Symposium
Advancing plasma technologies from lab to industrial scale for a circular chemical industry
Join us for a groundbreaking symposium that bridges the gap between academia and industry to explore the potential of plasma technology in creating a sustainable, circular chemical industry. This event will bring together leading researchers, industry experts, and key stakeholders to discuss and showcase the latest advancements and future directions of plasma technology for the chemical industry.
This symposium aims to inspire innovation, drive collaboration, and highlight the critical role of plasma technology in achieving a circular economy within the chemical industry for methane valorization. Whether you are a researcher, industry professional, or policy maker, this event offers valuable insights and opportunities to shape the future of the chemical sector.
Key Highlights:
Expert Talks: Hear from renowned speakers in academia and industry who are pioneering the use of plasma technology in chemical processes.
Panel Discussions: Engage in thought-provoking discussions on the challenges and opportunities of implementing plasma technology in the chemical industry.
Networking Opportunities: Connect with professionals, researchers, and industry leaders to foster collaborations and partnerships.
Innovative Solutions: Discover cutting-edge research and practical solutions that leverage plasma technology for sustainable chemical production.
Confirmed key-note speakers:
Paco Dreverman | Multiphysics Engineer @ DEMCON Multiphysic
Development of a modular plasma reactor for methane pyrolysis.
Paco will present the development of a modular 50-kW plasma reactor for methane pyrolysis — a cutting-edge approach to electrify chemical processes and reduce greenhouse gas emissions.
His work within the “Plasma Conversion of Methane” project focuses on converting methane into valuable products like acetylene and ethylene, while tackling challenges such as soot formation, extreme temperatures, and complex nonlinear physics. By combining multiphysics simulations with experimental validation, the team aims to scale this technology to industrial levels — paving the way for a more sustainable chemical industry.
Dr. Jens Hanke | Founder & CEO @ Graforce GmbH
Turquoise Hydrogen via Methane Plasmalysis – Decarbonizing Industry with Solid Carbon Co-Products
The presentation will introduce Graforce’s methane plasmalysis technology, which produces CO₂-free turquoise hydrogen and high-value solid carbon. Key focus areas include process efficiency, scalability, integration into existing industrial infrastructure, and the economic and environmental advantages compared to conventional hydrogen production. The talk will also highlight market applications for the solid carbon co-product and its role in accelerating industrial decarbonization.