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.
Every application below starts from the same membrane loop. What changes is the feed chemistry, the heat available on site, and the route for what remains.
SaltVault™ concentrates lithium, rare earth metals, and other critical minerals from geothermal brines, salar brines, and produced water, without evaporation ponds and on a fraction of the footprint. The concentrate is the product; up to 98% of the water comes back clean.
Forward-osmosis systems that turn seawater, brackish groundwater, reclaimed streams, or the data center's own reject water into cooling make-up, driven by low-grade heat.
SaltVault™ pairs electrochemical softening with pressurized forward osmosis, pulling water out of concentrated feeds toward minimal liquid discharge or pre-concentrating a smaller stream for a zero-liquid-discharge train.
Forward osmosis and thermal draw recovery separate water from pretreated, high-salinity produced water: a recoverable water stream out, a smaller residual to manage.
A low-pressure forward-osmosis loop regenerated by low-grade heat, turning seawater and brackish sources into application-ready water. Start with the water you have and the heat your site can put to work.
Forward osmosis and pressurized forward osmosis applied to pretreated mine, contact, and tailings-derived waters, recovering a water stream for polishing while shrinking the residual left to manage.
Water recovery and residual-volume reduction for saline industrial effluent and RO concentrate, built from the real chemistry, the required output, and a defined route for what remains.
Industrial waste heat routed through an engineered thermal interface to regenerate the forward-osmosis draw solution. The output is recovered water, not electricity.
Each application page carries its own design basis, feed assumptions, and evidence.
Sector by sector, the same platform meets a different feed and a different constraint.
Critical minerals, water security, and data center growth converge on one platform. Secure the supply before it's scarce.
