Gradiant

ForeverGone is a complete all-in-one solution to permanently remove and destroy PFAS.

The current best available technologies for PFAS treatment merely concentrate or transfer wastes from one medium to another, necessitating further handling and transportation for ultimate disposal by landfilling or incineration.

Gradiant’s ForeverGone pairs two proven technologies, Micro-Foam Fractionation and Destruction Engine, to produce water that meets or exceeds the recently announced latest US EPA drinking water standards for PFAS. Micro-Foam Fractionation separates PFAS into a highly concentrated micro-foam optimized for removal. The Destruction Engine uses electro-oxidation to permanently eliminate the full range of PFAS chemicals from the micro-foamate. The integrated solution achieves comprehensive PFAS removal at the lowest total cost, setting new standards for simplicity, efficiency, and sustainability.

reverGone is a complete all-in-one solution to permanently remove and destroy PFAS.

The current best available technologies for PFAS treatment merely concentrate or transfer wastes from one medium to another, necessitating further handling and transportation for ultimate disposal by landfilling or incineration.

Gradiant’s ForeverGone pairs two proven technologies, Micro-Foam Fractionation and Destruction Engine, to produce water that meets or exceeds the recently announced latest US EPA drinking water standards for PFAS. Micro-Foam Fractionation separates PFAS into a highly concentrated micro-foam optimized for removal. The Destruction Engine uses electro-oxidation to permanently eliminate the full range of PFAS chemicals from the micro-foamate. The integrated solution achieves comprehensive PFAS removal at the lowest total cost, setting new standards for simplicity, efficiency, and sustainability.

Gradiant’s Counterflow Reverse Osmosis (CFRO) is a membrane-based brine concentration technology that helps industrial facilities recover more water, minimize liquid waste, and cut the cost of MLD and ZLD, without relying on energy-intensive thermal systems.

Conventional RO stalls at high salinity. Thermal evaporators and crystallizers can handle concentrated brines but are costly, energy-hungry, and complex to run.

CFRO closes the gap. A multi-stage counterflow design with controlled salt passage lowers the osmotic pressure barrier, concentrating brine at lower pressure and lower energy than thermal alternatives. SmartOps AI and CURE chemistries manage scaling and fouling to keep systems running reliably as conditions change.

For facilities facing water scarcity, tight discharge limits, high disposal costs, or MLD/ZLD requirements, CFRO pushes membrane concentration further, allowing you to shrink or eliminate the thermal footprint.