BMW i Ventures

Mangrove Lithium, based in Vancouver, has developed a modular and scalable refining technology for the efficient production of battery-grade lithium hydroxide and carbonate from a variety of input streams. This innovative platform allows for the direct conversion of lithium chloride and lithium sulfate into high-quality lithium products. The technology can be adapted to different capacities and is designed to be co-located with upstream lithium producers, as well as cathode and cell manufacturers. Additionally, Mangrove’s platform is being commercialized for the conversion of waste brines into valuable chemicals and desalinated water, contributing to more sustainable practices in the lithium supply chain.

Bcomp Ltd. is a manufacturer based in Fribourg, Switzerland, specializing in natural fiber composites. Founded in 2003, the company produces innovative products such as ampliTex, a natural flax fiber available in various forms, bCores, a lightweight wood core, and powerRibs, a reinforcement material made from natural fibers. Bcomp's technologies, developed from years of research and patented innovations, allow for the creation of structural components that can effectively replace traditional materials like aluminum and carbon fiber. The company serves diverse industries, including sports, automotive, acoustics, aerospace, electronics, design, and leisure, focusing on enhancing efficiency in weight, rigidity, shock absorption, and damping. Bcomp collaborates closely with its customers to tailor solutions that meet specific needs while continuing to strengthen its research and development efforts through academic partnerships.

Jetti Resources is a company based in Vancouver, Canada, that specializes in developing hydrometallurgical technology for the extraction of metals from mineral ores. Founded in 2014, Jetti focuses primarily on extracting copper from low-grade primary sulfides, including chalcopyrite, which is the most abundant copper mineral ore. The company has developed a proprietary catalytic technology that enhances copper recovery from vast quantities of ore, addressing significant challenges in mineral processing. This technology integrates with existing heap leaching methods and downstream operations, allowing industrial clients to improve copper yields in a cost-effective and environmentally sustainable manner. Additionally, Jetti's technology is applicable for the extraction of zinc and nickel from sulfide ores, further diversifying its capabilities in mineral processing.

Mangrove Lithium, based in Vancouver, has developed a modular and scalable refining technology for the efficient production of battery-grade lithium hydroxide and carbonate from a variety of input streams. This innovative platform allows for the direct conversion of lithium chloride and lithium sulfate into high-quality lithium products. The technology can be adapted to different capacities and is designed to be co-located with upstream lithium producers, as well as cathode and cell manufacturers. Additionally, Mangrove’s platform is being commercialized for the conversion of waste brines into valuable chemicals and desalinated water, contributing to more sustainable practices in the lithium supply chain.

Bcomp Ltd. is a manufacturer based in Fribourg, Switzerland, specializing in natural fiber composites. Founded in 2003, the company produces innovative products such as ampliTex, a natural flax fiber available in various forms, bCores, a lightweight wood core, and powerRibs, a reinforcement material made from natural fibers. Bcomp's technologies, developed from years of research and patented innovations, allow for the creation of structural components that can effectively replace traditional materials like aluminum and carbon fiber. The company serves diverse industries, including sports, automotive, acoustics, aerospace, electronics, design, and leisure, focusing on enhancing efficiency in weight, rigidity, shock absorption, and damping. Bcomp collaborates closely with its customers to tailor solutions that meet specific needs while continuing to strengthen its research and development efforts through academic partnerships.