Lilac Solutions vs Electric Hydrogen
Side-by-side comparison of AI visibility scores, market position, and capabilities
Oakland DLE lithium extraction technology ($318M total, $145M T. Rowe Price Series C); 5th gen 20x production rates with 1-acre = 10,000-acre evaporation pond efficiency and Great Salt Lake/Argentina deployments competing with SLB for lithium supply.
About
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.
Electric Hydrogen designs and manufactures 100MW+ industrial electrolyzer systems for green hydrogen production at scale; raised $380M in funding including a $200M Series C in 2023;
About
Electric Hydrogen is a Natick, Massachusetts-based clean energy company founded in 2020 by Raffi Garabedian (former CEO of First Solar) and David Eaglesham. The company designs and manufactures large-scale industrial electrolyzers — systems that use electricity to split water into hydrogen and oxygen — intended to produce green hydrogen at the cost and scale required to decarbonize heavy industries. Electric Hydrogen's core product is a 100MW electrolyzer plant that represents one of the largest single electrolyzer systems commercially available, designed for industrial customers in steel, ammonia, chemicals, and fuel production who need hydrogen at massive volumes.
AI Visibility Head-to-Head
Key Details
Also Compare
Track AI Visibility in Real Time
Monitor how your brand performs across ChatGPT, Gemini, Perplexity, Claude, and Grok daily.