Our intake process allows microscopic organisms to pass safely through the filters and be gently returned to the ocean without experiencing a pressure change, preventing ecological disruption and preserving biodiversity in deep-sea environments.
Our system not only removes salt, but also PFAS, pesticides, microplastics, bacteria and viruses, delivering ultra-clean, safe drinking water that meets the highest purity standards.
Seawater enters through fine mesh screens at low velocity, avoiding impingement and protecting marine life from the very first step.
Engineered for extreme underwater conditions, our system integrates proven subsea components for durability and long-term reliability.
Offshore technology has been refined over many years, primarily by the energy industry. Our technology leverages this evolution, using components specifically designed to withstand the deep-sea environment for decades. This ensures reliable and long-lasting performance in the most challenging conditions.
The major components of our system were originally designed to go much deeper and move tougher substances than water under constant pressure.
Our pods have been designed to integrate water industry standard reverse osmosis membranes. This allows us to track and adopt the latest in membrane technology.
Laying the subsea pipeline to convey our water back to shore is a well practiced process. Our customers choose the optimal distribution site onshore, and we deliver it there.
We believe in working with nature, not against it. Driven by our engineering team in California, every design decision was made with an “environment-first” philosophy.