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LiPhos Gen 2 – Recycling of LFP Batteries

Purpose and goal

The project aims to establish a sustainable and economically viable recycling process for LFP batteries. By recycling lithium, phosphorus and iron and developing useful by-products, the project will strengthen Europe´s raw material supply and reduce waste streams. The goal is to validate the process on a pilot scale, ensure industrial quality of the products and develop a commercialization plan that makes the technology ready for industrial implementation in Sweden and Europe.

Expected effects and result

The project will deliver an integrated recycling process validated at pilot scale, with product samples of lithium, phosphoric acid and cement-like materials that meet industry requirements. The results will be documented in technical reports and a techno-economic analysis that demonstrates profitability and investment potential. The impacts will be strengthened raw material supply, reduced waste streams and new circular value chains that contribute to climate goals and sustainable industry.

Planned approach and implementation

The project is implemented in 5 work packages covering the entire chain from research to commercialization. KTH is responsible for process development and modeling, Greenavance runs pilot validation and technical coordination, while Ragn-Sells ensures business and market validation. The work includes product verification, techno-economic analysis and a commercialization plan. Close collaboration between the parties ensures the results are robust, industrially relevant, with long-term benefits.

The text has been written by the project team. The content is copied from the funding agency’s website and has not been reviewed by the Program Office.

Project title
LiPhos Gen 2 – Recycling of LFP Batteries
Registration number
2025-03089
Coordinator
Greenavance Tech Global AB
Call
2025-00959 Impact Innovation: Research and development projects within Techological Action Areas in the Swedish Metals and Minerals program
Project duration
November 2025 - November 2027
Project type
Full-scale project
Responsible funding agency
Vinnova

For further information about the project, please visit Vinnova