Revolutionize the lithium production industry World's Most Efficient Battery-Grade Lithium Production Process?

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The Gradiant spin-out alkaLi’s EC² wants to accelerate the scaling of battery-grade lithium production to meet the global demand for EVs, energy storage, and portable devices. The technology for this is based on a highly modular and three-stage system.

Gradiant, a global leader in advanced water and wastewater treatment solutions, has announced the spin-out of alkaLi, a new standalone company focused on accelerating the scaling of battery-grade lithium production. Powered by EC2, the world's only all-in-one solution designed to Extract, Concentrate, and Convert battery-grade lithium, alkaLi aims to revolutionize the lithium production industry.

With electric vehicles, energy storage systems, and portable electronic devices driving global demand for lithium, EC² offers producers an unprecedented new means to rapidly scale lithium production. EC² features instantaneous production measured in seconds, not years; reduced costs with 50% lower OPEX and zero CAPEX costs; industry-leading sustainability with significantly reduced carbon and water footprints; and expedited permitting to meet the global lithium demand. The complete system is balanced, integrated, and adapts to a broad range of source inputs

Highly modular, three-stage system

alkaLi’s EC² is a highly modular, three-stage system adaptable to the broadest range of source inputs to date, including—brine, evaporation, and recycling. The technology can be deployed in full or standalone stages, integrated with existing site infrastructure with an option to supercharge production with SmartOps AI. EC² has been bench-tested and field-tested, and successfully completed a commercial proving system with SLB in 2023. alkaLi will continue to offer the business model flexibility that Gradiant is renowned for: providing producers with a zero CAPEX option in which the company builds, owns and operates the solution. 

“A clear purpose drives Gradiant, and that is to ensure water for generations to come. With that comes an affinity for holistic environmental solutions beyond water, including the successful electrification of our societies to reduce the burden on fossil fuels,” said Prakash Govindan, COO of Gradiant. “Demand for lithium is outstripping supply. We must accelerate the scale of production solutions, and it is for this reason that we will spin out alkaLi, a completely independent company with a dedicated focus on maximizing the production efficiency of battery-grade lithium.” Gradiant is different. We're more than a water company; we're a technology company,” added Siva Kumar Kota, Head of Technology. “Our revolutionary RO Infinity with Counter-Flow Reverse Osmosis technology powers EC². CFRO operates with significantly lower demand for energy and water, concentrating to limits approaching saturation without the environmental impacts common in incumbent technologies.” 

Optimized efficiency and sustainability throughout each stage 

Accxoring to alkaLi's EC² the solution is setting new industry standards to Extract, Concentrate, and Convert battery-grade lithium with optimized efficiency and sustainability throughout each stage:

Extraction: Synthesized resins and novel membranes optimize lithium extraction far beyond industry norms, uniquely reaching Generation II levels and the richest lithium stream possible for maximum downstream efficiency. A second Li-lean stream is output, and each flows to CFRO units in the Concentration Stage.

Concentration: Powered by Gradiant's award-winning CFRO to maximize system efficiency, consuming an order of magnitude less energy than thermal processes.

CFRO I receives the Li-rich stream and further concentrates to levels sufficient to convert to battery-grade lithiumCFRO II receives the Li-lean stream and reduces TDS to below regulatory limits, allowing expedited permitting

Conversion: The concentrated lithium is precipitated into a solid to produce battery-grade lithium carbonate (Li₂CO₃) or lithium hydroxide (LiOH). (kib)