EIT RawMaterials

Established in 2015, EIT RawMaterials fosters innovation within Europe's raw materials sector by bridging academia, industry, and investment. It supports disruptive innovations through collaborative projects and invests in education initiatives to cultivate future innovators.

Karen Hanghøj

CEO and Managing Director

Bernd Schäfer

CEO and Managing Director

Andreas Klossek Ph.D

COO and Managing Director

8 past transactions

ScrapBees

Seed Round in 2025
ScrapBees is a pick-up service for recycling scrap metal from public and private residences and businesses. When it comes to converting what was formerly deemed waste into raw material, they are a trustworthy partner for artisans, private homes, and entrepreneurs. the first scrapyard on wheels in the world, quick, technologically advanced, and practical.

AM 4 AM

Seed Round in 2024
AM 4 AM develops advanced materials for additive manufacturing, focusing on performance, sustainability, and responsible production. The company aims to enable businesses to create metal powders for additive manufacturing that yield exceptional part properties, supporting industry expansion while reducing carbon footprint.

Oinride Oy

Pre Seed Round in 2024
We are a Finnish startup that aims to keep personnel at distance when operating in hazardous environments by deploying intelligent robots. Our solution lowers expenses while enhancing operator safety and productivity. Our six-wheeled robot, AutoJoe, is designed with off-road navigation in mind. For the mining, nuclear waste, security, and defence industries, the robot and in conjunction with our ControlWire® software is an ideal solution.

MagREEsource

Seed Round in 2023
MagREEsource develops hydrogen-based magnet recycling technology to enable a green, circular supply of Rare Earth permanent magnets. The company applies a green metallurgical process, including hydrogen decrepitation, pressing, sintering, coating, and magnetization, to recover NdFeB magnets in a short-loop recycling stream. This approach stabilizes and diversifies the supply of rare earth magnets for European high-tech industries while reducing carbon emissions and dependence on virgin material production.

Geopyörä Oy

Grant in 2022
Geopyörä is the state of the art in rock breakage characterization testing and it was developed to allow mining companies to test several samples at low cost for geometallurgical, comminution design and control applications

UP Catalyst

Grant in 2022
UP Catalyst is a manufacturer focused on producing sustainable carbon nanomaterials and graphite for the green energy storage industry. The company specializes in utilizing carbon dioxide through electrolysis to recycle waste materials, addressing the growing demand for graphite while ensuring environmentally friendly sourcing of carbon materials. This innovative approach enables clients to incorporate UP Catalyst's nanomaterials into various applications, including battery and supercapacitor technologies, conductive and strengthening coatings, polymer formulations, and water filtration systems. Through its commitment to sustainability, UP Catalyst aims to contribute to the development of greener energy solutions.

Geopyörä Oy

Grant in 2021
Geopyörä is the state of the art in rock breakage characterization testing and it was developed to allow mining companies to test several samples at low cost for geometallurgical, comminution design and control applications

MagnoTherm

Grant in 2020
MagnoTherm, founded in 2019 and headquartered in Darmstadt, Germany, specializes in innovative magnetic cooling and heating technologies. With a team of over 40 experts in magnetocaloric materials, the company is committed to addressing the climate crisis by revolutionizing the cooling industry, which accounts for approximately 7% of global CO2 emissions. MagnoTherm's technology offers an alternative to traditional gas compression systems, boasting up to 30% greater energy efficiency while being non-explosive, non-flammable, and requiring low maintenance. The company aims to meet the increasing demand for sustainable and cost-effective cooling solutions, providing a viable pathway for policymakers to transition from outdated gas compression methods that have remained unchanged for nearly two centuries.
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