Seawater Desalination
Clean Water Solutions for Coastal Communities
Seawater to Freshwater
Clean Water from Coastal Sources
SalinBloc™ makes seawater drinkable with plug-and-play container systems that are compact, energy-efficient, and fast to deploy. Designed for coastal and island locations, our systems convert high-salinity seawater into clean water for people, crops, and industry.
What We Treat:
- 🌊 Open sea / ocean water
- 🏖 Coastal intakes (shoreline pumps, beach wells)
- ♻️ Brine reject from existing seawater desalination plants (for reuse or polishing)
Who Benefits:
Municipalities
Clean drinking water for coastal cities and towns
Island Resorts
Self-reliant water for tourism infrastructure
Remote Communities
Fast deployment in off-grid or water-scarce regions
Industries
High-quality process water for coastal manufacturing
Agriculture
Irrigation-grade desalinated water (when blended)
Desalination Operators
Reuse brine reject to increase total system recovery
Why Choose SonixED™ for Seawater:
- Up to 50% water recovery from seawater
- 30% lower energy use than traditional RO
- 50% fewer chemicals required
- Low-pressure, anti-fouling operation
- Fully containerized and modular — deploy anywhere
How It Works:
- Seawater intake from the ocean or a beach well
- The SonixED™ system applies electrodialysis and ultrasound to separate salts
- Clean water output is collected for drinking, irrigation, or industrial use
- Concentrated brine can be discharged, reused, or valorized
📊 Performance at a Glance
| ⚙️ Feature | 🌊 Seawater Desalination |
|---|---|
| 💧 Water Recovery | Up to 50% |
| ⚡ Energy Savings | Up to 30% less than RO |
| 🧪 Chemical Use | Up to 50% less |
| 🧰 Format | Containerized, Plug-and-Play |
| 🕒 Deployment Time | Operational within weeks |
Real-World Use Case – North Africa
A coastal municipality in North Africa, previously dependent on costly water tanker deliveries, deployed a SalinBloc™ system. In under three weeks, it delivered independent clean drinking water to 1,500 residents, cutting operational costs by 40% and drastically improving water reliability.
