Seawater Desalination Watermaker (Land Based) - Model: SW10K-LX

The AMPAC USA SW10K-LX Seawater Desalination Watermaker is a high-capacity, fully automated land-based system built to convert seawater into a reliable supply of fresh, potable water. It is engineered to produce 10,000 gallons per day (37,850 liters per day, or 1.6 cubic meters per hour), a production level designed for continuous operation and a steady daily output across a range of land-based uses.

• Produces 10,000 GPD (37,850 LPD / 1.6 m³/hr) of desalinated water
• Fully automated operation, built for continuous, hands-off performance
• Advanced filtration and reverse osmosis remove salts, minerals, and other impurities
• Land-based design for fixed installations rather than vessel use
• Suitable for drinking water, agricultural irrigation, and industrial process water

Purpose-built for fixed, land-based installations, the SW10K-LX serves communities, industrial facilities, resorts, and remote operations that lack access to conventional freshwater sources. Its fully automated operation simplifies day-to-day use and maintenance, minimizing the supervision needed to keep it running. The system combines advanced filtration with reverse osmosis technology to remove salts, minerals, and other impurities from seawater, producing water suitable for drinking, agricultural irrigation, or industrial processes as a sustainable, cost-effective alternative to trucking in fresh water.

Typical applications include coastal residential developments, hotels and resorts situated near the ocean, island communities, and remote industrial sites such as mining operations or construction camps. It's also used for emergency relief efforts where potable water is scarce and for agricultural operations irrigating crops with desalinated water. Because it operates independently on land wherever there is access to a seawater intake, the SW10K-LX gives these locations a degree of water security and independence they would otherwise lack.

AMPAC USA builds the SW10K-LX to the same manufacturing standard applied across its product line: components are selected and tested for durability and reliability, and the system moves through design, production, and assembly under strict quality control. That process is intended to deliver a land-based desalination system that performs consistently over the long term.