Purafy and Electromaax announce strategic partnership

Purafy Clean Technologies, developer of graphene-based water filtration systems and Electromaax, a global innovator in energy-efficient marine and off-grid systems, have announced a strategic partnership to manufacture and distribute next-generation portable water purification solutions worldwide.

Purafy Clean Technologies company logo image

The partnership will focus on launching and scaling the Purafy Portage portable water filtration system. Electromaax will manufacture the Portage, leveraging its manufacturing expertise, global supply chain, and international distribution channels developed through decades of service to the marine industry. The Purafy Portage is a compact, energy-efficient portable water purification and desalination system that combines advanced ultrafiltration with high-pressure reverse osmosis to deliver safe, pathogen-free drinking water from fresh, brackish, or seawater-anywhere from marine and remote communities to disaster relief and humanitarian operations, using minimal power in an easy to use, rugged design.

 

Under the agreement, Electromaax will also distribute the Portage through its established global marine channel bringing robust, high-performance drinking water solutions to customers across boating, disaster relief, humanitarian response, and remote infrastructure markets.

In return, Purafy will supply Electromaax with its advanced graphene-enhanced ultrafiltration (UF) membranes. These membranes integrate proprietary graphene oxide into hollow-fiber structures to reject bacteria, viruses, and other harmful contaminants greater than ~10 nm in size while delivering improved permeate flow and resistance to fouling compared to conventional membranes.

Purafy's graphene-enhanced ultrafiltration (UF) membranes serve as the "heart" of the Portage system, acting as a physical barrier that effectively removes pathogens without relying on ultraviolet (UV) disinfection. By eliminating the need for energy-intensive UV bulbs, the system requires much less power and maintenance. This ensures reliable, safe drinking water even in remote environments where power is scarce and replacement parts are hard to find.

In parallel, Electromaax will supply Purafy with its Enhanced Clark Pump, a cutting-edge hydraulic intensifier and energy recovery device that enables efficient reverse osmosis desalination. The Enhanced Clark Pump uses a low-pressure feed source and internal energy recycling to boost water pressure up to 800 psi (55 bar), all while consuming significantly less energy than conventional high-pressure pumps. Constructed with modern composites and titanium components for corrosion resistance and long life, the pump's design reduces maintenance needs and enhances operational reliability in harsh environments.

This combination of advanced membrane and pumping technologies delivers outstanding performance, energy efficiency, and simplicity making portable water purification systems more accessible, robust, and deployable for military, humanitarian, marine, and remote community applications.

Chris Chapman, CEO of Purafy Clean Technologies, said: "This partnership with Electromaax unites world-class engineering and water purification innovation. Purafy's graphene-enhanced ultrafiltration membranes bring unparalleled pathogen removal, high throughput, and resistance to fouling, empowering Electromaax's systems to deliver clean water reliably without the complexity of UV disinfection. Together, we will bring life-saving water solutions to markets around the world."

John Stevens, President of Electromaax, added: "Electromaax is proud to integrate Purafy's advanced membrane technology into our watermaking systems and manufacture the Purafy Portage for global distribution. Our Enhanced Clark Pump sets a new standard for energy efficiency and durability in reverse osmosis desalination, enabling portable and marine water systems that are simpler, quieter, and more efficient than ever. This partnership enhances our ability to serve customers in demanding environments worldwide."

Posted: Feb 27,2026 by Roni Peleg