Welkinupcycle has achieved a significant milestone with the successful development and industrialization of LFP multi-component recycling. This advanced technology is designed to handle all forms of LFP battery black mass and electrode scrap powder, ensuring efficient and effective recovery of valuable materials. Our innovative recycling process offers two distinct recovery paths, tailored to optimize the extraction of critical components based on the specific characteristics of the input materials. By utilizing these tailored recovery paths, we enhance the purity and quality of the recovered materials, making them suitable for reuse in new battery production.
This breakthrough not only advances our commitment to sustainability but also supports the broader industry in meeting increasing recycling demands. Our LFP multi-component recycling technology represents a key step forward in closing the loop on battery materials, reducing waste, and contributing to a more sustainable and circular economy for energy storage systems.
Low requirements for black mass impurities (electrolyte, copper, and aluminum, etc.) content
Compared with lithium spodumene, the carbon footprint of battery-grade lithium carbonate produced by Botree's recycling process has been decreased more than 40%[1]
[1] Based on the average electrical grid factor in China, assuming that the consumed LFP has zero environmental burden, calculated by Botree carbon consulting team.