Diffusion Alloys Strengthens Position in Hydrogen Economy with Strategic Partnership

Diffusion Alloys, a subsidiary of Time To ACT plc, is solidifying its role in the UK's burgeoning hydrogen economy through a strategic collaboration with Italy-based SolydEra.

Diffusion Alloys, a subsidiary of Time To ACT plc, is solidifying its role in the UK’s burgeoning hydrogen economy through a strategic collaboration with Italy-based SolydEra. This partnership underscores Diffusion Alloys’ commitment to providing advanced coating solutions that enhance the durability and performance of Solid Oxide Technology used in both power generation and hydrogen production.

SolydEra, a leading player in the market of Solid Oxide Cells, Stacks, and Solutions, boasts the largest annual production capacity in Europe. Their Solid Oxide Technology delivers best-in-class performance and durability in fuel cell and electrolysis modes. With research and development and industrial manufacturing facilities in Italy, Switzerland, and Australia, SolydEra is well-positioned to scale its solutions to meet the growing demand for clean energy technologies. Investegate

Under this new agreement, Diffusion Alloys will continue to serve as SolydEra’s coater of choice, providing high-quality coating services that support the scaling of their multi-stack SOFC and SOE solutions to 100kW and beyond. This collaboration formalizes a decade-long relationship between the two companies and aligns with Time To ACT’s broader vision of building supply-chain partnerships in the Energy Transition and Energy Security marketplaces.

This partnership complements Diffusion Alloys’ existing relationship with Johnson Matthey plc in the Blue hydrogen sector. Together, these collaborations position Diffusion Alloys as a key player in the hydrogen economy, providing critical materials solutions that support the development and deployment of clean energy technologies.

For more information on Time To ACT plc’s developments in the emerging hydrogen economy, read the full announcement here.