Welcome to Hydra’s Academy, a learning initiative from the CLEANHYPRO project. This series of short videos and easy-to-read infographics is designed to make complex topics in clean hydrogen production simple and accessible for everyone.
Below, you will find a range of informative materials, including downloadable PDFs and videos, covering key subjects from the project. This content is a quick and easy way to learn more about the role of Hydrogen, how Electrolysis works, the purpose of a Single Entry Point (SEP), and the opportunities available through our Open Calls. More educational courses are coming soon
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Alkaline Water Electrolysis uses
electricity to split water into hydrogen and oxygen. It works with an alkaline liquid electrolyte and a porous separator that keeps the gases apart while allowing ions to move between the electrodes.
An electrolysis technology
that uses a specialized
membrane and catalysts
to split water into very pure
hydrogen and oxygen.
The PEM membrane acts like a filter that divides water under electric current into Hydrogen and Oxygen. The membrane is a kind of solid electrolyte that leads the protons all the way through from anode side to cathode side while the electrons travel aside the cell.
Solid Oxide Electrolysis Cells (SOECs) are advanced devices
that use ceramic materials and high temperatures (typically
600–750°C) to split steam (H2O) into hydrogen and oxygen.
The ceramic electrolyte conducts oxygen ions through the cell while electricity drives the electrochemical reaction.
In this short video, our partner Technalia explains the basics of hydrogen, its importance as an element, and its role in the clean energy transition.
In this video, our partner PNO explains how “Open Calls” work. Find out how startups, SMEs, and researchers can get access to funding, resources, and expert support through EU-funded projects like CLEANHYPRO.
Our partner Fraunhofer breaks down the process of electrolysis, explaining how water is split into hydrogen and oxygen using electricity. Learn about the technology that is key to green hydrogen production.
Our partner CEA explains what an Open Innovation Test Bed (OITB) is and why it’s a game-changer for European companies. Discover how OITBs accelerate innovation and bridge the gap between research and the market.
Our partner STAM explains the concept of a Single Entry Point (SEP). Learn how this one-stop-shop approach simplifies access to a wide range of services, making the innovation process faster and more efficient for companies.