A Smarter Way to Move Water Inland

SSJR Water Solutions is rethinking how we elevate, pressurize, and desalinate water—without the high energy costs of traditional pumps. Our patented system uses a soft-hose pulsing mechanism to move water upward in segments, cutting energy use by up to 90% and generating enough pressure to run reverse osmosis systems—even miles from the ocean.

With successful lab prototypes and a granted patent, we’re now scaling the system for field validation. We’re inviting utilities, engineering firms, and water innovators to join our early deployment partners.

Why It Matters

  • Most inland desal systems are too energy-intensive to operate at scale

  • Our system works anywhere — deserts, rural towns, agriculture, or off-grid wells

  • One technology solves two problems: water transport + pressure for desalination

Low-Energy. High Pressure. No Traditional Pumps.

Our system combines a flexible segmented hose and a rigid pressurized column to push water upward in controlled pulses—similar to a peristaltic motion. By doing so, it creates elevation and pressure using far less energy than impeller or piston-driven pumps.

What Makes It Different:

  • No high-horsepower motors – powered by low-energy ultrasound and buoyancy

  • Generates up to 1,000 PSI – enough to power RO desalination membranes

  • Moves water vertically or across distance – adaptable to wells, mountains, or pipelines

  • Scalable and modular – from small rural wells to full-scale desalination plants

Patent-Protected Innovation

U.S. Patent No. 12,257,548 B2 (granted March 2025)

“A selectively expandable hose system for upward water transport and high-pressure generation.”

Patent-Protected Innovation

U.S. Patent No. 12,313,055 (granted 2025)

“A system and method for raising water using sequential expandable segments inside a pressurized column.”

Interested in piloting or licensing?

We’re actively connecting with water utilities, engineering firms, foundations, and technology partners who want to lead on sustainable water solutions.

If you’re interested in:

  • Co-developing a pilot site

  • Exploring licensing or technical integration

  • Discussing acquisition or investment opportunities