About the project

Mission

The INDTEGRATE cycle: renewable wind and solar electricity feeds a solid oxide electrolyser that produces green hydrogen; the hydrogen fuels high-temperature ceramic and glass furnaces; waste heat from those furnaces returns to the electrolyser; and digital twins monitor and optimise the whole loop.

INDTEGRATE will develop and demonstrate innovative green hydrogen solutions for energy-intensive industries by combining Solid Oxide Electrolyser Cell (SOEC) technology, renewable energy, industrial waste heat recovery, and advanced digital tools.

The project addresses the urgent challenge of industrial decarbonisation, particularly in sectors such as ceramics and glass manufacturing, which are among the most difficult to decarbonise due to their high energy demand and dependence on high-temperature processes.

By integrating SOEC technology with renewable electricity and industrial waste heat, INDTEGRATE will enable the efficient production and use of green hydrogen while significantly improving overall system efficiency. In parallel, the project will develop advanced digital twins for both industrial processes and electrolysers, optimising hydrogen production, enhancing operational performance, and supporting informed decision-making in complex industrial environments. These innovative solutions are validated through industrial pilot demonstrations under real operating conditions, generating valuable evidence for their future large-scale deployment.

Beyond technology development, INDTEGRATE will also promote knowledge sharing, skills development, and stakeholder collaboration, supporting the wider adoption of green hydrogen technologies and contributing to the transition towards a more sustainable and competitive European industry.