Clusters4Future Projects
The goal of the Cluster is to network regional, national and international players from Economy, Science and Society in the joint project and to use the combined competencies to transfer hydrogen technologies from research and development to real world application.
For more information on the projects, please visit the Clusters4Future page.
HyInnoLyze
HyInnoLyze targets the requirements for the dynamics of electrolysis in renewable energy systems.
HyInnoNets
HyInnoNets creates coated and fiber-reinforced embrittlement-resistant pipelines for hydrogen transport.
HyInnoSep
HyInnoSep designs electrochemical membrane reactors for the supply of hydrogen from the natural gas grid.
HyInnoTank
HyInnoTank targets strain field monitoring by fiber-based sensors for service life prediction.
HyInnoPEM
HYInnoPEM develops a model predictive control considering the state of health as a major influence.
HyInnoSOFC
Preparing SOFC-based mCHPs for operation with increasing hydrogen content in the gas grid.
HyInnoICE
Demonstration eines innovativen Wasserstoff-Verbrennungsmotors für zukünftige CO2-neutrale Mobilität.
HyInnoBurn
HyInnoBurn creates optimized, scalable and fuel flexible industrial gas burners based on experimental and simulative results.
HyInnoChem
HyInnoChem develops a dynamic methanol synthesis reactor based on H2 from water electrolysis powered by wind and CO2 from biogas.
HyInnoCells
HyInnoCells creates porous transport layers for electrochemical cells with optimized properties.
HyInnoSys
HyInnoSys targets the technology-accompanying and strategic orientation for hydrogen market preparation and intersectoral connection.