Dedicated Sessions Hydrogen
5 Nov – 11:50 – 13:10
Subsurface Energy Storage Technologies
This session will explore cutting-edge applications and impacts of advanced energy storage solutions. We will discuss applications of Compressed Air Energy Storage (CAES) explaining how CAES technology works, its benefits, and potential applications in the energy sector focusing on the recent project developments.
Additionally, the session will provide insights into underground thermal storage, explaining its principles, applications, and benefits in energy storage systems.
As an example, the economic feasibility of Very High-Temperature Borehole Thermal Energy Storage (VHT-BTES) systems will be discussed. We will examine how underground flows impact these systems and discuss strategies to optimize their performance and cost-effectiveness.
This comprehensive session is designed for professionals interested in the latest developments in energy storage technologies. Attendees will gain a deeper understanding of how these advanced systems can contribute to a more sustainable and efficient energy future.
Moderator
Annick
Loschetter
Research Engineer
BRGM
Jane
Doe
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Jane
Doe
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Jane
Doe
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Jane
Doe
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Jane
Doe
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Speakers
Faassen
Corre Energy
Bloemendal
TU Delft & TNO
Doe
Company name
Koopmans
Corre Energy
Asan
Istanbul Technical University
Doe
Company name
5 Nov – 14:10 – 15:50
Understanding natural hydrogen systems
In this session we cover the latest science and developments on natural hydrogen. Natural hydrogen is becoming an important part of the hydrogen supply chain. We will discuss the hydrogen system, from source to trap. We will also discuss how natural hydrogen can be produced from natural reservoirs or form stimulated sources.
Moderators
Daniel
Palmowski
Director Business Development
Terranta
Christian
Heine
Senior Structural Geologist
Shell
Jane
Doe
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Jane
Doe
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Jane
Doe
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Jane
Doe
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SPEAKERS
Hidalgo
SLB
García-Pintado
University of Bremen
Manatschal
University of Strasbourg
Larson
University of Texas at Austin
Kleine
Terranta
Doe
Company
5 Nov – 16:40 – 18:00
Lessons learned and opportunities in hydrogen storage
Hydrogen and compressed air storage in salt caverns have been identified as a good solution for large-scale energy storage to accommodate demand fluctuation from the electricity grid. Salt caverns have been widely used for natural gas, crude oil, hydrogen, compressed air, and other energy storages for many years. This dedicated session aims to bring together rock salt and salt cavern’s specialists to discuss the lessons learned from salt cavern’s operations. Topics will range from monitoring and operating salt caverns to the importance of repurposing legacy seismic data to assess the potential for energy storage in certain regions.
Moderators
Carla
Martin Clave
Engineering Geologist
AtkinsRéalis
Susane
Kuchling
Head of Permits/ Geologist
Geothermie Neubrandenburg
Jane
Doe
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Jane
Doe
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Jane
Doe
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Jane
Doe
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Speakers
Hansen
Royal Holloway, University of London
Armitage
British Geological Survey
Buzogan
DeepKBB
Haske
Technische Hochschule Georg Agricola University
6 Nov – 08:45 – 10:05
Panel Discussion: the hydrogen economy – from source to market
On the panel: representatives from Academia, Industry, regulatory authorities
We will discuss the challenges, opportunities, and pathways for the European hydrogen economy. Different sources of hydrogen will have to feed into a system that allows consumers to plan and operate with a trusted source of energy, delivered at competitive prices. Currently many different activities and stakeholders around the world are working intensively together to deliver their share for this exciting and essential contribution to the energy transition. We will illustrate the status of different aspects for shaping a hydrogen economy.
Moderator
Daniel
Palmowski
Director Business Development
Terranta
Christian
Heine
Senior Structural Geologist
Shell
Jane
Doe
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Jane
Doe
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Jane
Doe
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Jane
Doe
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Speakers
Patiño
IEA EOR TCP, Energy Optimization Technology Collaboration
Manatschal
University of Strasbourg
Gaucher
International Energy Agency (IEA)
Osselin
Vema Hydrogen
Doe
Company
Doe
Company
6 Nov – 10:30 – 11:50
Underground hydrogen storage pilot projects
Part 1: Salt caverns
Energy storage will be critical to provide flexibility and robustness to a largely renewable based energy system in the future. For durations of weeks to months and for storage capacities in the GWh to TWh range, underground hydrogen storage will be the only option next to geographically limited pumped-hydro storage.
Extensive lab experiments and numerical simulation activities have significantly advanced our understanding of underground hydrogen storage during the last 5-10 years. These activities are increasingly complemented by piloting and demonstration projects that test the technologies in real life conditions and as components of an integrated value chain.
This session will showcase several underground hydrogen storage pilot projects in salt caverns, depleted gas fields, and aquifers in a variety of countries and geological environments. It will aim at distilling main insights and conclusions from the work to date and highlight remaining uncertainties and de-risking requirements to inform the R&D community. Moreover, non-technical challenges, e.g. related to regulatory and public approval, will be addressed in the session. Next to presentation, sufficient time will be reserved for discussion to contrast the experiences of different operators and to address questions from the audience.
Moderators
Karin
de Borst
Hydrogen Storage Lead
Shell Global Solutions International B.V
Daniel
Palmowski
Director Business Development
Terranta
Jane
Doe
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Company name
Jane
Doe
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Jane
Doe
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Company name
Jane
Doe
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Company name
Speakers
Réveillère
Géostock
Reekers
STORAG Etzel
Kuperus
Gasunie
ESCARE
Industrial Expertise & Energy Solutions
Storengy
Kosack
Uniper Energy Storage GmbH
Yuste Fernandez
Trinity Energy Storage
Schmidt-Hattenberger
GFZ German Research Centre for Geosciences
Harris
Lochard Energy
6 Nov – 15:50 – 17:10
Underground hydrogen storage pilot projects
Part 2: Porous storage
Energy storage will be critical to provide flexibility and robustness to a largely renewable based energy system in the future. For durations of weeks to months and for storage capacities in the GWh to TWh range, underground hydrogen storage will be the only option next to geographically limited pumped-hydro storage.
Extensive lab experiments and numerical simulation activities have significantly advanced our understanding of underground hydrogen storage during the last 5-10 years. These activities are increasingly complemented by piloting and demonstration projects that test the technologies in real life conditions and as components of an integrated value chain.
This session will showcase several underground hydrogen storage pilot projects in salt caverns, depleted gas fields, and aquifers in a variety of countries and geological environments. It will aim at distilling main insights and conclusions from the work to date and highlight remaining uncertainties and de-risking requirements to inform the R&D community. Moreover, non-technical challenges, e.g. related to regulatory and public approval, will be addressed in the session. Next to presentation, sufficient time will be reserved for discussion to contrast the experiences of different operators and to address questions from the audience.
Moderators
Karin
de Borst
Hydrogen Storage Lead
Shell Global Solutions International B.V
Daniel
Palmowski
Director Business Development
Terranta
Jane
Doe
Job title
Company name
Jane
Doe
Job title
Company name
Jane
Doe
Job title
Company name
Jane
Doe
Job title
Company name
Speakers
Kosack
Uniper Energy Storage GmbH
Yuste Fernandez
Trinity Energy Storage
Harris
Lochard Energy
Schmidt-Hattenberger
GFZ German Research Centre for Geosciences
Réveillère
Géostock
Reekers
STORAG Etzel
Kuperus
Gasunie
ESCARE
Industrial Expertise & Energy Solutions
Storengy
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Moderators
Jane
Doe
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Jane
Doe
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Jane
Doe
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Jane
Doe
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Jane
Doe
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Jane
Doe
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Panelists
Jane
Doe
Job title
Company name
Jane
Doe
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Company name
Jane
Doe
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Jane
Doe
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Jane
Doe
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Jane
Doe
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7 Nov – 08:45 – 10:05
Energy System Integration
This session explores the crucial role hydrogen and hydrogen storage will play in future energy systems discussing requirement for storage and practical applications.
For instance, we will discuss specifics of retrofitting natural gas plants to use hydrogen for power generation. The session will highlight why transitioning to hydrogen is essential, outlining the storage requirements necessary to support power plants, including details on capacity and duration.
We will also address the economic and regulatory challenges and opportunities of hydrogen storage. Experts will discuss economic and regulatory aspects needed to implement hydrogen storage effectively.
This session is ideal for professionals in geoscience, engineering, and policy-making who are interested in the future of hydrogen in energy systems.
Moderators
Karin
de Borst
Hydrogen Storage Lead
Shell Global Solutions International B.V
Marcin
Glegola
Project Development Lead
RWE
Jane
Doe
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Jane
Doe
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Jane
Doe
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Jane
Doe
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SPEAKERS
Hofman
Aurora energy Research
van den Broek
TU Delft
Garfi
Aurora energy Research
7 Nov – 10:30 – 11:10
Keynote Speaker: The future of the global hydrogen economy: challenges and opportunities for projects related to the hydrogen import goals in the EU
an indirect greenhouse gas necessitates careful management of its value chain emissions to maximize climate benefits. This session will provide an overview of the current understanding of hydrogen & climate impact.
Moderator
Daniel
Palmowski
Director Business Development
Terranta
Jane
Doe
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Company name
Jane
Doe
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Jane
Doe
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Jane
Doe
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Jane
Doe
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Speaker
Kaufmann
World Energy GH2
Bertagni
Princeton University
Li
University of Texas
Doe
Company
Doe
Company
Doe
Company
7 Nov – 11:10 – 11:50
Keynote Speaker: The climate effects of hydrogen and hydrogen leakage detection
an indirect greenhouse gas necessitates careful management of its value chain emissions to maximize climate benefits. This session will provide an overview of the current understanding of hydrogen & climate impact.
Moderator
Daniel
Palmowski
Director Business Development
Terranta
Jane
Doe
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Company name
Jane
Doe
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Company name
Jane
Doe
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Jane
Doe
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Jane
Doe
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Speaker
Röckmann
Utrecht University
Bertagni
Princeton University
Li
University of Texas
Doe
Company
Doe
Company
Doe
Company