Seawater Desalination Watermaker (Land Based) - Model: SW9000-LX

The AMPAC USA SW9000-LX Seawater Desalination Watermaker is a high-capacity, land-based system that uses advanced reverse osmosis technology to convert seawater into safe, potable drinking water. It's designed for fixed installations where freshwater access is limited or unavailable, and its fully automated operation minimizes the need for manual intervention, delivering a steady, dependable water supply with minimal oversight.

• Produces 9,000 GPD (34,000 LPD / ~1.4 m³/hr) of desalinated water
• Advanced reverse osmosis removes salts, minerals, and other impurities
• Fully automated operation for consistent, low-oversight performance
• Land-based design built for fixed coastal and industrial installations
• Engineered for optimized energy consumption at this production volume

At this production level, the SW9000-LX generates 9,000 gallons per day, equivalent to roughly 34,000 liters per day or 1.4 cubic meters per hour, a volume sized to meet significant daily water demands. Residential communities, industrial facilities, remote camps, and emergency response operations can draw on this output without interruption, and the system is engineered to produce that volume with optimized energy consumption, supporting both operating cost savings and more efficient resource use.

Though seawater desalination systems are sometimes associated with vessels, the SW9000-LX's land-based design is built specifically for fixed installations. Typical uses include coastal resorts and hotels supplementing or replacing municipal water supplies, remote island communities seeking self-sufficiency, agricultural operations in arid coastal regions, and industrial sites requiring high-purity process water. It also serves as a resource for disaster relief efforts, providing drinking water in areas where conventional sources have been compromised.

AMPAC USA constructs the SW9000-LX from high-grade components tested to perform reliably in harsh marine environments, with automated controls that monitor and manage the desalination process with precision. That combination of rigorous testing and automated operation is intended to support consistent, high-quality freshwater production over the system's operating life.