Unleashing Potential for a Better Future
IBUvolt battery material products are the solution to the growing demand for LFP battery materials, processing expertise, and samples. Our LFP battery materials are the superior, eco-friendly alternative to conventional battery cell systems based on nickel manganese cobalt (NMC). As a service provider and process development partner along the entire battery value chain, IBUvolt is driving the improvement and further development of the batteries of the future. We are the leaders in innovative material development projects in the field of anode, cathode, and raw materials. Furthermore, our recycling of battery materials is an essential step for establishment of a sustainable circular economy.
Focus On Sustainability
Sustainability is our guiding principle. As a partner to leading industrial companies, we develop innovative solutions that are ecologically and economically sustainable.We build a European value chain, promote the circular economy, and reduce the carbon footprint.We rely on top industrial standards, source raw materials from non-critical supply chains, and integrate the recycling of battery materials into our service portfolio.
We use state-of-the-art technologies to continuously optimize our production processes, making them as environmentally friendly and low-emission as possible. This allows us to achieve maximum efficiency and excellent material properties.As a company in the chemical industry, we are aware of our responsibility towards the environment, society, and our partners, and we are helping to shape the future responsibly.
Resource-Saving Production Processes
Our production is based on cutting-edge technology that ensures resource-saving and low-emission processes. We exclusively use electricity from 100% renewable energies in our facilities and comply with strict environmental standards. This guarantees that our products are not only sustainable, but also responsibly manufactured.
We Ensure a Sustainable European Value Chain.
Powering the Future with European Resources.
We are working closely with partners and customers to promote the extraction of raw materials in Europe. This initiative is key to reducing dependencies on long and disruptive supply chains. We are developing concepts for the sustainable extraction of lithium carbonate and hydroxide from European sources and the development of European iron phosphate materials.
Our regional focus allows us to meet the growing demand for battery materials, strengthen the European economy, and reduce environmental impact by cutting transport routes. We are committed to making efficient use of European resources and to strengthening Europe as an industrial location in the long term.
Reducing the CO₂ footprint
Reducing the carbon footprint is central to our climate protection commitment. We use 100% renewable energy and low-emission technologies. Our innovative battery material, IBUvolt® LFP402, makes it possible to significantly reduce the carbon footprint of electric vehicles. In battery production, we reduce CO₂ emissions by about one ton per battery, achieving a 40% reduction. Our contributions are making a tangible difference in achieving global climate goals.
Sustainable Battery Materials
Our environmentally friendly battery materials are the sustainable alternative to conventional solutions. We use lithium iron phosphate (LFP), which does not require critical raw materials such as cobalt.
LFP batteries have completely transformed battery cell production and solidified their position as a cathode material for electromobility. They are more environmentally friendly, safer, and contain fewer toxic substances than nickel-manganese-cobalt (NMC) batteries. They also offer high thermal stability, long service life, and reliable performance. These innovations are propelling us towards a more sustainable future of electromobility and energy storage.
A Circular Economy is the Key to Sustainability
Our commitment to battery recycling is unwavering. We extend the life of resources and make the production of battery materials environmentally friendly. This approach minimizes waste, closes material cycles, and reduces resource consumption. We are actively contributing to a sustainable future.
