The same membrane loop that desalinates seawater also concentrates lithium brine, closes a compliance gap, and cools a data hall. Pick the outcome; the platform is already built.
BrineVault™ concentrates lithium, rare earth metals, and other critical minerals from geothermal brines, salar brines, and produced water — without evaporation ponds, on a fraction of the footprint. The concentrate is the product; up to 98% of the water comes back clean.
AI data centers are colliding with local water limits. Trevi's FO platform turns seawater, brackish groundwater, and reuse streams into high-purity cooling water — driven by the waste heat the facility already produces. Site where the grid is, not where the aquifer is.
Proven with Petroleum Development Oman and PetroChina: high-recovery thermal FO concentrates produced water toward zero liquid discharge at a fraction of RO's pressure, turning a disposal liability into recovered water and a minimal residual.
Heat-driven seawater and brackish desalination validated with the U.S. DOE in Hawaii, Masdar in the UAE, KISR in Kuwait, and a solar-plus-molten-salt pilot in Cyprus — roughly 80% less energy than conventional systems, with nano-filtered water meeting WHO and NSF standards.
Cooling make-up water from impaired sources, driven by server waste heat.
Mine wastewater treatment and mineral-bearing brine concentration.
Produced water recovery, reuse, and minimal liquid discharge.
Low-energy desalination and concentrate management for utilities.
Irrigation-drainage and nutrient-laden wastewater reuse.
Hard-to-treat contaminants conventional membranes pass.
Critical minerals, water security, and data center growth converge on one platform — secure the supply before it's scarce.