The cooperation between Nobian and Veolia aims to combine the expertise from both companies to further scale lithium production
L-R: Coert van Lare, Director Innovation Program Renewable and Circular (Nobian), Markus Mingenbach, Senior Vice President Chlor-Alkali & Chloromethanes (Nobian), Mark Boone, Executive Vice President and Managing Director of Evaporation/Crystallization Business Unit (Veolia), Jim Rieke, Vice President Process Engineering (Veolia). ©Nobian
Nobian, a leading provider of salt-based chemicals in Western Europe and Veolia, a global leader in water treatment technologies and lithium compounds production, signed a Memorandum of Understanding (MoU) to explore joint commercialization of Nobian’s newly patented lithium chloride conversion process.
Nobian has recently developed and patented an innovative and sustainable process that converts lithium chloride into lithium hydroxide monohydrate (LHM) - a key raw material for lithium-ion batteries. Using electrolysis and crystallization, lithium chloride is converted into LHM. Veolia has validated the process’ efficiency and applicability through rigorous testing, leveraging its HPD crystallization technology at its state-of-the-art Research, Development and Piloting facility in Plainfield, IL (USA).
The cooperation between Nobian and Veolia aims to combine the expertise from both companies to further scale lithium production, contributing to Europe’s strategic independence in lithium supply. Both companies will explore the integration of Nobian’s new lithium conversion process into Veolia’s HPD technology, creating a commercially viable joint proposition.
Following the testing phase, Nobian and Veolia will seek strategic partners across the value chain, engaging lithium chloride suppliers, technology providers, customers, investors, and potential licensees throughout Europe and globally. This initiative supports the development of a sustainable European lithium battery value chain, leveraging mutual capabilities, ensuring a more reliable and eco-friendly lithium supply for future energy needs.
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