Intelligent Urban Mining - advanced recycling solutions that secure critical materials and reduce environmental impact. Jälle Technologies is a cleantech startup turning battery recyclers’ biggest headache — graphite-rich waste — into their greatest opportunity. Our proprietary process upcycles this residue into a high-performance 2D material with applications across energy storage, coatings, composites, electronics, and more. By transforming a costly waste stream into a valuable resource, we close a critical gap in the battery recycling chain. Instead of relying on mined graphite and harsh chemical processes, our method leverages the unique properties of recycled graphite, making production more efficient, scalable, and …

Type: Startup Activities: cleantech greentech Technologies: Decarbonization Batteries

Die Kreislaufwirtschaft verbessern AES Autonome Energiesysteme GmbH is a GreenTech company transforming how industrial plastic waste is recycled. Based in Merzenich, Germany, we develop and operate decentralized pyrolysis plants that convert mixed post-industrial plastics into high-value circular oil. This oil serves as a sustainable feedstock for producing new, virgin-quality plastics - enabling our partners to meet both regulatory and climate goals. At the heart of our solution lies the proprietary FLUKS technology, designed for maximum flexibility, modularity, and scalability. Unlike large-scale centralized competitors, AES places compact recycling units directly at industrial waste sources. This approach eliminates unnecessary transport, avoids contamination …

59 similar entities Type: Startup Activities: cleantech greentech Technologies: Decarbonization

Creating a Circular Supply Chain for Rare Earth Elements Cyclic Materials transforms yesterday’s waste into tomorrow’s critical materials. We’re creating a circular supply chain for the rare earth elements and critical materials that power our global economy, without compromising quality or environmental impact. Our proprietary two-phase process is unlocking value from discarded waste. Our MagCycleSM technology simplifies the separation of rare earth magnets and critical metals from end-of-life electric vehicles, consumer electronics, wind turbines, and MRIs. Then our REEPureSM technology restores those valuable materials back to their raw form, unlocking new revenue streams for metal buyers and feedstock companies. We …

19 similar entities Type: Startup Activities: greentech cleantech Technologies: Decarbonization

Circular Solutions for a Sustainable Future Lithium367 is a technology firm dedicated to creating a sustainable future by reducing waste, conserving resources, and promoting a circular economy. Our team of experts is developing a technology that can recover lithium from end-of-life batteries, reducing waste and conserving resources. Our innovative approach to recycling also minimizes greenhouse gas emissions, making a significant contribution to the fight against climate change. We are committed to sustainability and collaboration, working closely with battery manufacturers, electric vehicle companies, and other stakeholders to create a circular economy for batteries. Join us in our mission to contribute in …

44 similar entities Type: Startup Activities: cleantech greentech Technologies: Batteries

Critical Metals Supplier to Electric Vehicle Batteries http://www.altilium.tech Altilium is a UK based Clean Technology group decarbonising the electric vehicle supply chain and supporting the transformation of the global energy sector from fossil-based to zero-carbon. By recycling existing waste streams, such as old EV batteries and mine waste, we will supply domestic, sustainable and low carbon critical mineral to a battery supply chain.

60 similar entities Type: Startup Activities: greentech cleantech Technologies: Batteries Decarbonization

We design and build end-to-end mineral recovery and water treatment systems fit for a circular economy. At Watercycle Technologies, we are reshaping the traditional model of production and consumption. We design and build end-to-end mineral recovery and water treatment systems fit for a circular economy.​ Our proprietary selective extraction, mineral enrichment and crystallisation technology enables key resources to kept in circulation forever.​ We are the first company to commercialise Direct Lithium Extraction (DLE) in Europe, recovering high-purity lithium from brines, wastewater and battery waste while generating clean water as a co-product.​ This is not an initiative. It’s a burgeoning new …

42 similar entities Type: Startup Activities: deeptech water management cleantech greentech Technologies: Decarbonization

Revolutionising metal recovery: Purifying metals and water from industrial waste Seloxium is a University of Oxford spin-out company revolutionising the mining, refining, and recycling sectors by selectively extracting valuable metals from wastewater & mine tailings. We provide high purity metals with a 90-98% lower carbon footprint by recovering metals from waste that is otherwise not economical to treat. Seloxium offers a sustainable source for green metals that are essential to our climate goals from waste, reducing the need for these valuable metals to be mined again. We can produce high purity metals at a cost, purity, scale, and speed not …

13 similar entities Type: Startup Activities: greentech cleantech Technologies: Decarbonization

Leading Innovation in Lithium-ion Battery Recycling At Infiniti Recycling, we're pioneering the future of recycling. Our mission is simple yet profound: to revolutionize the way we recycle lithium ion batteries, creating a sustainable pathway for a greener tomorrow. With a relentless focus on innovation, technology, and environmental stewardship, we're redefining the recycling industry one step at a time. Our cutting-edge solutions streamline the recycling process, reducing waste, conserving resources, and minimizing environmental footprint. Direct Recycling and Lithium Ion Batteries

17 similar entities Type: Startup Activities: cleantech greentech Technologies: Batteries Decarbonization