Summary
- Pure Lithium has received funding from the US Department of Energy to scale production of lithium metal anodes
- The company will work with Argonne National Laboratory to recover lithium metal from waste streams
- Pure Lithium plans to use the recycled metal to produce pure lithium metal anodes for its batteries
- The technology involves combining metal extraction from lithium-bearing brines with anode production
- Pure Lithium’s CEO emphasizes the importance of extracting value from waste streams and utilizing complementary technology
Article
Pure Lithium, a US battery technology company, has received funding from the US Department of Energy’s Vehicle Technology Office to scale production of lithium metal anodes from recycled lithium metal, in collaboration with Argonne National Laboratory (ANL). The company will work with ANL to extract lithium metal from waste streams and demonstrate the technology to produce pure lithium metal anodes for their lithium metal vanadium oxide batteries. Emilie Bodoin, the founder and CEO of Pure Lithium, expressed excitement about the opportunity to extract value from waste streams using technology that complements their existing patents.
The core technology of Pure Lithium involves combining metal extraction from lithium-bearing brines with anode production, and the team has expertise in metallurgical processing. The partnership with ANL will enable Pure Lithium to leverage their skills in recovering lithium metal from waste streams and producing high-quality anodes for their batteries. This collaboration aligns with the company’s focus on sustainability and innovation in the field of battery technology. The funding from the DOE’s Vehicle Technology Office will support the scaling up of production for lithium metal anodes using recycled materials.
Pure Lithium aims to address the environmental impact of battery production by utilizing recycled materials in their manufacturing process. By extracting lithium metal from waste streams and using it to produce anodes for their batteries, the company is contributing to the circular economy and reducing the need for new resource extraction. This approach not only reduces waste but also helps to lower the overall environmental footprint of lithium battery production. The partnership with ANL will further enhance Pure Lithium’s ability to recover and recycle valuable materials from waste streams.
The collaboration between Pure Lithium and Argonne National Laboratory represents a significant advancement in the development of sustainable battery technology. By scaling up production of lithium metal anodes from recycled materials, the companies are demonstrating a commitment to innovation and environmental stewardship. The project funded by the US Department of Energy’s Vehicle Technology Office will enable Pure Lithium to accelerate the commercialization of their technology and bring more sustainable battery solutions to market. This partnership highlights the importance of collaboration between industry and research institutions in driving progress in the field of battery technology.
Emilie Bodoin, the CEO of Pure Lithium, emphasized the importance of utilizing technology to extract value from waste streams and create sustainable solutions for battery production. By leveraging their expertise in metallurgical processing and working with ANL to recover lithium metal from waste streams, Pure Lithium is demonstrating a commitment to sustainability and innovation in the battery industry. The company’s focus on using recycled materials to produce high-quality anodes for their batteries aligns with the growing demand for environmentally friendly energy storage solutions. The partnership with ANL will further strengthen Pure Lithium’s capabilities and accelerate the development of advanced battery technologies.
Overall, the collaboration between Pure Lithium and Argonne National Laboratory, supported by funding from the US Department of Energy’s Vehicle Technology Office, represents a significant step forward in the development of sustainable battery technology. By scaling production of lithium metal anodes from recycled materials, the companies are not only reducing waste but also lowering the environmental impact of battery production. This partnership underscores the importance of innovation and collaboration in driving progress towards more sustainable and efficient energy storage solutions. Pure Lithium’s commitment to sustainability and recycling in their battery production process showcases their dedication to creating a greener future for the industry.
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