predicting fault Abhishek Joshi, Swathi Gangadharan, Yuri changes on CO2 leakage behaviour during CO injection University 2 Leonenko*, University of Waterloo Hariharan Ramachandran*, The University of Eric Tenthorey*, Geoscience Australia & CO2CRC; Texas at Austin David Dewhurst, CSIRO Energy; Thomas Richard, GEOMECHANICS 215 | Application of invasion percolation simulations to Epslog S.A. 224 | 2D reactive transport simulations of CO flue gas ------predict plume behavior through a heterogeneous 2 intermediate-scale sand tank containing impurities in a saline aquifer, Heletz, 198 | 207 | Integrated Analysis of Geomechanical Factors for Potential for fault reactivation due to CO2 injection Luca Trevisan*, Tip Meckel, University of Texas at Israel Geologic CO Storage in the Midwestern United in a semi-closed saline aquifer 2 Austin; Tissa Illangasekare, Colorado School of Dorothee Rebscher, Jan Lennard Wolf, Heike States Victor Vilarrasa*, Roman Makhnenko, Lyesse Mines Ruetters*, Franz May, Federal Institute for Laloui, École Polytechnique Fédédale de Lausanne J.R. Sminchak*, Ola Babarinde, Neeraj Gupta, Geosciences and Natural Resources; Auli Battelle 216 | Influence of slip flow at fluid-solid interface upon Niemi, Uppsala Universitet; Jacob Bensabat, 199 | Undrained triaxial compression tests on artificial permeability of natural rock Environmental and Water Resources Engineering 208 | Fluid-overpressure driven sediment mobilization CO2-hydrate-bearing sand specimens Shiwani Singh*, Fei Jiang, Takeshi Tsuji, Kyushu Hiromasa Iwai*, Nagoya Institute of Technology; and its risk for the integrity for CO2 storage sites – University 225 | Experiments and thermodynamic modelling of CO2 Yota Konishi, Sayuri Kimoto, Kyoto University an analogue modelling approach + undecane binary mixtures Michael Warsitzka*, Nina Kukowski, Friedrich Yi Zhang, Lulu Wang, Shuyang Liu, Yuan Chi, Schiller University Jena; Franz May, Federal Yongchen Song, Dalian University of Technology Institute for Geosciences and Natural Resources

GHGT-13 GHGT-13 58 www.ghgt.info www.ghgt.info 59 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

MONITORING TECHNOLOGIES AND TECHNIQUES 234 | Injectable contrast agents for enhanced subsurface 241 | Investigating the influence of mineral dissolution 249 | Hydrologic and elastic properties of CO2 injected ------mapping and monitoring and precipitation on oxygen isotope ratio (δ18O) rock at various reservoir conditions: Insights into Todd Schaef*, Satish Nune, Christopher Strickland, of CO -rich groundwater in Daylesford, South East quantitative monitoring of injected CO 226 | Optimised, budget-constrained monitoring well 2 2 Ki Wong Jung, Paul Martin, John Loring, B. Pete Australia Takeshi Tsuji*, Tatsunori Ikeda, Fei Jiang, Kyushu placement using DREAM McGrail, Pacific Northwest National Laboratory Ruta Karolyte*, Gareth Johnson, Stuart Gilfillan, University Catherine Yonkofski*, Casie Davidson, Luke Sascha Serno, University of Edinburgh Rodriguez, Ellen Porter, Christopher Brown, Pacific 235 | GipNet – Baseline environmental data gathering Geophysical methods for CCS technology Northwest National Laboratory 250 | and measurement technology validation for 242 | Hydrochemical and isotopic characteristics of Sunjay Sunjay*, Geophysics,BHU nearshore marine Carbon Storage CO rich groundwater in Gyeongsang sedimentary 227 | A new technique for monitoring the atmosphere 2 Nick Hoffman*, The CarbonNet Project; Nick basin, South Korea: A natural analogue study on The first post-injection quantification of the CO above onshore carbon storage projects that can 251 | 2 Hardman-Mountford, CSIRO Oceans and potential leakage of geologically stored CO plume at the Ketzin pilot site (Germany) estimate the locations and mass emission rates 2 Atmosphere Flagship; Charles Jenkins, CSIRO Hyun-Kwon Do*, Kyoung-Ho Kim, Seong-Taek Yun, Alexandra Ivanova, Thomas Kempka, Jan of detected sources Black Mountain; Peter Rayner, Gary Gibson, Mike Korea University Henninges, Stefan Lüth, GFZ Potsdam; Fei Huang, Bill Hirst*, David Randell, Matthew Jones, Philip Sandiford, University of Melbourne Uppsala University Jonathan, Benjamin King, Shell Global Solutions MONITORING: GEOPHYSICAL METHODS International BV 236 | Monitoring after closure: a case of the horse ------252 | Imaging constraints using applications of optimal already out of the barn AVO to CO storage monitoring 228 | CO leakage detection technology - Industry needs, 2 2 Susan Hovorka*, The University of Texas at Austin 243 | 2.5D inversion and joint interpretation of CSEM Amir Ghaderi, Bastien Dupuy, SINTEF Petroleum government regulations, and sensor performance data at Sleipner CO storage 2 Research Ann E. A. Blomberg, NGI & University of Oslo; 237 | Detection and understanding of natural CO Joonsang Park*, NGI Ivar-Kristian Waarum*, Espen Eek, Per Sparrevik, 2 releases in KwaZulu-Natal, South Africa 253 | Robust subsurface monitoring using a continuous Joonsang Park, Gerard Cornelissen, Mike Monitoring CO injection at the Tomakomai field Gareth Johnson*, Stuart Gilfillan, Stuart Haszeldine, 244 | 2 and controlled seismic source Carpenter, Delphine Laborde, Jock Brown, Torleiv University of Edinburgh; Nigel Hicks, Portia using high-sensitivity continuous gravimetry Tatsunori Ikeda*, Takeshi Tsuji, WPI-I2CNER, S. Grimsrud, DNV GL Munyangane, Kate Robey, Ina Saunders, Council Mituhiko Sugihara*, Yuji Nishi, Kazunari Nawa, Kyushu University for Geoscience; Clare Bond, University of Aberdeen; Tsuneo Ishido, Geological Survey of Japan, AIST; 229 | Fluid distribution effect on P-wave velocity of CO / 2 David Jones, Bob Lister, Jonathan Pearce, British Hiroshi Ikeda, University of Tsukuba brine saturated rocks: a comparison study and MONITORING: PRESSURE METHODS Geological Survey; Yannick Kremer, Zoe Shipton, implications for CO storage monitoring using ------2 University of Strathclyde; Thulani Maupa, South 245 | Low cost containment monitoring with distributed seismic method 254 | Pressure monitoring to detect fault rupture due to Africa Centre for Carbon Capture and Storage; Mzi acoustic sensing: feasibility studies for the Yi Zhang*, Osamu Nishizawa, Hyuck Park*, Ziqiu CO injection Nkwane, University of KwaZulu-Natal Peterhead CCS Project 2 Xue*, Research Institute of Innovative Technology Marcella Dean*, Samantha Grandi, Shell Global Elizabeth Keating, Rajesh Pawar, Los Alamos for the Earth (RITE) Solutions International; Owain Tucker, Shell National Laboratory; David Dempsey, University MONITORING: GEOCHEMICAL METHODS Global Solutions United Kingdom of Auckland 230 | Using Bayes’ theorem as the fundament to quantify ------and reduce uncertainties in when monitoring the 246 | Gravimetric monitoring of confined and unconfined NOVEL STORAGE CONCEPTS Assessment of Geochemical Markers in Shale-CO ------varying marine environment for indications of a 238 | 2 geological CO reservoirs 2 Reactive transport modelling of dissolved CO leak Experiments at Core Scale Hojjat Kabirzadeh*, Michael G. Sideris, Jeong W. 255 | 2 Guttorm Alendal*, University of Bergen; Jeremy Abiola Olabode*, Mileva Radonjic, Louisiana State Kim, University of Calgary; Young J. Shin, Korean injection in a geothermal doublet. Application to the CO -DISSOLVED concept Blackford, Plymouth Marine Laboratory; Baixin University Institute of Geoscience and Mineral Resources 2 Chen, Heriot-Watt University; Helge Avlesen, Christelle Castillo*, Nicolas Marty, Virginie Hamm, Abdirahman Omar, Uni Research 239 | Deep aquifer sampling and the use of ball check- 247 | Seismic characterisation of the Decatur, Illinois Christophe Kervévan, Dominique Thiéry, Louis de valves systems (USA) Carbon capture and storage site Lary, Jean-Charles Manceau, BRGM Frederick Gal*, Julie Lions, BRGM; Solenne Grellier, 231 | Integration results of soil CO2 flux and subsurface Dennise Templeton*, Eric Matzel, Christina gases in the Ressacada Pilot site, Southern Brazil Veolia Recherche et Innovation; Patrice Squarcioni, Morency, Joshua White, Lawrence Livermore 256 | Applying response surface methodology to design CO storage system with water production Graduate Flávio Goudinho*, Pontifical Catholic Jerome Barriere, Hydroinvest National Laboratory 2 University of Rio Grande Do Sul – PUCRS considering efficient pump energy use 240 | Vertical hydrochemical stratification of groundwater 248 | Uncertainty quantification in waveform-based Yuko Kawata*, Japan Oil Engineering Co.,ltd.; in a monitoring well: implication for groundwater Hiroyuki Azuma, Masato Takagi, Research Institute 232 | CO2MOVE Project: the new Brazilian Field Lab fully imaging methods - a Sleipner CO monitoring monitoring on CO leakage in geologic storage sites 2 of Innovative Technology for the Earth dedicated to CO2 MMV experiments 2 study Graduate Flávio Goudinho*, Pontifical Catholic Yon-Gyung Ryuh*, Hyun-Kwon Do, Kyoung-Ho Kim, Peder Eliasson*, Dr. Anouar Romdhane, Dr. An Experimental Study on the Influence of CO University of Rio Grande Do Sul – PUCRS Seong-Taek Yun, Korea University Michael Jordan, SINTEF Petroleum Research; 257 | 2 containing N on CO sequestration by X-ray CT Manuel Amaya, SINTEF Petroleum Research & 2 2 233 | Framing monitoring needs to detect leakage from NTNU scanning wells to the overburden Bohao Wu*, Lanlan Jiang, Yu Liu, PhD Mingjun Susan Carroll*, Kayyum Mansoor, Yunwei Sun, Yang, Pengfei Lv, Dayong Wang, Yongchen Song, Lawrence Livermore National Laboratory Dalian University of Technology

GHGT-13 GHGT-13 60 www.ghgt.info www.ghgt.info 61 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

Reducing CO flow using foam and gel-foam 258 | Modelling of Gas exsolution for CO2/brine surface 267 | 2 SITE CHARACTERISATION AND SELECTION 282 | CO2 Storage as dispersed trapping in proximal dissolution Strategy Guillaume Batôt, Marc Fleury, Lahcen Nabzar, IFP ------areas of the Pearl River Mouth Basin offshore Yun Wu, Larry Lake, The University of Texas at Energies Nouvelles Guangdong, China Austin; Steven Bryant, University of Clagary 275 | Fracture conductivity modelling in experimental Niklas Heinemann*, Stuart Haszeldine, Yutong shale rock interactions with aqueous CO 2 Shu, Mark Wilkinson, University of Edinburgh RISK ASSESSMENT AND MANAGEMENT Abiola Olabode*, Mileva Radonjic, Louisiana REMEDIATION AND CONTINGENCY PLANNING ------State University 283 | Pilot-scale CO sequestration test site in the ------268 | Assessment of CO health risk in indoor air following 2 2 Sulcis basin (SW Sardinia): preliminary site The use of polymer-gel remediation for CO a leakage reaching unsaturated zone: results from 259 | 2 276 | Pore space quantification of sedimentary rocks characterisation and research programme leakage through faults and fractures in the the first representative scale experiment before-after SC CO interaction by Optical Image 2 Alberto Plaisant, Enrico Maggio, Alberto Pettinau*, caprock Thomas Le Guenan*, Annick Loschetter, Louis De Analysis Sotacarbo S.pA Mojgan Hadi Mosleh*, Rajesh Govindan, Ji-Quan Lary, Hossein Davarzani, Olivier Bouc, Jacques E. Berrezueta, B. Ordoñez-Casado, Instituto Shi, Sevket Durucan, Anna Korre, Imperial College Deparis, BRGM; Fidel Grandia, AMPHOS 21; Geológico y Minero de España; M.J. Domínguez- 284 | CO saturation prediction by using well logging London Emilie Powaga, Bernard Collignan, CSTB; Manuel 2 Cuesta, Universidad de Oviedo; C. Medina and R. data during CO -EOR and sequestration Marcoux, IMFT 2 Molinero, Indiana Geological Survey Xiaoli Zhang*, Jinfeng Ma, Bowei Yu, Northwest 260 | Assessment of the effectiveness of corrective University; Qiao Feng, Shandong University of measures for CO storage risk mitigation and 269 | The Aliso Canyon methane well leakage as 2 277 | Three-dimensional reconstruction of the Science and Technology; Xiangzeng Wang, Lixia remediation an analogue for worst case CO leakage and 2 geological structure of Caspe (Spain) for Zhang, Shaanxi Yanchang Petroleum Co. Ltd. Anna Korre*, Rajesh Govindan, Sevket Durucan, quantification of acceptable storage loss evaluation as potential CO2 storage Imperial College London; Logan Brunner, Filip Erik Lindeberg*, Per Bergmo, Malin Torsæter, Alv- Jose F. Mediato, Jesus García-Crespo, Ricardo 285 | Seismotectonic characterization of southern Neele, Netherlands Organisation for Applied Arne Grimstad, SINTEF Petroleum Research Molinero*, Jose Luis García-Lobon, Emilio Pueyo, Israel: Implications for CO sequestration options Scientific Research TNO 2 Geological Survey of Spain (IGME); Esther in the Jurassic saline aquifer 270 | Sub-surface Risk Assessment for the Endurance Izquierdo, University of Zaragoza Concepción Rani Calvo*, Amos Salamon, Geological Survey of 261 | Remediation of CO leakage by solid reactants CO2 Store of the White Rose Project, UK 2 Ayala, Geological Survey of Spain (IGME). Now Israel Laura Wasch, Jens Wollenweber, Filip Neele*, Richard Metcalfe*, Kate Thatcher, George Towler, visiting at ICTJA-CSIC TNO; Marc Fleury, IFPEN Alan Paulley, Quintessa Limited; Jeremy Eng, 286 | Shallow geology of the CO2CRC Otway Site: National Grid Carbon Limited Influence of rock wettability on CO migration and 278 | 2 Evidence for previously undetected neotectonic Accelerating dissolution of CO in brine by 262 | 2 storage capacity in deep saline aquifers features enhancing convective mixing as a potential 271 | Study of density driven convection in a Hele-Shaw Emad Al-Khdheewi*, Stephanie Vialle, Ahmed Adam Bailey, Geoscience Australia; Roman remediation option cell with application to the carbon sequestration Barifcani, Mohammad Sarmadivaleh, Dr. Stefan Pevzner, Milovan Urosevic, Curtin University & Lies Peters, Joris Salari, Filip Neele*, TNO in aquifers Iglauer, Curtin University CO2CRC; Dimtry Popik, Curtin University; Andrew Agival Lu*, Yu Liu, Lanlan Jiang, Dalian University Feitz*, Geoscience Australia & CO2CRC Chemical reactive barrier formation as a leakage of Technology 263 | 279 | Evaluation and selection of CO2-EOR favourable mitigation technology area based on flow-units analysis 287 | Movement of reducing fluids in low permeability Cesar Castaneda-Herrera*, Jay Black, Geoff 272 | A tiered probabilistic methodology to generate risk Bowei Yu*, Xiaoli Zhang, Meixin Du, Dan Luo, rocks during progressive structural deformation – Stevens, Ralf Haese, Peter Cook Center, maps in carbon capture and storage Yajun Li, Xiaolong Zhang, Northwest University; Modelling CO migration in the Carmel Formation, University of Melbourne & CO2CRC Erica Siirila-Woodburn*, Abdullah Cihan, Jens 2 Xi Zheng, Northwest Branch of Petrochina USA Birkholzer, Lawrence Berkeley National Laboratory Research Institute of Petroleum Exploration Anja Sundal*, Rohaldin Miri, Ivar Midtkandal, 264 | Diversion of CO to nearby reservoir compartments 2 and Development; Yuanzi Yan, Shaanxi Energy Valentin Zuchuat, Per Aagaard, Alvar Braathen, for remediation of unwanted CO migration 273 | Probabilistic Risk assessment of geological carbon 2 Institute Licong Huang, Beijing Jiaotong University University of Oslo; Helge Hellevang, Jan Tveranger, D. Loeve*, E. Peters, M.P.D. Pluymaekers, F. sequestration in a CO -EOR field 2 University of Bergen Jedari-Eyvazi, F. Neele, B. Orlic, TNO Feng Pan, Wei Jia, Brian McPherson, Nathan 280 | Prediction of sandstone reservoir composition, Moodie, Richard Esser, The University of Utah; porosity and their variations by using well logging 288 | Development of an index value of suitable layers 265 | Understanding well load-up behaviour in CO wells Zhenxue Dai, Hari Viswanathan, Los Alamos data in the process of CO -EOR and sequestration 2 2 for CO storage based on the attribute analysis during CO back-production field test at the Ketzin National Laboratory; William Ampomah, New 2 2 Qiao Feng, Shandong University of Science and from conventional geophysical loggings pilot site, Germany – Turner criterion revisited Mexico Tech; Si-Yong Lee, Schlumberger Carbon Technology; Xiaoli Zhang*, Jinfeng Ma, Bowei Hiroyuki Azuma*, Masato Takagi, Research Axel Liebscher, Bernd Wiese, Fabian Möller, Services Yu, Northwest University; Xiangzeng Wang, Institute of Innovative Technology for the Earth; German Research Centre for Geosciences; Lixia Zhang, Ruimin Gao, Xisen Zhao, Shaanxi Chisato Konishi, Oyo Corporation Andreas Bannach, ESK 274 | Application of China’s CCUS environmental risk Yanchang Petroleum assessment technical guidelines (exposure draft) 289 | Evaluation of the CO storage potential of the MiReCOL: Remediation of shallow leakage from a to the Shenhua CCS Project 2 266 | 281 | New investigation of old well-logs and core Norwegian Continental Shelf: Online data CO storage site Qi Li, Guizhen Liu, Xiaochun Li, Chinese Academy samples in a natural CO occurrence 2 2 repository Mark Wilkinson, Katriona Edlmann, University of of Sciences; Lan-Cui Liu, Dong Cao, Zhansheng Ágnes Szamosfalvi*, László Zilahi-Sebess, Zoltán Andreas Bjørnestad*, Norwegian Petroleum Edinburgh; Ivana Demic, NIS j.s.c ; Anna Korre, Zhang, Bofeng Cai, Chinese Academy of Szalai, György Falus, Geological and Geophysical Directorate Imperial College Environmental Planning Institute of Hungary; Csilla Király, Eötvös University; Anita Jobbik, University of Miskolc

GHGT-13 GHGT-13 62 www.ghgt.info www.ghgt.info 63 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

STORAGE CAPACITIES 297 | Geologic carbon storage capacity estimation using 305 | Preliminary Understanding CO2 Sequestration and 313 | Three-dimensional finger structure of natural ------enhanced analytical simulation tool (EASiTool) Enhanced Coalbed Methane Recovery in Raniganj convection in homogenous and heterogeneous Seyyed Abolfazl Hosseini*, Reza Ganjdanesh, The Coalfield of India by Reservoir Simulation porous medium 290 | Probabilistic evaluation and sensitivity analysis University of Texas at Austin Saumitra Das, great Eastern Energy Corporation; Lei Wang*, Yuji Nakanishi, Akimitsu Hyodo, of geologic carbon dioxide storage capacities of Pratik Dutta, Indian Institute of Engineering Professor Tetsuya Suekane, Tokyo Institute of target geologic formations in the Janggi Basin, Science and Technology Technology 298 | Assesment of CO2-EOR and storage capacity in Korea South Sumatera and West Java Basins | Jai-Yong Park*, Yong Il Lee, Seoul National Oki Hedriana Herry*, Sugiharjo , Usman Pasarai, 306 Geological Modelling and Reservoir Simulation 314 | CO2-brine-rock interaction: reactivity experiments

University; Sungho Lee, Seoul National University Research and Development Center for Oil & Gas, supporting CO2 storage in a Deep Saline Formation, in the presence and absence of impurities and & Geotech Consultant, Ltd; Jun-Mo Kim, Minkyung Indonesia. Shengbei Injection Site, Ordos Basin, China implications on reservoir quality Jang, Jung-Hwi Kihm, Jungwon University Minh Nguyen, Ye Zhang, University of Wyoming; Mohammed D. Aminu*, Vasilije Manovic, Cranfield Philip Stauffer University 299 | Sensitivity analysis of the dynamic CO2 storage 291 | Modelling CO2 storage capacity for a capacity estimate for the Bunter Sandstone in the compartmentalized carbonate reservoir: a case UK Southern North Sea 315 | Acceleration of dissolution trapping by low saline study of a Bemis-Shutts Field in Central Kansas Simeon Agada*, Clea Kolster, Niall MacDowell, STORAGE RESERVOIR ENGINEERING WAG injection Yevhen Holubnyak*, Jason Rush, Mina FazelAlavi, Samuel Krevor, Imperial College London; Gareth ------R Vivek*, G Suresh Kumar, P Sivasankar, Indian Willard Watney, Kansas Geological Survey Williams, Hayley Vosper, British Geological Survey Institute of Technology Madras 307 | Pressure control for managing and optimizing adjacent subsurface operations in large scale CCS 292 | Dissolved CO storage in geological formations 300 | Current status of global storage resources and 316 | Experimental evaluation of injection pressure and 2 Carsten M. Nielsen*, Geological Survey of Denmark with low pressure, low risk and large capacities readiness to support wide scale CCS deployment flow rate effects on geological CO sequestration and Greenland (GEUS); Alv-Arne Grimstad, Robert 2 Michael Kühn*, GFZ German Research Centre for Christopher Consoli*, Neil Wildgust, Benjamin using MRI Drysdale, SINTEF Petroleum Research Geosciences & University of Potsdam; Thomas Court, Global CCS Institute Yongchen Song, Ying Teng, Lanlan Jiang, Yu Kempka, Marco De Lucia, GFZ German Research Liu, Pengfei Lv, Agival Lu*, Dalian University of 308 | Cycling flexibility of CO injection wells Centre for Geosciences; Magdalena Scheck- 301 | Offshore CO storage resource assessment of the 2 Technology 2 Thomas Spitz*, Francisco Ascui, Hannah Chalmers, Wenderoth, GFZ German Research Centre for Northern Gulf of Mexico (TX-LA) Mathieu Lucquiaud, University of Edinburgh Geosciences & RWTH Aachen Tip Meckel*, Ramon Trevino, Gulf Coast Carbon 317 | Improved understanding of the trapping Center - BEG, UT-Austin mechanism in a history matching process at the 309 | Managing geologic CO storage with pre-injection 293 | A statistical learning approach to model 2 Nagaoka pilot scale CO injection site, Japan brine production in tandem reservoirs 2 the uncertainties in reservoir quality for the 302 | Assessing the utility of high-level CO storage and Saeko Mito*, Ziqiu Xue, Research Institute of 2 Thomas A. Buscheck*, Joshua A. White, Yunwei assessment of CO storage performance in the utilisation resource estimates for CCS system Innovative Technology for the Earth (RITE) 2 Sun, Earth Scientist Yue Hao, William L. Bourcier, Lower Permian Rotliegend Group in the Mid North modelling Susan A. Carroll, Roger D. Aines, Lawrence Sea High Area Shiyan Wan*, Arezoo Ardekani,University of Notre 318 | Experimental analysis of clay mixtures as cap Livermore National Laboratory; Jeffrey M. Bielicki, Rajesh Govindan*, Nasim Elahi, Anna Korre, Dame & Purdue University; Kevin Ellett, Indiana rock analogues in sc. CO saturated aqueous The Ohio State University 2 Sevket Durucan, Imperial College London; David University environment Hanstock, Progressive Energy Ltd Eszter Sendula*, Mariann Páles, Csilla Király, 303 | Mid-Atlantic U.S. offshore carbon storage resource TRAPPING MECHANISMS Csaba Szabó, Eötvös University; Barbara Péter------294 | Comparing methods for the estimation of CO2 assessment Szabó, Edit Székely, Budapest University of storage capacity in saline aquifers in Germany: Lydia Cumming*, Neeraj Gupta, Battelle; 310 | Estimating capillary pressures in sandstones Technology and Economics; István Kovács, Beatrix regional aquifer based vs. structural trap based Kenneth Miller, Christopher Lombardi, Rutgers using microCT Udvardi, Péter Kónya, György Falus*, Geological assessments University; David Goldberg, Lamont-Doherty Earth Jaques de Chalendar, Charlotte Garing, Sally and Geophysical Institute of Hungary Stefan Knopf*, Franz May, Bundesanstalt für Observatory; Uri ten Brink, United States Geological Benson, Stanford University; Marco Voltolini, Geowissenschaften und Rohstoffe Survey; Daniel Schrag, Harvard University; Peter Jonathan Ajo-Franklin, Lawrence Berkeley National 319 | Experimental study of two-phase fluid flow in the McLaughlin, Delaware Geological Survey, David Laboratory porous sandstone by P-wave velocity and electrical

295 | Assessing CO2 Storage Capacity of a steeply Andreasen, Maryland Geological Survey, Kristin impedance measurement dipping, fault bounded aquifer and effect of Carter, Pennsylvania Geological Survey 311 | Experimental mutual solubilities of CO2 and H2O in Keigo Kitamura*, Masamich Nishihara, Kyushu

impurity in CO2 streams pure water and NaCl solutions University Hiroyuki Honda, Shinnosuke Takaki, Yong-Chan Park*, Young-Jae Shinn, HiKweon Lee, Marie-Camille Caumon*, Jérôme Sterpenich, Yasuhiro Mitanni, Kyushu University; Kenneth 304 | Evaluation of barriers to national CO2 geological Byung-Young Choi, KIGAM storage assessments Aurélien Randi, Jacques Pironon, GeoRessources Christensen, University of Notre Dame Ceri Jayne Vincent*, Michelle Sarah Bentham, lab., Université De Lorraine, CNRS, CREGU 296 | Storage potentials in the deeper subsurface of the Karen Louise Kirk, Jonathan Mark Pearce, British 320 | Effect of limestone and buffer solution in the central German North Sea Geological Survey; Maxine Akhurst, British 312 | The Role of Water Flow and Dispersion in the aqueous speciation and pH of brines for CO2 sequestration Frithjof Bense*, Fabian Jähne-Klingberg, Federal Geological Survey Dissolution of CO2 in Deep Saline Aquifers Institute for Geosciences and Natural Resources Itamar Michel-Meyer*, Uri Shavit, Civil and Susana Garcia*, Patricia Cordoba, Leila Cherqaoui, (BGR) Environmental Engineering, Technion; Ravid Mercedes Maroto-Valer, Heriot-Watt University Rosenzweig, Geological Survey of Israel

GHGT-13 GHGT-13 64 www.ghgt.info www.ghgt.info 65 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

338 | Corrosion fatigue of 1.4542 exposed to a laboratory 345 | Geo- and hydrochemical variations induced 321 | Microreactors to measure solubilities in the CO2- WELLBORE INTEGRITY saline aquifer CCS-environment during CO HTHP - autoclave experiments under H2O-NaCl system ------2 Anja Pfennig*, Andre Gröber, University of Applied highly saline conditions Marie-Camille Caumon*, Jean Dubessy, Pascal Self-sealing of wellbore cement under the CO 330 | 2 Sciences Berlin; Marcus Wolf, Axel Kranxmann, Steven Henkel, Dieter Pudlo, Reinhard Gaupp, Robert, Boubaker Benaissa, GeoRessources lab., batch experiment using well composite sample Thomas Böllinghaus, BAM, Federal Institute of Friedrich Schiller University Jena; Sabine Université De Lorraine, CNRS, CREGU Saeko Mito-Adachi*, Kazuhiko Nakano, Ziqiu Xue, Materials Research and Testing Schatzmann, Daniel Albrecht, Leonhard Ganzer, Research Institute of Innovative Technology for the 322 | Investigating the influence of geological Clausthal University of Technology Earth heterogeneity on capillary trapping of buoyant 339 | Porosity changes in mud-affected rock and cement CO using transmitted-light flow visualization upon reaction with CO 346 | Assessment of low probability material impacts 2 331 | Closing of micro cavities in well cement upon CO - 2 experiments 2 Ragnhild Skorpa*, Jelena Todorovic, Malin Susan Hovorka, The University of Texas at Austin brine exposure Prasanna Ganesan Krishnamurthy*, Luca Trevisan, Torsæter, SINTEF Petroleum Research Elvia Anabela Chavez Panduro*, Dag Werner Tip Meckel, The University of Texas at Austin & 347 | Model-based assessment of the site-specific Breiby, NTNU; Malin Torsæter, Kamila Gawel, Center for Frontiers of Subsurface Energy Security 340 | Influence of phase behaviour in the well design of cost of monitoring SINTEF Petroleum Research; Ruben Bjørge, SINTEF CO injector wells Behnaz Bolhassani, Susan Hovorka, Seyyed Materials and Chemistry; Claus Kjøller, Peter 2 323 | Residual trapping of supercritical CO2: direct pore- Luis Acevedo*, Shell UK Ltd; Ajay Chopra, Arc Well Hosseini, Jacob Anderson, Changbing Yang, Frykman, Geological Survey of Greenland and scale observation using a low cost pressure cell for Engineering Ltd Michael Young, The University of Texas at Austin micro computer tomography Denmark (GEUS) Maxim Lebedev*, Curtin University & CO2CRC; 341 | Assessment of thermal stress on well integrity as a Synchrotron study of cement hydration near a wall: Stefan Iglauer, Curtin University 332 | function of size and failure strength Developments in other implications for well integrity at CO storage sites 2 Pratanu Roy*, Stuart D. C. Walsh, Joseph P. Morris, Elvia Anabela Chavez Panduro*, Dag Werner Breiby, 324 | The effect of water flushing on CO2 concentration Jaisree K. Iyer, Yue Hao, Susan Carroll, Lawrence NTNU; Alexander Lavrov, Malin Torsæter, SINTEF Storage Options for CO2 around injection well as identified through Livermore National Laboratory; Jelena Todorovic, Petroleum Research laboratory study Kamila Gawel, Malin Torsater, SINTEF Petroleum Lanlan Jiang*, Ziqiu Xue, Hyuck Park, Yongchen COAL BEDS Research Laboratory ------Song, Research Institute of Innovative Technology 333 | Lost circulation in primary well cementing Alexandre Lavrov*, SINTEF Petroleum Research 348 | Recent advances in coal seam sequestration for the Earth 342 | A simplified coupled model to quantify the role of research in India - highlighting multiphase CO chemistry and mechanics on sealing of large scale 2 334 | Experimental and modelling study of welfare flow for deep seam sequestration 325 | Experimental verification of CO2 dissolution rate cement fractures exposed to CO -rich brine integrity for CO geological storage 2 Vikram Vishal*, IIT Bombay due to diffusion induced convection 2 Jaisree Iyer*, Stuart Walsh, Yue Hao, Pratanu Roy, Montserrat Recasens*, Susana Garcia*, Eric Hassan Karimaie*, NTNU; Erik Lindeberg, SINTEF Joseph Morris, Susan Carroll, Lawrence Livermore Mackay*, Mercedes Maroto-Valer*, Heriot Watt 349 | Regional- to reservoir-scale evaluation of CO2 National Laboratory storage resource estimates of coal seams 326 | Residual CO trapping at different thermos-physical University 2 Qian Zhang*, Kevin Ellett, John Rupp, Maria conditions 343 | Estimating the leakage along wells during geologic 335 | Understanding CO -brine-wellbore cement-rock Mastalerz, Indiana University; Ozgen Karacan, Taufiq Rahman*, Maxim Lebedev, Ahmed Barifcani, 2 CO storage: Application of the Well Leakage interactions for CO storage integrity 2 NIOSH, Office of Mine Safety and Health Stefan Iglauer, Curtin University 2 Assessment Tool to a Hypothetical Storage Qi Liu, Mercedes Maroto-Valer*, Mojgan Hadi, Research Scenario in Natrona County, Wyoming Heriot-Watt University; Mosleh, Anna Korre, Sevket 327 | The influence of heterogeneity in wettability and Brenna Doherty, Veronika Vasylkivska, Nicolas 350 | Enhanced gas recovery and CO storage in coal Durucan, Imperial College London 2 porosity in CO2 geological sequestration: a pore- Huerta*, Robert Dilmore, U.S. Department of bed methane reservoirs with N2 co-injection scale study Energy, NETL 336 | Large rock mass experimentation @ Mont George Koperna*, Anne Oudinot, David Pengfei Lv, Yongchen Song, Lanlan Jiang, Yu Liu*, Riestenberg, Advanced Resources International, Bohao Wu, Ying Teng, Guohuan Lu, Dalian University Terri Underground Research Laboratory – CO2 containment assurance experiments OTHER Inc. of Technology ------Harvey Goodman*, Chevron Energy Technology 344 | Investigation of corrosion fatigue of duplex steel 328 | Trapping mechanisms in field scale: Results from Company MINERALISATION X2CrNiMoN22-5-3 exposed to a geothermal ------Nagaoka geologic CO storage site 2 environment under different electrochemical Takhiro Nakajima*, Ziqiu Xue, RITE 337 | Unusual corrosion behaviour of X5CrNiCuNb16-4 351 | Modelling continuous process for precipitated exposed to a laboratory saline aquifer CCS- conditions and load types calcium carbonate production from oil shale ash Marcus Wolf, Roman Afanasiev, Thomas 329 | Numerical modelling of the Aquistore CO storage environment at 60°C and high pressure Kadriann Tamm*, Mai Uibu, Juha Kallas, 2 Boellinghaus, BAM, Federal Institute of project Anja Pfennig*, Helmut Wolthusen, Andre Gröber, Rein Kuusik, Tallinn Unversity of Technology, Materials Research and Testing; Anja Pfennig, Tao Jiang, Lawrence Pekot, Lu Jin, Wesley Peck, University of Applied Sciences Berlin; Axel Laboratory of Inorganic Materials University of Applied Sciences Berlin Charles Gorecki, University of North Dakota Energy Kranzmann, BAM, Federal Institute of Materials & Environmental Research Center; Kyle Worth, Research and Testing Petroleum Technology Research Centre

GHGT-13 GHGT-13 66 www.ghgt.info www.ghgt.info 67 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

OCEAN STORAGE 358 | U. S. DOE Regional Carbon Sequestration NEW DEVELOPMENTS PROGRAMME OVERVIEWS ------Partnership Initiative: New insights and lessons ------learned 352 | Study on dissolution process of liquid CO2 into 367 | LBr-1 – research CO2 storage pilot in the Czech 374 | Accelerating Australian demonstration projects water under high pressure condition for CCS Traci Rodosta*, William Aljoe, Grant Bromhal, Republic through focused R&D Xiao Ma*, Yutaka Abe, Akiko Kaneko, University National Energy Technology; Darin Damiani, U. S. Vit Hladik*, Roman Berenblyum, Miroslav Kevin Dodds*, Noel Simento, Australian National of Tsukuba; Shuhei Fujimoto, Chikahisa Department of Energy Pereszlenyi, Juraj Francu, Oldrich Krejci, Czech Low Emission Coal R&D Murakami, National Maritime Research Geological Survey; Eric P. Ford, Alexey Khrulenko,

Institute, Japan LESSONS LEARNT IRIS 375 | ENOS: Enabling onshore CO2 storage in Europe: ------fostering local and international cooperation 353 | Potential for very deep ocean storage of liquid around pilot and test sites 359 | World Bank CCS Program activities in Botswana – PILOT PROJECTS carbon dioxide without ocean acidification - a Marie Gastine*, Isabelle Czernichowski-Lauriol, Results and Lessons Learned ------discussion paper 368 | Estimation of geological data using assisted Sandrine Grataloup, BRGM; Roman Berenblyum, Steve Goldthorpe*, Steve Goldthorpe Energy 360 | World Bank CCS Program activities in South Africa IRIS; Carlos de Dios, CIUDEN; Vit Hladik, CGS; Niels history matching in the pilot-scale CO2 injection Analyst Ltd – Results, Lessons Learned, and Next Steps site, Iwanohara, Japan Poulsen, GUES; Samuela Vercelli, SapienzaCeri Brendan Beck*, Natalia Kulichenko-Lotz, World Kei Tanaka*, Takashi Goda, Kozo Sato, The Vincent, BGS Ton Wildenborg, TNO bank University of Tokyo Demonstration Projects and 376 | Update on the China Australia geological storage 361 | CO2 storage in depleted or depleting oil and gas of CO2 (CAGS) Project: Phase 2 complete, 369 | Ketzin CO2 storage pilot site: Study of materials Major International CCS fields: What can we learn from existing projects? retrieved during well abandonment operation commencing Phase 3 Sarah Hannis*, Andy Chadwick, Karen Kirk, Kamila Gawel*, Jelena Todorovic, Nils Opedal, Andrew Feitz*, Jessica Gurney, Geoscience Research Developments and Jonathan Pearce, British Geological Survey; Jiemin SINTEF Petroleum Research; Habil Axel Liebshcer, Australia/ CO2CRC; Juitian Zhang, Xian Zhang, Lu, Susan Hovorka, Katherine Romanak, Gulf Coast Bernd Wiese, GFZ, German Research Centre for The Administrative Centre of China’s Agenda 21 Demonstration Programs Carbon Centre Geosciences 377 | Overview of a Large Scale Carbon Capture, 362 | The evolution of European CCS policy 370 | Jingbian CCS Project in China: 2015 update Utilisation, and Storage Demonstration Project at Matthew Billson*, University of Sheffield DEVELOPMENTS OF BEST PRACTICE GUIDELINES Jinfeng Ma*, Xiaoli Zhang, Zhenliang Wang, Yinmao an active Oil Field, Farnsworth, Texas ------Robert Balch*, Reid Grigg, Petroleum Recovery 363 | Changes in formation water composition during Wei, Dr Junjie Ma, Shaojing Jiang, Northwest 354 | Study of N injection as a mean to improve University; Xiangzeng Wang, Ruimin Gao, Xisen Research Center - New Mexico Tech; Brian 2 water storage at surface and post re-injection McPhearson, University of Utah storage safety Hong Phuc Vu*, Jay Black, Professor Ralf Haese, Zhao, Chunxia Huang, Lin Li, Huagui Yu, Hong Dan Bossie-Codreanu*, Marc Fleury, IFP University of Melbourne & CO2CRC Wang, Shaanxi Yanchang Petroleum Co. Ltd. Energies Nouvelles; Bernd Wiese, Deutsches 378 | Overview of World Bank CCUS Program Frank Mourtis, Natalia Kulichenko-Lot, World Bank Geoforschungszentrum 364 | Highlights and main findings from the 8 year 371 | Learnings from CO2CRC Capture Pilot Plants SOLVit R&D programme – Bringing solvents and testing – assessing technology development 355 | Remediation processes using a dimensionless technology from laboratory to industry Paul Webley, CO2CRC Ltd,The University of classification of potential storage sites Jacob Knudsen, Oscar Graff, Aker Solutions; Ole Melbourne & The Peter Cook Center for Carbon OTHER ------Dan Bossie-Codreanu*, IFPEN Wærnes, SINTEF Chemistry and Materials Hallvard Capture and Storage; Abdul Qader*, CO2CRC Svendsen, NTNU Ltd, Geoff Stevens, Kentish, Colin Scholes, The 379 | South West Hub CCS Project: Research and EXPERIENCES AND ACHIEVEMENTS University of Melbourne & The Peter Cook Center results from an integrated R&D program ------365 | Interpretation of above zone and storage zone for Carbon Capture and Storage, Barry Hooper, Linda Stalker, CSIRO; Steve Whittaker, National Geosequestration Liboratory 356 | European Energy Program for Recovery Carbon pressure responses to carbon dioxide injection in UNO Technology Pty Ltd; Dianne Wiley, The Capture and Storage (CCS) Demonstration Projects the 2016 CO2CRC field test University of Sydney & University of New South – Progress and Lessons Learned Tara LaForce, Jonathan Ennis-King, Lincoln Wales Australia Sandra Vicki Chen, University of Zoe Kapetaki*, Jelena Simjanovic, Global CCS Paterson, Tess Dance, Charles Jenkins, CO2CRC & New South Wales Australia Institute; Tom Mikunda, TNO; Jens Hetland, Yildiray Cinar, CO2CRC & UNSW SINTEF Energy Research 372 | Well-based monitoring schemes for the South 366 | What have we learned about CO2 leakage from field West Hub Project, Western Australia injection tests? Regulatory uncertainty and its effects on Ludovic Ricard, Karsten Michael*, Steve Whittaker, 357 | Jennifer Roberts, University of Strathclyde; Linda monitoring activities of a major demonstration CSIRO Energy Allison Hortle, Linda Stalker, Brett Stalker, National Geosequestration Laboratory. project: The Illinois Basin – Decatur Project case Harris, Curtin University; Barry Freifeld, Class VI Randy Locke*, Sallie Greenberg, Hongbo Shao, Solutions, Inc. Illinois State Geological Survey; Phil Jagucki, Hekla Environmental 373 | Sinopec Zhongyuan oil field company refinery CCS-EOR project Tony Zhang*, Qianguo Lin, Ron Munson, Guido Magneschi, Global CCS Institute; Zhaojie Xue, Sinopec

GHGT-13 GHGT-13 68 www.ghgt.info www.ghgt.info 69 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

Towards Negative CO CCS for Industrial Sources REFINERIES COSTS, INCLUDING COMPARISON TO OTHER 2 ------MITIGATION OPTIONS CO capture from refinery sulphur recovery unit tail ------CEMENT 394 | 2 Emissions gas by Shell Cansolv technology ------400 | From building blocks to case studies: Estimating BIOMASS ENERGY USE COMBINED WITH CCS Farhang Abdollahi*, Ian Craig, Mania Neisiani, | Calcium looping for CO capture in cement the costs of transport and storage for Australia ------387 2 Shell Cansolv plants – pilot scale tests Peter Neal*, UNSW Australia & CO2CRC Ltd, 380 | Thermo-hydrodynamic evaluation of the Matthias Hornberger*, Reinhold Spörl, Günter Minh Ho, CO2CRC Ltd, UNSW Australia & The carbon-water-energy nexus of carbon negative Scheffknecht, University of Stuttgart IRON AND STEEL University of Sydney; Gustavo Fimbres Weihs, power generation (BECCS) ------CO2CRC Ltd & Cátedras CONACyT, Instituto Mathilde Fajardy*, Niall Mac Dowell, Imperial Enhanced recovery process of calcium oxide and 388 | Reference cement plant with MEA CO2 capture 395 | Tecnológico de Sonora; Dianne Wiley, CO2CRC College Mari Voldsund, SINTEF Energy Research; metals from steelmaking slag with net carbon Ltd, UNSW Australia & The University of Sydney Helmut Hoppe, VDZ; Maurizio Spinelli, Matteo sequestration 381 | Ignition and combustion of single particles of Romano, Politecnico di Milano Corey Myers, Takuya Mitamura, Takao Nakagaki, 401 | Carbon capture and storage and its impact on coal and biomass under O2/CO2 atmospheres Waseda University the levelised cost of electricity in 2015 and to Juan Riaza*, Hannah Chalmers, University of 389 | Economic analysis of CCU in the Korean cement 2030. Results from a recent Australian study Edinburgh, Gibbins, University of Edinburgh & 396 | A Techno-Economic Comparison of CO emission industry: CO2 capture using KIERSOL & PCC 2 Tania Constable*, Geoffrey Bonger, CO2CRC University of Sheffield conversion reduction concepts for an integrated iron and steel Limited mill | Yeo Il Yoon*, Young Eun Kim, Sung Chan Nam, 382 Fluidised bed oxy-combustion of coal and Sung Youl Park, Il Soo Chun, Korea Institute of Antti Arasto*, Kristin Onarheim, Eemeli Tsupari, ENERGY, EFFICIENCY IN CCS SYSTEMS biomass Energy Research Janne Kärki ------Carlos Lupiáñez, Luis Díez*, Eloy Pueyo, Sergio Espatolero, CIRCE-University of Zaragoza 402 | Coal quality effects on the performance of an 390 | Evaluation of MEA 5M performance at different OTHER Carmen Mayoral, Jose M. Andrés, ICB-CSIC IGCC power plant with CO2 capture in India CO2 concentrations of flue gas tested at a CO2 ------capture lab-scale plant Mohammad Mansouri Majoumerd*, 397 | High-performance and magnetic activated carbons 383 | Achieving Negative Emissions With The Most Fernando Vega*, Benito Navarrete, Mercedes International Research Institute of Stavanger prepared from lignin-to-liquid process waste and Promising Business Case For Bio-Ccs In Power Cano, José Antonio Camino, Luz Marina Gallego, (IRIS); Kuntal Jana, Sudipta De, Jadavpur their use in CO separation And Chp Production University of Seville 2 University; Mohsen Assadi, University of Antti Arasto, Eemeli Tsupari, Toni Pikkarainen, Wenming Hao, Fredrik Björnerbäck*, Yulia Stavanger Trushkina, German Salazar-Alvarez, Niklas Hedin, Janne Kärki, Matti Tähtinen, VTT Technical 391 | Feasibility assessment of CO capture Research Centre of Finland; Risto Sormunen, Timo 2 University of Stockholm; Mikel Oregui Bengoechea, Cooled vs. chilled ammonia-based CO capture retrofitted to an existing cement plant: post- 403 | 2 Tanja Barth, University of Bergen Korpinen, Fortum Corporation combustion vs. oxy-fuel combustion technology in combined cycles with air-blown gasification Hana Gerbelová*, Instituto Superior Técnico; of high-sulphur coal CAPTURING CO FROM THE AIR Davide Bonalumi*, Antonio Giuffrida, 2 Mijndert van der Spek, Wouter Schakel, Utrecht CCS Technology ------University Politecnico Di Milano

384 | Design strategy for CO2 adsorption from ambient 404 | air using a supported amine based sorbent in a 392 | CEMCAP - making CO capture retrofittable to Assessment and Cost Exergetic and exergoeconomic analysis of three 2 different technologies for post-combustion CO fixed-bed contactor cement plants 2 Qian Yu*, IR D.W.F. Brilman, University of Twente Kristin Jordal*, Mari Voldsund, Sigmund Størset, System Integration capture SINTEF Energy Research; Kristina Fleiger, VDZ Minh Ho*, Dianne Wiley, The University of 385 | Characterisation and performance of direct air gGmbH; Giovanni Cinti, C.T.G. S.p.A; Reinhold CCS AND WATER USE Sydney & CO2CRC;Giandomenico Ferrara, capture sorbent Spörl, University of Stuttgart ------Pierluigi Leone, Andrea Lanzini, Politecnico di Jere Elfving*, Cyril Bajamundi, Juho Kauppinen, Torino 398 | The impact of CO2 capture on water require- VTT Technical Research Centre of Finland LTD 393 | LEILAC: Low cost CO capture for the cement 2 ments of power plants HEALTH SAFETY AND ENVIRONMENTAL RISK and lime industries Guido Magneschi*, Tony Zhang, Ron Munson, 386 | How future carbon dioxide removal technologies Thomas P. Hills, Paul Fennell*, Imperial College ASSESSMENTS Global CCS Institute ------influence short-term policies London; Mark Sceats, Daniel Rennie, Calix Jessica Strefler*, Nico Bauer, Elmar Kriegler, Dr. Europe Ltd CCS INTEGRATION INTO COMPETITIVE ELECTRICITY 405 | IMPACTS: Framework for risk assessment of CO transport and storage infrastructure Ottmar Edenhofer, Potsdam Institute for Climate MARKETS 2 Impact Research Ingrid Raben, Filip Neele*, Mark Spruijt, TNO; ------Andy Brown, Charles Eickhoff, Progressive En- 399 | An MILP modelling approach to systemic energy ergy Ltd technology valuation in the 21st century energy system Clara Heuberger*, Iain Staffell, Nilay Shah, Niall Mac Dowell, Imperial College London John Davison, IEAGHG

GHGT-13 GHGT-13 70 www.ghgt.info www.ghgt.info 71 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

INTEGRATED CCS SYSTEMS 420 | Towards a thorough validation of simulation tools CO FOR ENHANCED HYDROCARBON RECOVERY ------CO Transport and 2 2 for CO2 pipeline transport ------406 | Toolbox of effects of CO impurities on CO Michael Drescher, Adil Fahmi, Gelein de Koeijer, 2 2 Infrastucture Development 426 | CO Sequestration and Enhanced Oil Recovery at transport and storage systems Statoil ASA; Peder Aursand, Morten Hammer, 2 Depleted Oil Reservoirs Joris Koornneef*, Filip Neele, TNO; Jana Halvor Lund, Jacob Stang, Øivind Wilhelmsen, CO QUALITY Zhenxue Dai*, Hari Viswanathan, Los Alamos Poplsteinova Jakobsen, Amy Brunsvold, 2 SINTEF Energy Research ------National Laboratory; Feng Pan, Wei Jia, Brian SINTEF Energy Research; Charles Eickhoff, 413 | Techno-economic issues and trade-offs for CO McPherson, The University of Utah; William Progressive Energy Ltd 2 421 | Conditioning of a pipeline CO stream for ship purity in CCS chains 2 transport from various CO sources Ampomah, Robert Balch, Reid Grigg, Martha Charles Eickhoff, Andy Brown, Progressive 2 Cather, New Mexico Tech; Changbing Yang, 407 | On the flexibility of coal-fired power plants with Frithjof Engel, Dr-Ing. Alfons Kather, Hamburg Energy Ltd; Filip Neele*, TNO Youqing Zhou, The University of Texas at Austin; integrated Ca-looping CO capture process University of Technology 2 Si-Yong Lee, Schlumberger Carbon Services; Mark Yolanda Lara*, Research Center for Energy 414 | IMPACTS recommendations for safe and White, Pacific Northwest National Laboratory Resources and Consumption (CIRCE); Luis 422 | Guidelines for the development of flexible CCS efficient handling of CO with impurities Miguel Romeo, Universidad de Zaragoza, 2 networks Amy L. Brunsvold*, Jana P. Jakobsen, Geir 427 | Co-optimisation of CO -EOR and storage processes Campus Río Ebro, Escuela de Ingeniería y Ben Wetenhall, Hamed Aghajani, Newcastle 2 Skaugen, SINTEF Energy Research; Charles under geological uncertainty Arquitectura University; Julia Race, University of Strathclyde; Eickhoff, Progressive Energy Ltd., Filip Neele, Eve Sanchez- Fernandez, Mark Naylor, Mathieu William Ampomah*, Robert Balch, Reid Grigg, TNO Dhiraj Gunda, Petroleum Recovery Research 408 | Facilitating CCS business planning by extending Lucquiaud, Hannah Chalmers, University of Center; Zhenxue Dai, Los Alamos National the functionality of the SimCCS integrated system Edinburgh Laboratory model INFRASTRUCTURE AND SOURCE-SINK MATCHING Kevin Ellett, John Rupp, Indiana Geological Survey, ------428 | Synergy of CO storage and oil recovery in different Indiana University; Richard Middleton, Philip 415 | Transport solutions for CO sources in Poland OTHER 2 2 ------geological formations: case study in the Baltic Sea Stauffer, Los Alamos National Laboratory to the North Sea Kazbulat Shogenov, Alla Shogenova, Institute of Ragnhild Skagestad*, Anette Mathisen, Tel-Tek 423 | Transport of CO2: Presentation of new LIFE CYCLE ASSESSMENT STUDIES thermophysical property measurements and Geology at Tallinn University of Technology; Davide Gei, Edy Forlin, Istituto Nazionale di Oceanografia ------416 | Assessment of fracture propagation in phase diagrams Christophe Coquelet*, Paolo Stringari, Martha e di Geofisica Sperimentale (OGS) 409 | A lifecycle assessment model development of pipelines transporting impure CO2 streams CO emissions and water usage in shale gas Sergey Martynov, Haroun Mahgerefteh, Hajiw, Mines ParisTech; Luis Pereira, Rod 2 429 | Identification of a minimum dataset for CO2-EOR production University College London; Reza Talemi, Burgass, Heriot Watt University Alfonso and CO storage monitoring at Weyburn, Canada Alex Brown*, Anna Korre, Zhenggang Nie, AccelorMittal Global R&D; Solomon Brown, Gonzalez, Antonin Chapoy, Mines ParisTech & 2 Jean-Philippe Nicot, Alexander Sun, Rebecca Imperial College London University College London & The University of Heriot Watt University Shuang Gao, Bureau of Economic Geology Sheffield 410 | Evaluation of technology and policy issues 430 | Examining the potential of immiscible CO associated with the storage of carbon dioxide 2 PIPELINES enhanced oil recovery in shallow and heavy-oil via enhanced oil recovery in determining the ------CO2 Utilisation Options reservoirs potential for carbon negative oil Daniel Hatchell*, Sally Benson, Stanford University Kipp Coddington*, Steve Carpenter*, University 417 | Heat transfer and flow characteristics of CO2- CO2 FOR ENERGY (STORAGE) of Wyoming hydrate mixture in pipeline ------Rin Yun, Benedict Prah, Hanbat National University 431 | Database and probabilistic assessment OTHER 424 | Power to Gas technology in Spanish future energy methodology for carbon dioxide enhanced oil ------418 | Fracture-propagation control in pipelines market recovery and associated carbon dioxide retention in the United States 411 | Heat integration of KIERDRY process with a transporting CO -rich mixtures Manuel Bailera, Sergio Espatolero*, Luis Miguel 2 Peter Warwick*, Mahendra Verma, Emil Attanasi, power plant using gPROMS Eskil Aursand, Stephane Dumoulin, Marion Romeo, CIRCE - University of Zaragoza Pilar Ricardo Olea, Madalyn Blondes, Philip Freeman, Sung-Ho Jo*, Young Cheol Park, Jong-Ho Moon, Fourmeau, Gaute Gruben, Morten Hammer, Svend Lisbona, University of Valladolid Sean Brennan, Matthew Merrill, Celeste Lohr, Chang-Keun Yi, Korea Institute of Energy Tollak Munkejord, Håkon Nordhagen SINTEF U.S. Geological Survey; Hossein Jahediesfanjani, Research; Sujin Lee, Sang Phil Han, PSE Korea 425 | Carbon dioxide conversion to liquid fuels by Jacqueline Roueche, Lynxnet, LLC Ltd. 419 | Stress corrosion cracking testing of 13Cr stainless carbon hydrogenation and photoelectrochemical steel in dense phase CO with oxygen reduction: Project description and preliminary 2 432 | Perspective of CO for storage and enhanced oil 412 | Techno-economic performance of wind and Gaute Svenningsen, Bjørn Helge Morland, Arne experimental results 2 recovery (EOR) in Norwegian North Sea coal-fired power with CCS joint planning Dugstad, Institute for Energy Technology; Boris Francesca Ferrara, Mauro Mureddu, Alberto Van Pham*, Eva Halland, Norwegian Petroleum Xianzheng Huang, Zhaofeng Xu*, Yali Xue, Zhe Thomas, Shell UK Ltd. Pettinau*, Sotacarbo S.p.A. Directorat Wang, Tsinghua University

GHGT-13 GHGT-13 72 www.ghgt.info www.ghgt.info 73 POSTER SESSION DETAILS POSTER SESSION DETAILS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00 14.00 - 16.00 | THURSDAY 17TH NOVEMBER | PRESENTED IN POSTER SESSION B =

433 | Best practice for transitioning from CO2 enhanced OTHER 446 | BHP Billiton SaskPower Knowledge Centre oil recovery EOR to CO2 storage ------Mike Monea*, BHP Billiton SaskPower Knowledge Legal and Regulatory Mark Crombie*, BP International Limited; Arthur Mass balance study of a multistage process for Centre & SaskPower Lee, Chevron Services Company; Lisa Constable, 440 | Aspects of CCS and Long the carbonation of mineral resources Lisa Campbell, Tim Lloyd, Ken Allinson, Lee Iris Niesenbacher*, Markus Lehner, Chair of 447 | ECCSEL – International laboratory infrastructure Solsbery, ERM UK & Ireland; Dan Burt, Suncor Term Liability of CO Storage Process Technology and Industrial Environmental for CCS research, education and innovation 2 Energy Services Inc,; Vinícius de Araújo Lima, Protection, Montanuniversität Leoben Olav Bolland*, Sverre Quale, Volker Röhling, Mor- Petrobras ten Grønli, NTNU - Norwegian University of Sci- 453 | Compliance of CO2 storage sites with the ence and Technology requirements of the London Protocol CO -EOR and storage potential in a North Sea oil 434 | 2 Tom Mikunda*, TNO reservoir Perceptions of CCS SOCIAL SCIENCE RESEARCH FOR CCS DEPLOYMENT Hassan Karimaie, Terje Aurdal, Pål Helge Nøkleby, 454 | Incidentally speaking: A systematic assessment Aker Solutions; Bamshad Nazarian, Olav Hansen, ATTITUDES TOWARDS CCS & LOW CARBON ------and comparison of incidental storage of CO2 during Statoil ASA TECHNOLOGIES EOR with other near-term storage options ------448 | What CCS is expected to?: describing potential future of a CO mitigation technological system in Philip Marston*, Marston Law 435 | Assessment of integrated carbon dioxide capture, 441 | Risk perception and acceptance of CDU consumer 2 the Seine Waterway Axis utilization, and storage systems in geothermal products in Germany 455 | Effect of reservoir permeability heterogeneity on reservoirs Katrin Arning*, Julia van Heek, Prof. Martina Jonas Pigeon, UMR 6266 IDEES University of Le Havre area of review Julie Langenfeld, Jeffrey Bielicki, The Ohio State Ziefle, Human Computer Interaction Center (HCIC), Rajesh Pawar*, George Guthrie, Los Alamos university RWTH Aachen University 449 | Comparing online and offline knowledge networks National Laboratory; David Dempsey, University of Auckland 442 | Differences between laypersons and experts in of carbon capture and storage CO2 FOR GEOTHERMAL Rebecca Cunningham, Sarah Mander, Clair ------perceptions and acceptance of CO2-utilisation for plastics production Gough, Tyndall Centre for Climate Change Energy, Climate Change Research 436 | Combining geothermal energy and CCS: from the Julia Van Heek*, Katrin Arning, Martina Ziefle, transformation to the reconfiguration of the energy Human-Computer Interaction Center (HCIC), and CCS Policies Timescapes and CCS projects: Is deferring system? RWTH Aachen 450 | projects and policies just kicking the can down Xavier Galiègue*, Audrey Laude*, University of 456 | Preliminary study on policy mix effects on economic the road? viability of carbon capture and storage project in Orléans 443 | How should information about CCS be shared with Farid Karimi, Arho Toikka, University of Helsinki Japanese steel industry the Japanese public? Junichiro Oda*, Keigo Akimoto, Research Institute of Hiromi Kubota, Akiro Shimota, Environmental Innovative Technology for the Earth (RITE) CO2 USE FOR PRODUCTION OF ALGAE OR CHEMICALS OTHER ------Science Research laboratory, Central Research Institute of Electric Power Industry ------457 | Policy parity for CCS? – public preference on low 437 | Experimental and mathematical analyses of bio- 451 | Topics and concerns related to the potential carbon electricity electrochemical conversion of CO2 to methane Kenshi Itaoka*, Makoto Akai, Kyushu University; Aya impacts of CO2 storage: results from a Yasuhito Nakasugi*, The University of Tokyo; CASE STUDIES OF CCS COMMUNICATION ACTIVITIES stakeholders’ questionnaire Saito, Mizuho Information & Research Institute, Inc. Hajime Kobayashi, Kozo Sato, The University of ------Samuela Vercelli*, Salvatore Lombardi, Sabina Tokyo & Engineering for Sustainable Carbon Cycle 458 | Analysis of potential for CCS in Indonesia 444 | A multi-level, multi-platform approach to Bigi, University of Rome La Sapienza – CERI; Maria Arif Darmawan, Tokyo Institute of Technology & (INPEX Corporation) Social Cooperation Program, communications on the South West Hub CCS Grazia Finoia, ISPRA – Institute for Environmental Agency for Assessment and Application of Technology Frontier Research Center for Energy and Resource Project Protection and Research (BPPT); Jianguo Liang, Tokyo Institute of Technology; (FRCER); Masayuki Ikarashi, Haruo Maeda, INPEX Dominique Van Gent*, Western Australian Koji Tokimatsu, Tokyo Institute of Technology & Corporation Department of Mines and Petroleum; Beth 452 | Impact of CCS communication on the general and National Institute of Advanced Industrial Science Ferguson, Main Event Media, Western Australian local public in Romania- Oltenia region and Technology; Akinobu Murata, National Institute | of Advanced Industrial Science and Technology 438 Development of homogeneous hydrogenation of Department of Mines and Petroleum Sorin Anghel*, GEOECOMAR CO to formate catalyzed by copper complexes 2 459 | The future role of CCS in electricity and liquid fuel Ryo Watari*, Shin-ichi Hirano, Norio Matsumoto, supply Central Research Institute of Electric Power EDUCATION AND TRAINING ISSUES ------Matteo Muratori*, Haroon Kheshgi, Bryan Mignone, Industry; Yoshihito Kayaki, Yoshihito Kayaki, 445 | CarbonKids–Sustainable Futures: An educational Leon Clarke, PNNL-JGCRI Takao Ikariya, Tokyo Institute of Technology program on carbon for primary school Belinda Bloxsome, CSIRO; Linda Stalker*, National 439 | Chemical conversion of CO : evaluation of different 2 Geosequestration Laboratory Dominique Van ionic liquids as catalysts in dimethyl carbonate Gent, Western Australian Department of Mines synthesis and Petroleum Michele Vieira, Aline Aquino, Marta Schütz, Felipe Vecchia, Rosane Ligabue, Marcus Seferin, Sandra Einloft, PUCRS

GHGT-13 GHGT-13 74 www.ghgt.info www.ghgt.info 75 POSTER SESSION DETAILS SPECIAL THANKS = PRESENTED IN POSTER Session A | WEDNESDAY 16TH NOVEMBER| 14.00 - 16.00

= PRESENTED IN POSTER Session B | THURSDAY 17TH NOVEMBER| 14.00 - 16.00

460 | CO2GeoNet perspective on CO2 Capture and Storage: The organisers would like to take this opportunity to thank all delegates, sponsors, supporters a vital technology for completing the climate change and contributors to the conference, without whom it would not have been possible to arrange mitigation portfolio Isabelle Czernichowski-Lauriol*, Rowena Stead, GHGT-13. CO2GeoNet Association & BRGM; Roman Berenblyum, CO2GeoNet Association & IRIS; Sabina Bigi, Samuela Vercelli, CO2GeoNet Association Sponsors, supporters and contributors are listed in the following pages but we would also like & Sapienza University of Rome; Ms Marjeta Car, CO2GeoNet Association & GEOINZENIRING; Axel to express our sincere thanks and gratitude to the following organisations noted below. Without Liebscher, CO2GeoNet Association & GFZ; Sergio Persoglia, CO2GeoNet Association & OGS; Niels their support, input and contributions, the conference would not have been as successful. Poulsen, CO2GeoNet Association & GEUS; Ceri Vincent, CO2GeoNet Association & BGS; Ton Wildenborg, CO2GeoNet Association& TNO • Swiss Tech Convention Centre • Lausanne Tourism 461 | Industrial CO2 and carbon capture: near-term benefit, long-term necessity Richard Middleton*, Philip Stauffer, Los Alamos National Laboratory; Jonathan Levine, National Energy Technology Laboratory; Jeffrey Bielicki, The Ohio State University

462 | Analysis of the European CCS research and innovation landscape Evangelos Tzimas*, Alessandro Fiorini, Aliki GOLD SPONSORS Georgakaki, Francesco Pasimeni, Lourdes Salto, Mar Pérez-Fortes, Edesio Miranda-Barbosa, European Commission, Joint Research Centre; Bianca-Nicole Lepsa, European Commission, Joint Research Centre

463 | Integrated sustainability assessment of CCS case studies – Identifying non-technical barriers and drivers for CCS implementation in Finland Hanna Pihkola, Eemeli Tsupari, Lauri Kujanpää, Minna Nissilä, Laura Sokka, Katri Behm, VTT; Matti Kojo, University of Tampere

GHGT-13 GHGT-13 76 www.ghgt.info www.ghgt.info 77

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GHGT-13 GHGT-13 78 www.ghgt.info www.ghgt.info 79 13th International Conference on Greenhouse Gas Control Technologies

LAUSANNE, SWITZERLAND November 14th - 18th, 2016 | SwissTech Convention Center Sponsor Prospectus www.GHGT.info

13th International Conference on Steering Committee: Greenhouse Gas Control Technologies

14th - 18th November 2016 SwissTech Convention Centre, Lausanne, Switzerland