Let's
Make Every Drop Count for a Water-Smart Future.
Net-Zero by Design
- Sub-boiling at 1 atm (45–85 °C) — safe, scalable evaporation without fossil heat.
- Closed-loop thermal harvesting maximizes solar / waste-heat utilization.
- Ultra-low electricity footprint — pumps & controls only, PV-ready.
- Drives brine toward ZLD/MLD, concentrating to near-saturation for resource recovery.
- Non-metallic wetted parts with broad chemical compatibility (brine, acids, alkalis).
- Containerized module for fast field deployment.
Integrated thermal-driven system, optimized for solar-rich regions
0.3% Solar PV Electricity
0.55kWh/t
99.7% Solar Heat
200kWh/t
High Water Recovery
- From seawater feeds (≈3.5 wt%): ≥85% recovery
- From brine (≈7 wt%): ≥70% recovery*
- Concentrate to near-saturation for resource recovery
*Actual performance depends on feed chemistry & site conditions.
- 10 t/d per module; scale block-by-block
- Plug-and-Play installation, rapid start-up
- Compact footprint; easy tie-in to existing heat loops
- Mobile/field-deployable configuration available
Application Areas
Seawater Desalination Plants
Industrial Parks
Mineral Recovery
Off-grid / Extreme Conditions