Cambridge Carbon Capture has developed CO2LOC technology to sequester CO2 in rock form, which can be used as a by-product, using a mineralization process.
CIXTEN is developing a modular thermal machine using a supercritical CO2 thermodynamic cycle enabling the conversion of low temperature (60°C) into reusable energy.
CompPair offers a self-healing and durable composite material to reduce maintenance costs, limit manufacturing defects and extend the life of composites.
ENOSIS offers equipment that converts CO2 and H2 into sustainable methane. Combined with hydrogen electrolysis, these solutions also offer electricity storage capabilities.
Entalpic uses AI and chemistry to design new reactions and materials in order to accelerate energy transition and decarbonize energy-intensive industries.
FinX is developing a nautical propulsion technology that replaces boat propellers with an undulating membrane, mimicking the movement of marine animals.
HEATLIFT designs heat pumps exploiting waste heat to produce steam, hot water, or hot air, thereby decarbonizing industry with an efficiency 2 to 4 times higher than boilers.
IRIDESENSE manufactures the world's first 3D Multispectral LiDAR, a sensor that produces 3D mapping of the environment and identifies materials based on their spectral signature.
LithoSight uses AI to predict geology from limited and heterogeneous data, reducing risks, costs, and CO2 emissions for geothermal, hydrogen, and carbon capture projects.
NEEXT Engineering improves efficiency of energy systems by applying chemical innovations and focusing on Heat-to-Power & Power-to-Heat to accelerate industrial decarbonization.
Neuron Soundware specializes in analyzing the sound emitted by industrial equipment using AI and ML algorithms for monitoring and maintenance purposes.
TERGYS develops decentralized autonomous systems for the production of energy from renewable resources via containerized, modular, off-grid and non-intermittent systems.
Tozero has developed a hydrometallurgical process to recycle lithium-ion battery “black mass” and succeeds in recovering lithium and graphite, usually lost in traditional methods.