Company Overview
About Lilac Solutions
Lilac Solutions is an Oakland, California-based direct lithium extraction (DLE) technology company — backed with over $318 million in total funding including a $145 million Series C led by T. Rowe Price and Presidio Ventures — commercializing a proprietary ion exchange process that extracts lithium from brine resources with 70-98% efficiency using ceramic beads coated with nano-materials, achieving the same lithium output from a 1-acre system that conventional evaporation pond methods require 10,000 acres to produce. Founded in 2016 from CEO Dave Snydacker's PhD research at Northwestern University, Lilac was acquired new CEO Raef Sully (former CEO of Nutrien's $10 billion business unit) in 2024 to lead commercial scaling. In 2025, Lilac unveiled its fifth-generation DLE technology achieving 20x higher lithium production rates and 10,000 operational cycles before replacement — orders of magnitude better than competing technologies. Active projects include the Kachi project in Argentina (with Lake Resources), the Great Salt Lake project in Utah (targeting 3,000 tonnes per year by 2026), and the Neptune project in Germany. Lilac's manufacturing facility in Fernley, Nevada produces the ion exchange beads for commercial deployment. Investors include Breakthrough Energy Ventures.
Business Model & Competitive Advantage
Lilac's direct lithium extraction technology addresses the land use, water consumption, and lead time limitations of the conventional evaporation pond lithium extraction that supplies 75%+ of global lithium production: traditional brine operations (dominant in Chile's Atacama and Argentina's Puna plateau) pump lithium-bearing brine into vast evaporation ponds — 10,000-50,000 acres of solar evaporation ponds that require 12-18 months to concentrate the brine before lithium can be recovered. This process uses enormous land areas in fragile high-altitude ecosystems, consumes significant water in arid regions, and cannot be deployed on lower-grade brine resources that contain too little lithium for evaporation economics. Lilac's ion exchange beads (selectively capturing lithium ions from brine while passing other minerals, then releasing concentrated lithium solution) can be deployed on brine resources that evaporation pond methods cannot economically process — expanding the addressable lithium brine resource base globally.
Competitive Landscape 2025–2026
In 2025, Lilac Solutions competes in the direct lithium extraction, battery materials, and critical minerals supply chain market with EnergySource Minerals (ILiAD DLE technology, private), SLB (NYSE: SLB, Chemix DLE acquisition), and Standard Lithium (NYSE: SLI, LiSTR DLE technology) for partnership agreements with lithium brine resource owners (mining companies, oil field operators with lithium-bearing produced water) seeking commercial-scale DLE deployment. Breakthrough Energy Ventures' investment reflects Bill Gates's conviction that DLE technology is critical path for EV battery supply chain decarbonization — as the growth of EV adoption requires 10-40x more lithium production than current evaporation pond capacity can supply. The Great Salt Lake deployment (targeting 3,000 tpa by 2026) serves as the North American commercial reference project that demonstrates Lilac's technology at scale for US battery supply chain development. The 2025 strategy focuses on scaling the Fernley bead manufacturing facility, completing the GSL Utah and Kachi Argentina commercial deployments, and converting the $318M in capital into operational projects that generate lithium carbonate offtake agreements.
The Lilac Solutions Story
Founders
Recent Activity
View all →Material Event filed 2026-05-14
Quarterly Report filed 2026-05-07
Material Event filed 2026-05-07
Material Event filed 2026-04-30
Proxy Statement filed 2026-04-29
Photo by Wblanchard — Own work, CC BY-SA 3.0, https://commons.wikimedia.org/w/index.php?curid=27531915 Analytical chemistry is essential to the extraction and refining of critical minerals. Accurate, reliable measurements of process inputs and outputs are essential for quantifying technology performance, validating process improvements, and designing for efficient commercial operations. This is especially true in the world of direct lithium extraction (DLE), where lithium‑containing brine feedstock and downstream process streams must be carefully measured and controlled to ensure optimal lithium recovery, yield, and product quality. Brine analysis, however, is far from straightforward. High salinity, complex ionic matrices, and wide variations in composition present unique analytical challenges that are easy to underestimate. Conventional wet chemistry assays can carry uncertainties of 10 – 30%, a margin large enough to distort mass balances, mask real
Material Event filed 2026-03-31
Lilac Partner Release, U.S. Trade and Development Agency Arlington, VA – March 14, 2026 – The U.S. Trade and Development Agency is supporting the deployment of innovative U.S. technology to diversify U.S. critical minerals supply chains by increasing lithium recovery from Indonesia’s geothermal energy operations. Through a USTDA-funded pilot project, California-based Lilac Solutions, Inc. (Lilac) will demonstrate its technology at Indonesia’s state-owned geothermal developer PT Geo Dipa Energi’s (GDE) facilities. This will be Indonesia’s first facility to draw lithium from geothermal brine. The project will create a trusted source for the supply of lithium, an important component of many modern technologies, while supporting a vital energy source for Indonesia. “ America’s security and prosperity depend on access to critical minerals from trusted sources,” said Thomas R. Hardy, USTDA’s Deputy Director. “ This project highlights the value of U.S. solutions in buil
Company Timeline
Major milestones in Lilac Solutions's journey
Leadership Team
Meet the leaders behind Lilac Solutions
Raef Sully
Raef Sully was appointed CEO of Lilac Solutions in 2024, having joined as COO earlier that year. He previously served as CEO of Nutrien's $10 billion nitrogen and phosphate business unit, where he managed capital projects and operations in mining and chemicals. He brings decades of experience scaling industrial operations.
Dave Snydacker
Dave Snydacker founded Lilac Solutions in 2016 based on his PhD research at Northwestern University. He now serves as President and Chief Technology Officer, leading technology development and innovation. He holds a PhD in materials engineering and is a recognized expert in battery technology and lithium extraction.
Tom Wilson
Tom Wilson joined Lilac in 2019 as Chief Development Officer after completing a Sloan Fellowship at Stanford Graduate School of Business. He spent 14 years developing projects in the oil and gas industry before transitioning to clean energy, bringing deep expertise in industrial project development.
Nick Goldberg
Nick Goldberg serves as Chief Legal Officer after initially joining Lilac's advisory board. A friend of founder Dave Snydacker from Wesleyan University, Goldberg established himself in a top corporate law firm in New York before joining Lilac full-time to oversee legal strategy and corporate development.
Matt McCall
Matt McCall joined in 2022 as EVP of Bead Manufacturing. A former Lieutenant Commander and nuclear engineering officer in the United States Navy, he brings over 26 years of experience in manufacturing and operations leadership to scale Lilac's production capabilities.
Peter Ajayi
Peter Ajayi joined as VP and Deputy General Counsel in 2022 with over 9 years of experience, previously serving as Senior Corporate Counsel at Marqeta. He supports Lilac's legal operations as the company scales globally.
Felipe de Mussy
Felipe de Mussy leads Lilac's South American operations, overseeing key projects in Argentina and other lithium-rich regions. He brings expertise in Latin American mining and resource development.
Key Differentiators
Emerging Innovator
Lilac Solutions is an emerging player bringing innovative solutions to the Climate & Energy market.
Frequently Asked Questions
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