Circular batteries recycling via green chemistry

Spent Li-ion batteries contain valuable metals such as lithium, cobalt, manganese, nickel, aluminium and copper. Some of these metals are not mined in EU and we depend on their import. Thus, we are obligated to recover them from the waste via sustainable recycling.

Shows the process for how lithium batteries can be recycled more efficiently.

Traditional recycling of the batteries uses strong chemicals and generates secondary waste. Moreover, some portion of valuable metals is lost in the different steps and is never recovered. Our technology makes recycling smarter and greener since we use organic chemicals. With a use of organic acid we recover most of the lithium and aluminum. Their separation is after that very easy and both metals can be reused. Aluminum is very often recovered as the by-product and never used again. Our technology keeps battery metals (cobalt, nickel and manganese) together and new cathodes will be produced once the research is finalized. We are also investigating methods to regenerate the chemicals to be able to use them again.

IVA’s 100 List 2024: Innovation through Interdisciplinary Research

IVA’s 100 List 2024 highlights a diverse range of research projects from Swedish universities, under the theme Technology in the Service of Humanity - Innovation through Interdisciplinary Research. The projects have been selected based on their great potential to create value through commercialization, business and method development, or societal impact. All participating researchers are interested in increased contacts with the business sector for the application and further development of their projects.

Named contact persons for each research project on the 100 List are responsible for the accuracy of the information presented.

All about IVA’s 100 List – Q&A