This technology can selectively target specific pollutants that are difficult to remove in different industries. At its core are patented magnetic particles specifically designed to target more than 20 different pollutants found in today's various water sources. Pollutants such as arsenic, boron, selenium, nitrates and chlorides can be removed quickly, efficiently and economically. Magnetic particles are injected into the water inlet source, quickly move on target and bind with target pollutants. Specially designed magnets are then used to extract the target pollutants from the water and remove the pollutants from the water. The generated solids are regenerated, the magnetic particles are reused, and any residual residue is properly disposed of. The solution is highly scalable and can support traffic from 50 GPM up to 10000 GPM and even higher.

The company's solution is unique in the industry and can be directly combined with existing technology processes for process scale-up (such as RO). Unlike ion exchange, magnetic particle extraction technology has higher selectivity for targeted pollutants and can achieve higher efficiency with a smaller footprint and lower cost. Compared to RO, this technology also has significant advantages in terms of cost and effectiveness.