Welcome to AELIOS
Alkaline ELectrolysis: Innovative materials & Operating Systems
for the flexible production of green hydrogen
boosting efficiency and durability under dynamic operation
Welcome to AELIOS
Alkaline ELectrolysis: Innovative materials & Operating Systems
for the flexible production of green hydrogen
boosting efficiency and durability under dynamic operation
About Us
The Bigger Picture of AELIOS
Co-funded by the European Union and the Clean Hydrogen Partnership, AELIOS develops a robust and sustainable Alkaline Electrolyser capable of operating flexibly with renewable energy sources.
AELIOS makes high-pressure hydrogen production more cost-effective and scalable, by addressing critical challenges such as stack efficiency, component degradation, and material circularity.
The main objectives of the project are advanced 3-D structured Ni-based electrodes, innovative BPP coatings, and flexible operation strategies, paving the way for the future of renewable energy integration and a net-zero economy.
Our Vision & Mission
Our Why
The Vision – Achieving 2030 climate targets and fostering a circular, carbon-free energy future.
AELIOS aims to be a pillar of the global transition to a net-zero economy by making green hydrogen production scalable, sustainable, and circular. The project envisions a future where high-performance electrolysis is the standard, enabling the seamless integration of fluctuating renewable power into a clean energy grid.
Our How
The Mission – Robust materials, flexible operation, and cost-efficient scaling.
AELIOS intends to design and validate a next-generation Alkaline Electrolyser that bridges the gap between renewable energy and industrial hydrogen production. By engineering advanced 3-D nickel-based electrodes and durable coatings. The project has the objective of maximizing efficiency and operational flexibility while drastically reducing capital and maintenance costs.
A Close Look to AELIOS Numbers
Latest News
Latest News and Events
advances made on green hydrogen production
- Uncategorized
Ut tincidunt tellus in dolor congue, quis aliquam purus consequat.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Donec vitae augue cursus, ultricies lacus vel, tempus odio. Integer elementum arcu libero, eu malesuada lacus bibendum
- Uncategorized
Lorem ipsum dolor sit amet, consectetur adipiscing elit.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Donec vitae augue cursus, ultricies lacus vel, tempus odio. Integer elementum arcu libero, eu malesuada lacus bibendum
- Uncategorized
Lorem ipsum dolor sit amet, consectetur adipiscing elit
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Praesent eleifend nisl ac tortor porttitor, quis volutpat erat ornare. Donec eget justo gravida dui lacinia faucibus.
Meet Our Partners
