ELECTROMET
ELECTROMET aims to demonstrate, from laboratory to industrial scale, the feasibility of efficiently converting CO₂ into renewable methane, integrating it into the gas grid with a viable business model, through the development of advanced catalysts, a scalable electrolyzer, a digital twin, and a roadmap to facilitate market uptake.
STEWART
As part of the STEWART project, an interdisciplinary and international team is working on the development of a scientifically sound and environmentally friendly concept for floating photovoltaic systems for the onshore and nearshore sector that integrates ecological, economic and regulatory aspects.
HyPer
The HyPer project aims to develop a route to manufacture perovskite-silicon tandem solar cells on large areas that can be transferred and integrated into a high-throughput industrial fabrication line.
CHASE
CHASE aims at developing combined high temperature heat pump and latent thermal energy storage systems to enable industrial processes using sustainable electricity from intermittent sources.
HeriSol
The core objective of the HeriSol Project is transforming heritage buildings from mere consumers to proactive "prosumers" in the energy landscape.
RESTORE
Developing a very efficient combined heat and power system for flare gas, by implementing a hybrid cycle combining a micro gas turbine and a SOFC, to avoid flaring while still enabling the reduction of carbon dioxide emissions through carbon capturing.