NewGenium

NewGenium develops SuperSynth DLE to convert lithium brines directly into battery-grade LFP cathodes. The process reduces processing steps, land use, and cost, enabling domestic supply for EVs and grid-scale storage with lower environmental impact.

Company Location

Country:

United States

City:

Pasadena

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Company Overview

NewGenium, based in Pasadena, California, was founded by Caltech Professor Mark Davis and entrepreneur Bill Gross as an Idealab Studio. The company develops proprietary direct lithium extraction and synthesis processes to produce battery-grade lithium iron phosphate (LFP) cathode material from lithium-rich brines. NewGenium’s stated mission is to support domestic battery supply chains by reducing the environmental footprint and cost of producing LFP for electric vehicles and grid storage. The company partners with Caltech on core technology and positions its process for rapid deployment using standard industrial equipment.

Battery Technology

NewGenium’s core SuperSynth process combines ion-exchange direct lithium extraction (DLE) with a low-temperature, three-step synthesis to convert lithium brines directly into battery-grade LFP cathode material. The method eliminates long evaporation cycles, reduces processing steps by roughly 75%, and lowers land use and CAPEX versus conventional routes. Reported metrics include a target LFP cost near $3/kg and substantial reductions in solid waste and transport-related emissions due to onsite conversion. The process uses standard industrial equipment and was demonstrated in a Monrovia, California laboratory in 2025; its chemistry originates from research at Caltech.

Products

NewGenium supplies battery-grade lithium iron phosphate (LFP) cathode material produced directly from brine sources using SuperSynth DLE. Key product attributes are lower levelized production cost, reduced land and waste footprint, and compatibility with standard cathode manufacturing lines. Primary applications include electric vehicle battery cells, battery energy storage systems (BESS), and other stationary and mobile storage markets where LFP’s safety and lifecycle advantages matter.

Recent Projects

In 2025 NewGenium demonstrated its SuperSynth DLE-to-LFP workflow in a laboratory program in Monrovia, California. The demonstration validated the three-step, low-temperature synthesis route and readiness for scale-up. Caltech is identified as the originator of the core ion-exchange chemistry; outcomes reported include proof-of-concept production of battery-grade LFP and readiness to move toward pilot-scale deployment and commercial partnerships.

Investors

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