Cavendish Hydrogen ASA has been awarded approximately €1.3 MM in public funding through the European Clean Energy Transition Partnership (CETPartnership) program for the HyMEGA project, an initiative to develop a new generation of highly efficient hydrogen compression technology.

The award enables Cavendish Hydrogen to extend the company’s proprietary technology reach into one of the most cost-critical components of the hydrogen value chain, strengthening Cavendish Hydrogen’s position as a fully integrated hydrogen fueling solutions provider. HyMEGA targets to directly reduce the cost of hydrogen delivered through Cavendish Hydrogen’s fueling infrastructure, reinforcing the company’s competitive position across its core heavy-duty transport and bus markets.

Cavendish Hydrogen will coordinate the project and lead development and testing activities, working alongside consortium partners consisting of established industrial technology companies, university research and industrial research groups, bringing together competence and capability from Austria, Denmark, Italy, and the Netherlands.

Hydrogen compression is, after H2 production, among the most energy-intensive steps across the hydrogen value chain and a significant contributor to the overall cost of delivered hydrogen. Unlike most hydrogen fueling companies, Cavendish Hydrogen develops its own proprietary compression technology, a capability that has long been a key differentiator in the market. HyMEGA will further strengthen this competitive advantage by targeting a breakthrough compression solution in the 30 bar to 500 bar pressure range, designed to bridge the gap between electrolyzer output and fueling station input pressures more efficiently. The project focuses particularly on hydrogen flow rates corresponding to approximately 5 MW electrolyzer installations, a rapidly growing segment as renewable hydrogen scales across Europe. It aims to deliver a step-change in efficiency, meaningfully reducing both capital and operating costs while improving equipment lifetime.

The three-year program combines advanced engineering, materials research, fluid technology development, modelling, and full-scale prototype testing.

Chief Technology Officer of Cavendish Hydrogen, Michael Stefan commented, “Compression technology is a core part of the hydrogen infrastructure, and the ability to accelerate this work is significant for Cavendish. HyMEGA gives us the opportunity to research and develop proprietary technology with the potential to reduce the total costs of our hydrogen fueling and trailer filling products. This technology also has the potential to impact the broader hydrogen ecosystem, wherever gaseous hydrogen of 100 bar and more is required. We are grateful for the CETPartnership’s support in making this possible.”