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Patent pending — system configurations filed as embodiments

The machines are designed to combine.

RO + Desalinator + Dryer — the best of both worlds

Reverse osmosis is the energy champion of bulk desalination — and it is capped by physics at roughly half the water, leaving the other half as concentrated brine that cannot be discharged. Our desalinator is built for exactly that feed: no membranes to protect, no heated walls to scale, no osmotic limit.

The chain: RO → Desalinator → Continuous Dryer.

Production chain block diagram Seawater feed enters a Reverse osmosis box (35 to 50 percent recovery); its concentrated brine passes to a Thermodesalinator box (about 95 to 97 percent recovery), which outputs fresh water downward and passes concentrated salts to a Continuous dryer box, which outputs dry powdered salts and minerals. A bypass line runs the seawater feed directly into the Thermodesalinator as standby during membrane replacement. standby during membrane replacement seawater feed Reverse osmosis(35–50% recovery) Thermodesalinator(~95–97% recovery) Continuous dryer concentrated brine concentrated salts fresh water dry powdered salts & minerals
Production chain: reverse osmosis → thermodesalinator → continuous dryer, with a bypass keeping the plant producing during membrane replacement.
  • RO does what it does best — cheap bulk recovery.
  • The Desalinator finishes the brine: total feed utilization approaches 100%, as fresh water plus recoverable salts and minerals.
  • The Dryer takes the last concentrate to dry powder. Nothing liquid leaves the plant.
  • And a third role most plants never had: the Desalinator takes the raw feed directly while membranes are being replaced — the plant keeps producing water through maintenance that used to stop it.

One configuration; three problems retired: the brine problem, the recovery ceiling, and the membrane-swap downtime.

The water-positive facility — cooling and fresh water from one installation

Any coastal facility that rejects large amounts of heat — a data center is the natural example — can be more than cooled. In this filed configuration, seawater carries the facility's heat away (directly, or isolated through a heat exchanger so saline water never touches the facility's equipment), and the warmed seawater becomes preheated feed for the Desalinator, where — in the reduced-pressure mode — the facility's own rejected heat drives a substantial part of the evaporation.

Water-positive facility loop block diagram A shared seawater intake feeds a Heat exchanger box. A Facility box (for example a data center) sends facility heat to the Heat exchanger, which sends preheated seawater to a Thermodesalinator box. The Thermodesalinator returns distillate as coolant make-up to the Facility and sends surplus fresh water out of the system. A Cooler box rejects excess heat to air when water demand is low. seawater intake (shared) distillate (coolant make-up) Facility(e.g., data center) Heat exchanger Thermodesalinator Cooler facility heat preheated seawater surplus fresh water excess heat to air
Water-positive facility loop: one shared seawater intake serves both cooling and fresh-water production; the cooler rejects excess heat to air when water demand is low.

The loop closes elegantly: the distillate returns as the facility's coolant make-up, and surplus fresh water leaves as product. The facility consumes seawater and energy — and produces fresh water. No external freshwater supply. No brine discharge. One shared seawater intake serving both duties.

  • Facility heat becomes desalination energy instead of a disposal problem.
  • The facility's water account flips from consumer to producer.
  • The Cooler completes the system: when water demand is low, it rejects excess facility heat to air — nothing to foul, exhaust heated but not humidified.

One geometry underneath it all

Every machine on this site shares the same patent-pending geometric principle. That is why they combine so naturally — and why the engineering conversation, under NDA, is one conversation.

US provisional applications filed (patent pending) covering the machines and the system configurations above. Mechanism, specifications, and drawings available under NDA — ours or yours. We are speaking with a small number of US manufacturers.

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