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All environmental European Institute of Innovation and Technology Awards nominees

The pan-continental organisation has revealed the shortlist for this year’s ceremony. We run through all the climate-friendly, carbon-cutting, and green-aligned ideas in the competition. 
‘Behind every innovation is someone willing to challenge how things are done and turn an idea into something that can make a difference. This year’s EIT Awards nominees show the power of talent when amplified through our community. With support, networks and opportunities to grow, innovators are turning bold ideas into solutions that improve lives across Europe.’
Stefan Dobrev, Chairperson of the EIT Governing Board, is clearly proud of this year’s European Institute of Innovation and Technology shortlist. And why wouldn’t he be. With teams, firms and individuals from Belgium, Estonia, Finland, France, Germany, Ireland, Israel, Italy, Poland, Spain, Türkiye, Ukraine and the United Kingdom all in the running, the nominees represent a truly pan-continental showcase of scientific talent. Here are all the environmental ideas up for glory in Budapest, Hungary, and Wednesday 2nd December — with €50,000 for first prize, and €30,000 and €20,000 for second and third respectively.

Estonia:
•Myceen develops mycelium-based insulation and construction materials made from industrial residues, with the aim of creating carbon-negative alternatives for the building sector. Early support from Climate KIC and EIT Jumpstarter helped launch the company in 2021. In 2025, funding from EIT Culture & Creativity supported further technical validation and the scale-up of Myceen’s production capacity.

Finland:

•Shah Saud is a materials engineer and EIT RawMaterials AMIR graduate focused on circular economy and sustainable materials. During the programme, he co-founded GeoCura, a venture developing low-carbon, self-healing concrete from mine tailings, and led its impact and business case. His continued engagement with EIT RawMaterials includes the RACE 2025 programme and work connecting technical innovation with entrepreneurship and circular solutions.

•Hycamite develops thermo-catalytic methane-splitting technology that produces low-carbon hydrogen with no direct CO₂ emissions alongside high-quality solid carbon for industrial applications. Through EIT RawMaterials, the company received tailored funding, strategic guidance and access to a European network of investors, industrial partners and research organisations. This support helped accelerate the development, validation and industrial application of its technology and strengthen its position within Europe’s industrial decarbonisation and critical raw materials ecosystem.

Germany: 
•Elias Pajares is the founder of Plan4Better, a spin-off from the Technical University of Munich developing open-source tools for evidence-based urban and mobility planning. He first connected with the EIT Community through the EIT Urban Mobility Doctoral Training Network, which helped him develop an entrepreneurial mindset and bring his research into practice. This led to the transformation of his Geo Open Accessibility Tool from a research prototype into a professional planning platform now used by cities, transit authorities and planning offices in Germany and beyond.
•PCC Thorion is developing advanced silicon–carbon anode materials and electrolyte additives to improve the performance and sustainability of lithium-ion batteries. Through the EIT RawMaterials KAVA programme, the SCIONb project received support for the development, validation and scale-up of the technology, bringing research and industrial expertise together. EIT RawMaterials also enabled connections with industry, investors, policymakers and other innovators, helping the team challenge assumptions and validate its results from different perspectives.
 
Italy:

•Matteo Mazzola is a farmer, agroecologist and co-founder of Iside Farm, a farm-lab focused on agroecology, regenerative farming, soil restoration, biodiversity and community-based agriculture. His connection with EIT Food began through its Regenerative Agriculture programme, later developed as Regenerative Agriculture Works (RAW). Between 2021 and 2025, he took part in the RAW/ScaleUp learning pathway while also helping organise and implement field activities.

EIT Food helped bring greater continuity, structure and scale to his existing work, opening connections with start-ups, farmers, educators, institutions and wider European innovation networks. He continues to work with EIT Food on regenerative agriculture and Test Farms-related activities, including agronomic support, farmer engagement, start-up–farm matching and pilot supervision.

•Simone Albanese is a nuclear engineer and co-founder and COO of RenU Fuel Solutions, which explores circular-economy approaches to nuclear waste. He completed the InnoEnergy EMINE double-degree programme and later developed RenU through InnoEnergy’s Green Seed Journey and EIT Jumpstarter. In 2025, RenU won first prize in the EIT Jumpstarter Energy & Renewables category and the Special Award for Best Team in the Mediterranean Region.

•Arxax is a transport energy management platform that combines digital payments, vehicle data, operational controls and emissions reporting to support more efficient and lower-emission road transport. Through EIT Urban Mobility, the company gained access to European mobility innovators, investors, cities and corporates, as well as support for commercial validation and pilot deployment. This included funding through the Financial Support to Startups Open Call and selection for the SME Market Expansion Call 2025, under which Arxax is piloting its solution with Autostrada del Brennero in Italy.

Spain:
•Hysun develops an off-grid photo-thermo-catalytic system that uses concentrated solar energy to produce renewable hydrogen directly from water. Since becoming an InnoEnergy portfolio company in 2024, Hysun has received strategic mentoring, governance support and international visibility, including third prize at The Business Booster 2024. InnoEnergy’s backing also helped strengthen the company’s credibility with investors as it progressed towards industrial-scale deployment.

You can find a full list here. 

Image: Testalize.me / Unsplash 

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