9th Industry Workshop Advanced Alkaline-based Electrolysis (AEL/AEMEL)

The 9th Industry Workshop on Alkaline-Based Electrolysis aims to provide a comprehensive overview of the current state-of-the-art in alkaline electrolysis (AEL) and anion exchange membrane electrolysis (AEMEL), while also addressing upcoming technological advancements and future development pathways.

The workshop offers a dedicated platform for in-depth discussion on technical and economic trends, as well as key challenges facing the AEL/AEMEL sector. Renowned experts from both industry and academia will share insights into their latest technologies, innovations, and development strategies.

The event is specifically targeted at component suppliers, electrolyzer manufacturers and end users. To ensure an interactive workshop atmosphere, on-site participation is limited to 100 attendees.

Coffee breaks and the networking evening at the end of the first workshop day provide excellent opportunities for exchange and collaboration among participants. In addition to on-site attendance, remote participation will also be available.

Key Focus Areas

• Electrolysis Components 
• Stack Design 
• Stack Testing 
• Electrolyzer Operation 
• Scaling from Lab to Industry

Presentations confirmed

• Alquion: Flexible alkaline electrolysis
• Cipher Neutron: Scaling AEM Electrolysers: Tackling Degradation and Engineering the Path to Megawatt Systems
• ExionHydrogen: Exion Hydrogen’s pressurized alkaline water electrolyzers – reliability by design                                             
  
• HyDep (NextChem): (1) CFD characterization of internal porous media of electrolytic cell; (2) Advanced Electrolyzer Design: Approach, Validation and Novelty
• H2Pro: Decoupled Water Electrolysis for a Renewable Energy Era: H2Pro’s Solution
• Hyscape: Development Status of Hyscape's AEM Technologies: From reinforced AEM to Stack.
• Nordex: From Prototype Stacks to MW Systems: Scale‑Up Strategies for Alkaline Electrolysis
• Eindhoven University of Technology: Debunking alkaline water electrolysis myths
• ACOT: tba
• Element H2: Enabling PTL Surfaces for AEM via Nickel Powder 
• Elicron: Design and testing of electrodes for high-intensity alkaline water electrolysis
• SolHyd: Ion solvating membranes for direct solar hydrogen 
• HYVE BV: Challenges in the development and validation of a new separator concept for alkaline water electrolysis
• DTU: Accelerating electrocatalyst and electrode optimization with autonomous discovery platforms