Moderator: Jan Boysen, Market Director CCUS, Danish Technological Institute
Multiple fuels and fuel pathways are currently competing to deliver viable, scalable solutions to meet the massive needs of the shipping industry. The session delivers input on different, technological aspects that can affect the dynamics of the value chain development around fuel production and consumption.
Questions to be adressed:
Moderator: Jim Høeg Lozinski, Assistant Professor, Aarhus University
The Danish CCS tender for biogenic CO2 recently only secured 1/3 of its total goal of 0.5 million tons. This session dives into the present problems of making carbon a valuable and tradeable resource. We will explore the economic value and carbon pricing mechanisms driving PtX sectors, emphasizing carbon offsetting/storage and application/usage. The session uncovers innovative carbon management technologies tailored for PtX, and provides learnings from real-world case studies showcasing successful strategies in the industry.
Questions to be adressed:
Is carbon something we should remove and avoid, or a resource to be exchanged?
What characterizes the successful cases of current and future business models for carbon?
What are the next steps for buying and selling carbon in the energy transition?
Moderator: Gorm Bruun Andresen, Associate Professor, Aarhus University
Martin Hartvig, Senior engineer, Energinet
"Hydrogen as a lead supporting actor in the future ingrated energy system"
Official Danish plans include 4-6 GW PtX capacity already in 2030. To support these plans, discussions of centralized large-scale H2 storage facilities and a H2 back-bone, possibly with international connection to German industry, are in advanced stages.
In this session, we will discuss the above plans for Danish large-scale H2 infrastructure. How they can can be achived? and How they affect the energy system in general?
The session will also include an outlook where our international speaker will talk about how H2 is expected to play a key role in the future energy system of South Korea.
Questions to be adressed:
What are the DK plans for large-scale H2 infrastructure 2030 and beyond?
Should H2 be used on site, feed into and stored in regional pipeline and storage infrastructure or is an international H2 infrastructure a must?
Where should the electricity to power the new H2 production facilities come from?
Are the ambitious plans for 2030 realistic / what can we expect?
Moderator: Morten Gottlieb Warming-Jespersen, Director, Danish Technological Institute
Several interesting pathways for production of fuels from biological feedstock is currently upcoming, partly circumventing some of the classical PtX-challenges: Cost and scarcity of green electrons. The session provides perspectives on recent developments in the biofuel area, from production to upgrading.
Questions to be adressed:
Moderator: Lars Frederiksen, Professor and Deputy Head of Department, Aarhus University
Only 7 % of announced electrolysis capacity reached FID in 2023. We need to accelerate project development by standardizing, adopt best-in-class practices, and involve stakeholders more efficiently. The goal of this session is to inspire practitioners to use the newest project management tools, in order to make better and bankable projects. PtX projects entail extraordinary complexity and uncertainty, which force us to do things differently.
Questions to be addressed:
How does PtX project management differ from normal projects?
How do developers avoid unnecessary delays?
What can we learn from other industries?
Moderator: Björn Andresen, Professor and head of Section, Aarhus University
Anders Bavnhøj Hansen, Chief engineer, Energinet.dk: "Electrification and PtX systems – challenges and opportunities with the large increase of PtX system in the energy system”
Asker Juul Aagren, Senior Consultant, PtX – Danish Standard: “PtX-value chain: Standards make the world operate more smoothly”.
Torben Jersch, Head of System Technology, IWES - Fraunhofer Institute for Wind Energy and Energy System Technology: “Simulation and Validation of combined Wind-Electrolyzer plant”.
Michael Ariel Nielsen, Head of BU4, Power-to-X, KK Wind: “Optimal Electrolyser Power Supply Systems”
The green transition will lead to a multiplication of energy demand in the future and PtX solutions will be responsible for the major demand of green energy. To ensure a stable and robust system operation new regulatory requirements are necessary during the entire lifetime of the plants, from grid access, electrical system design, operation, test and validation.
The session provides an overview of the challenges of large scale integration of power to X systems, regulatory frameworks, optimal electrical system design and validation of PtX system to ensure a safe and robust operation of the electricity system.
Questions to be adressed:
Centralværkstedet
Lars Ditlev Mørck Ottosen, Professor and Head of Department, Aarhus University
Moderator: Flemming Pedersen, Development Manager, GreenGo Energy
The electrolysis technology plays a pivotal role in the decarbonization of the chemical industry. It uses earth-abundant resources; renewable energy and water, to produce green hydrogen, a precursor to many important reactions in the chemical industry. Electrolysis technology producers drive R&D to develop scalable solutions for the production of electrodes, membranes and cell assemblies that deliver beyond-state-of-the-art performance.
Speakers in this session cover the TRL span of 3-6 and help the audience to understand performance and scalability, as well recent efforts in the development of alkaline, PEM and SOEC technologies.
Questions to be adressed:
Moderator: Jim Høeg Lozinski, Assistant Professor, Aarhus University
Current innovation efforts have a sole focus on improving efficiencies and technological attributes. While these are important endeavors, we also see a very slow market adoption of these technologies. In this session, we zoom out and look at the process for marketizing new PtX technologies. These technologies evolve in ecosystems, where network effects, hype and servitization are just some of the additional explanations for successful technology launches.
Questions to be addressed:
Moderator: Konstantinos Anastasakis, Associate Professor, Aarhus University
The ongoing green transition necessitates reconstruction of much of the process industry that currently provides services and materials for society, as the types of raw material define the technologies that are utilizing them. Moving away from our fossil past to renewable resources, biomass conversion technologies, P2X technologies, byproduct synergy networks and their coupling, together with renewable energy utilization drive the development.
This session will provide an overview of recent developments and challenges in modeling, integration, analysis (economic and environmental) and optimization of emerging sustainable chemical process technologies.
Questions to be adressed:
What are the costs and environmental footprints of deploying future emerging chemical processing technologies?
How can they be designed and optimized in a most efficient way regarding resource and energy consumption?
What are the hotspots and where should the focus be placed for improvements?
Moderator: Pourya Forooghi, Associate Professor, Aarhus University
Enhancing the efficiency and flexibility of electrolyzers is a necessity in light of increasing demand for green hydrogen. The session will focus on challenges and opportunities for optimizing future electrolyzers and how modeling can be used to that end.
Questions to be adressed:
How can performance, flexibility and durability of large scales electrolyzers be improved?
State of the art in modeling efforts for electrolyzers, including multiphysics and reaction modeling.
Moderator: Björn Andresen, Professor and Head of Section, Aarhus University
Ruben Bak Sørensen, Director Power & Controls Engineering, Electronic PtX: “Overall Equipment Effectiveness and Efficiency”
Tue Vissing Jensen, Specialist, Hybrid Plant Modeling, Vestas: "Powering the X - From parks to plants"
Jens Due, CEO, Next Consult, “Grid Integration of PtX systems”
Energy management systems, Data driven monitoring, real time simulation and digital twins will help to ensure a stable and strong interaction between the Power to X solutions in the electrical energy system.
The session provides an overview of the challenges and experience with the control and monitoring, data driven modelling, system optimization and operational aspects of the PtX system in relation to the electricity system.
Questions to be adressed:
Moderator:
Lars Ditlev Mørck Ottosen, Professor and Head of Department, Aarhus University
