Halicene is building the thermal infrastructure to reclaim industrial brine — producing freshwater, recovering critical minerals, and restoring the balance of the resource cycle.
The United States produces roughly twenty-four billion barrels of saltwater waste from oil and gas operations every year. Disposal is increasingly constrained by induced seismicity, aquifer impact, and tightening regulation across every major producing basin.
The build-out of AI compute has created the largest stranded low-grade heat source in industrial history. Hundreds of terawatt-hours of thermal energy are rejected to the atmosphere each year — energy that, at the right temperature, is sufficient to drive industrial-scale water and mineral recovery.
Domestic production of lithium and other critical minerals trails global demand by a generation. The resource is not absent. It is dissolved in the very waste streams the industry pays to dispose of.
Halicene operates at the intersection of these three failures. Our thermal reclamation systems use stranded industrial heat to drive integrated brine processing — producing high-quality freshwater and recovering lithium and other critical minerals from a feedstock the industry currently pays to discard.
We are designed, from the first principles of thermodynamics, by a team with deep aerospace thermal-systems experience — a discipline of compact, high-effectiveness heat transfer that has not previously been brought to bear on this class of problem.
Our systems are modular, transportable, and built to operate in the harsh edges of industrial environments where conventional water-treatment infrastructure cannot. The mission is durable: to close a loop the planet cannot afford to leave open.
A handful of U.S. regions concentrate the entire opportunity. Each combines large produced-water volumes with accessible critical-mineral chemistry — and, increasingly, with the next generation of liquid-cooled compute. Halicene's first deployments will anchor here.
The largest produced-water stream in North America, generating roughly fifteen million barrels of saltwater per day. Now adjacent to the fastest-growing AI compute cluster in the country, as Stargate, Crusoe, and others build out gigawatt-scale capacity across West Texas.
The richest known oilfield-brine lithium chemistry in the United States. The area is now attracting major commercial commitments from ExxonMobil, Standard Lithium, and Tetra Technologies — establishing the offtake and infrastructure that modular pilots can readily plug into.
A mature water-midstream sector adjacent to South Texas data center expansion, with the operational and permitting infrastructure to support modular pilot deployment on a faster timeline than less-developed basins allow.
The shift to liquid and immersion cooling for high-density AI workloads has, for the first time, produced waste heat at temperatures sufficient to drive useful thermal processes at industrial scale. The thermodynamics that did not pencil five years ago now do.
Saltwater disposal regulation is tightening across every major U.S. producing basin in response to induced seismicity and groundwater impact. Operators and midstream water companies are actively seeking beneficial-reuse partners with credible technology.
Federal critical-minerals policy, the Inflation Reduction Act, and the Department of Energy's loan and grant programs have created the most favorable funding environment for domestic mineral recovery in three decades.
Halicene was founded by aerospace engineers with deep backgrounds in fuel and thermal systems. We are operating in stealth, focused on the engineering and the partnerships that matter — building deliberately rather than loudly.
Founded 2026.
We respond to serious inquiries from investors, strategic partners, and domain experts.
hello@Halicene.earth