EIT InnoEnergy (commonly “InnoEnergy”) is a European innovation engine focused on accelerating the energy transition. Established as a Knowledge and Innovation Community (KIC) of the European Institute of Innovation and Technology (EIT), it supports the development and industrial scale-up of sustainable energy technologies across Europe through investment, business acceleration, and ecosystem building.
InnoEnergy works across areas central to the chemical and process industries, including green hydrogen and its derivatives, sustainable aviation fuels and other Power-to-X pathways, batteries and battery materials, energy storage, electrification, and carbon management. It convenes industry, finance, and policymakers to build integrated value chains—most notably through initiatives such as the European Battery Alliance—aimed at de-risking projects, securing supply chains, and accelerating commercialization. Its activities span early-stage innovation to large industrial projects, helping bring low-carbon technologies to market at scale.
Also known as EIT InnoEnergy, EIT InnoEnergy Scandinavia, KIC InnoEnergy Sweden AB, and KIC IE AB.
chemXplore tracks 1 project involving InnoEnergy, of which one is active.
InnoEnergy's role on them: Developer.
1 new construction.
Offtakers are recorded on this project For subscribers
Targeting: Sustainable Aviation Fuel (1)
First large-scale efuel project in Finland selected for EU Innovation Fund PDA with EIB Advisory to strengthen technical and financial structuring and speed investment readiness.
€2m seed plus €2m in grants to scale an organic, critical‑mineral‑free flow battery electrolyte compatible with commercial flow battery hardware.
Seed funding to advance compact sodium‑ion cells for e‑bikes, light EVs and power tools; pilot tests, pack demos and scaled precursor manufacturing planned.
Feasibility and financial modelling launched for a Kuopio flagship plant that aims to scale electro-based sustainable aviation fuel across the Nordics by 2040.
€20M+ plus EU grants to fund industrial expansion: 10,000 t/yr solar-panel recycling plant in Spain, scalable automated line, new production director appointed, recycling partnership renewed
Panelists stressed transition from project launches to industrial ramp-up, needing coordinated policy, finance and market measures, new funding tools, and scalable tech to secure competitiveness
Wallenberg-led consortium agreed financing to finish the plant (>60% complete). Funding covers scope increases, cost rises and buffer; it will cut CO2 ~95% using green hydrogen.
EBC-certified biochar from biogas by-product meets purity and climate criteria. Made from local sawmill residues via gasification; enhances soil and locks carbon long-term
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