Off-Shore Sea Water Desalination Watermaker SW10K-C1D2

The AMPAC USA Off-Shore Sea Water Desalination Watermaker, model SW10K-C1D2, is a fully automated reverse osmosis system designed for critical marine and offshore environments. This sophisticated watermaker converts saltwater into pure, fresh drinking water, providing a reliable and continuous supply of desalinated water for offshore platforms and vessels. The SW10K-C1D2 is engineered to meet stringent safety standards, featuring an explosion-proof design suitable for hazardous environments where flammable gases or vapors may be present.

• Produces 10,000 GPD of fresh water (approximately 38 m³/day or 238 barrels per day)
• Fully automated operation with minimal manual intervention
• Explosion-proof Class1-Div2 design for hazardous offshore environments
• Turnkey system, ready for immediate deployment upon installation

The SW10K-C1D2 is capable of producing 10,000 gallons per day (GPD) of fresh water, which translates to approximately 38 cubic meters per day or 238 barrels per day. This substantial output provides a significant volume of potable water for daily operations and personnel needs. The system's automation ensures ease of operation and minimal manual intervention, contributing to its efficiency and reliability in challenging offshore conditions.

Typical applications for the SW10K-C1D2 extend across offshore industries. It is primarily utilized on oil platforms, where a constant supply of fresh water is needed for drinking, sanitation, and industrial processes. It is also an ideal solution for LNG and LPG carriers, which require self-sufficiency in water production during long voyages. Its explosion-proof Class1-Div2 rating suits these environments, where the risk of explosive atmospheres must be mitigated with specialized equipment, and the turnkey nature of the system means it is ready for immediate deployment upon installation.

Each watermaker is constructed with high-grade materials and components, ensuring durability and longevity even in the corrosive and harsh conditions inherent to offshore operations, minimizing downtime and maintenance requirements.