Energy
We provide key technological capacities with a view to tackling the major challenges facing the energy sector: decarbonisation, efficiency, sustainability and transition towards clean energies. We develop solutions in advanced materials, power electronics, digitalisation and waste valuation.
Capacities
Advanced materials
We develop advanced materials capable of maintaining optimum performance in demanding environments such as high temperatures, corrosive atmospheres and conditions involving radiation. Our research ranges from magnetic materials (new or enhanced performance as opposed to already existing solutions) to nickel-based superalloys, duplex stainless steels, high-temperature copper alloys, high entropy alloys (HEAs), refractory materials and powder metallurgy solutions for all types of working conditions. These materials are applied in energy generation turbines, storage systems, dissipators, electric generators and fusion reactors.
Further informationSteel forming
We develop new ranges of sustainable steels with high added value, by optimising their behaviour using micro alloy strategies and simulation of processes such as forging, lamination and thermal treatments. We have specific lines at our disposal for developing steels adapted to the hydrogen economy, and methodologies for minimising manufacturing faults, thus ensuring safe and efficient components for the energy sector.
Further informationDesign and mechanical behaviour
We design critical mechanical systems and analyse their behaviour under demanding conditions, by combining tests and advanced simulation. We assess the mechanical reliability of structures, materials and components to ensure their long-term performance. We analyse the static and dynamic behaviour of structures, including vibration dynamics, tribology and fatigue of materials in controlled atmospheres (for instance, hydrogen embrittlement), which enables us to ensure structural integrity in energy infrastructures.
Further informationSmart factory
We promote the digital transformation of energy production plants using collaborative robotics technologies, advanced monitoring, operator assistance and automated quality control. We develop digital twins that enable the functioning of industrial systems to be simulated and optimised in real time, and we integrate artificial intelligence and cybersecurity solutions with a view to improving the efficiency, traceability and resilience of processes.
Further informationWaste
We research into sustainable solutions for the management and valuation of waste generated during industrial and energy processes. We develop biological (such as fermentation and biomethanization) and physicochemical (sustainable hydrometallurgy, nanofiltration, etc.) processes with a view to recovering valuable compounds and critical materials, and also the procurement of secondary raw materials, thus promoting the circular economy in the energy sector.
Further informationPower electronics
We design compact, high-efficiency power converters by integrating broadband semi-conductors (such as SiC and GaN), and developing high-density magnetic devices and advanced cooling systems. These technologies are key to improving performance in energy generation systems, storage and electric mobility, thus reducing losses, increasing power density, improving reliability and facilitating integration into complex systems.
Further information