- From 2025, the plant will produce 25,000 tonnes of battery-grade lithium hydroxide annually, expanding to 100,000 tonnes by 2030.
- Technip Energies will complete a bankable feasibility study for an EPC contract.
- Veolia Water Technologies is conducting a detailed test work program to validate the process engineering design.
- The project will create 250 direct and 600 indirect jobs.
Production Capacity and Timeline
Starting in 2025, the plant will achieve a production capacity of 25,000 tonnes per year of battery-grade lithium hydroxide, with plans to expand to 100,000 tonnes per year by 2030. This capacity is equivalent to the lithium needs for 2 million electric vehicles annually.
Location and Infrastructure
The plant will be located in Lauterbourg, Alsace, in the French Grand Est Region. The site offers direct trimodal access (rail, water, road) and benefits from onsite container and heavy load lifting facilities on the Rhine river. The 20ha site is fully permitted and strategically chosen for its proximity to centers of excellence in chemistry and materials physics.
Job Creation
The project is expected to create up to 250 direct jobs and 600 indirect jobs during the expansion phases. This will provide significant skilled employment opportunities in the region.
Environmental Impact
Thanks to France's low-carbon energy mix and innovative industrial approaches, the plant aims to produce battery-grade lithium chemicals with the lowest carbon intensity globally. The focus will be on refining and converting low-carbon lithium salts, supporting European car manufacturers in meeting carbon-neutral targets.
Partnerships and Feasibility
Technip Energies has been engaged to complete a bankable feasibility study with the aim of entering an EPC contract. Veolia Water Technologies is conducting a detailed test work program to validate the bespoke process engineering design. Additionally, a research project with CEA Liten will undertake performance tests of the end lithium hydroxide product on cathodes and lithium-ion battery cells.
