(HyPT-3) Overview of Session 4B - Redox Thermochemical
Wednesday 13th September 2023 6:00pm - 7:30pm ACST (UTC+9:30) KEYNOTE SPEAKERS:听Dr听Remo Sch盲ppi (ETHZ),听Dr. Alicia Bayon (CSIC), Nathalie Monnerie (DLR),听笔础狈贰尝尝滨厂罢厂听Prof听Christian Sattler (DLR),听Prof Jinjia Wei (Jiaotong),听颁贬础滨搁听Prof Gus Nathan SESSIONS AIMS TO: 鈥⑻Appraise the current state of thermochemical processes, projections and limitations
鈥⑻Analyse the challenges and limitations of the emerging technologies, and barriers leading to cost reduction
鈥⑻Consider system integration, scale-up and effectiveness, as well as life-cycle analysis.
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KEYNOTE SPEAKERS Dr听Remo Sch盲ppi (ETHZ) Remo Sch盲ppi is a doctoral student at the professorship of renewable energy carriers at ETH听Zurich. He holds a master鈥檚 degree in mechanical engineering from ETH Zurich and is focusing his听research activities on the production of solar fuels and the demonstration of the entire听production chain from sunlight and air to liquid hydrocarbons. Dr. Alicia Bayon (CSIC) Dr. Alicia Bayon has 13 years of experience in the development of new materials for thermal energy storage and solar hydrogen production via thermochemical redox cycles. She completed her doctoral studies at IMDEA Energia in Spain, specializing in synthesizing and characterizing materials for hydrogen production. She joined CSIRO Energy in Australia as Postdoctoral Fellow (2014-2020) where she conducted techno-economic evaluations and worked on optimizing thermochemical processes. After that she has held a position as an Assistant Research Scientist at Arizona State University (2020-2022), where she worked on projects funded by ARPA-E and DOE in thermochemistry. Since 2022, she is a Researcher at Institute of Catalysis and Petrochemistry of the Spanish National Research Council (CSIC) in Madrid, thanks to the prestigious Talent Attraction Program, focusing on the accelerated discovery of novel materials for thermochemical hydrogen production. Her achievements include securing over 3 million euros in funding as both a Co-PI and a PI. She has supervised to completion 3 doctoral thesis (2 more ongoing). She has published 45 research articles (with 25 in Q1 and 7 in D1), with an h-index of 18, and has presented her work at more than 50 conferences worldwide (9 times as invited speaker). Dr. Bayon has received recognition through four awards in Australia, the USA, and Spain for her contributions to the field of thermochemistry and hydrogen. Nathalie Monnerie (DLR) Nathalie Monnerie is acting head of the department 鈥淪olar production assessment鈥 in Institute of Future Fuels at DLR since beginning of 2021. She holds two M. Sc degrees, one in chemical engineering and one in Management from the University of Strasbourg, France. She has worked at the Solar Research Division of DLR in Cologne (Germany) during 20 years as a scientist and project leader in the field of solar high temperature applications, in particular on the production of hydrogen and solar fuels from water and carbonaceous feedstock. She has been coordinator and DLR responsible of several national and international projects. She was active in the project HYDROSOL, which has been awarded by the Descartes Prize 2006 for Scientific Collaborative Research and she is member of the German Hydrogen Research Network. PANELLISTS Prof听Christian Sattler (DLR) Professor Christian Sattler studied chemistry at the University of Bonn, Germany. He is Acting Divisional Board Member for Energy and Transport of the German Aerospace Center (DLR), Director of DLR鈥檚 Institute of Future Fuels, and Professor for solar fuel production at RWTH Aachen University, Germany. Professor Sattler serves as Vice President of the Association Hydrogen Europe Research representing the European research institutions in the European Clean Hydrogen Partnership. He is the national representative to tasks of the IEA鈥檚 SolarPACES Implementing Agreement, and member of the ASME鈥檚 Clean Energy Technical Group. Prof Jinjia Wei (Jiaotong) Jinjia WEI is a professor of Xi鈥檃n Jiaotong University, China. His research interests include听solar thermal/ chemical conversion and utilization,听and two-phase flow and heat transfer.听 He is the national Coordinator of听Task II, Solar Power and Chemical Energy Systems (Solar听PACES), International Energy Agency, the council member of International Center of Heat and Mass Transfer, and the editorial board member of 5 international journals. He has published more than 300 peer reviewed international journal papers, and gave 27 invited presentations in international conferences. He was authorized more than 30 national invention patents and one international invention patent. |
HyPT-3 will bring together over 70 experts from around the world to compare the relative merits of alternative CO2-free hydrogen technologies.
September 12 - 15, 2023听(Virtual)听
Building on the very successful Hydrogen Production Technologies (HyPT) Forums held in 2019 and 2021, HyPT-3 will continue to explore, in depth, a range of current and emerging zero carbon emission (CO2-free) hydrogen production technologies.
The forum will examine, through expert opinion and discussion, the different technologies, with emphasis on: appraisal of current technologies, projections and limitations; challenges and limitations of emerging technologies, and barriers leading to cost reduction; and consideration of systems integration, scale-up and effectiveness, as well as life-cycle analysis.
Date:听听Tuesday 12 September - Friday 15 September, Australian Central Standard Time.听
Time: 听Sessions scheduled across four days.听2 sessions will be run for each topic to suit different time zones.听(see program)听
Cost:听听$110.00 (AUD) general admission, $55.00 (AUD) for students.听
Mode:听Virtual only - Zoom links will be sent out prior to the forum commencing.