LANDSON / WASTEWATER & RESOURCE RECOVERY
PFAS AND FLUORIDE TREATMENT: SOLIDS SEPARATION
PFAS AND FLUORIDE TREATMENT: SOLIDS SEPARATION
PFAS AND FLUORIDE TREATMENT: SOLIDS SEPARATION
PFAS adsorption and fluoride precipitation produce treatment solids that must be recovered. Landson R-SiC provides fine-particle separation after those capture processes.
PFAS adsorption and fluoride precipitation produce treatment solids that must be recovered. Landson R-SiC provides fine-particle separation after those capture processes.
PFAS adsorption and fluoride precipitation produce treatment solids that must be recovered. Landson R-SiC provides fine-particle separation after those capture processes.
PFAS: retain the loaded sorbent
PFAS: retain the loaded sorbent
PFAS: retain the loaded sorbent
Powdered activated carbon captures PFAS but settles poorly. SiC can retain suitably sized carbon and limit its carryover into later polishing.
Powdered activated carbon captures PFAS but settles poorly. SiC can retain suitably sized carbon and limit its carryover into later polishing.
Powdered activated carbon captures PFAS but settles poorly. SiC can retain suitably sized carbon and limit its carryover into later polishing.
Fluoride: collect precipitates
Fluoride: collect precipitates
Fluoride: collect precipitates
Chemical precipitation forms fluoride-bearing particles. SiC separates these fines in a backwashable stage before the clarified water continues through treatment.
Chemical precipitation forms fluoride-bearing particles. SiC separates these fines in a backwashable stage before the clarified water continues through treatment.
Chemical precipitation forms fluoride-bearing particles. SiC separates these fines in a backwashable stage before the clarified water continues through treatment.
Efficient sorbent recovery has value
Efficient sorbent recovery has value
Efficient sorbent recovery has value
An ESTCP demonstration of superfine activated carbon plus ceramic separation calculated about three months’ payback versus granular activated carbon for the complete PFAS treatment process. Study →
An ESTCP demonstration of superfine activated carbon plus ceramic separation calculated about three months’ payback versus granular activated carbon for the complete PFAS treatment process. Study →
An ESTCP demonstration of superfine activated carbon plus ceramic separation calculated about three months’ payback versus granular activated carbon for the complete PFAS treatment process. Study →
Keep captured contaminants in the solids
Keep captured contaminants in the solids
Keep captured contaminants in the solids
Landson R-SiC directs treatment particles to a controlled solids stream, supporting the separation already achieved by adsorption or precipitation.
Landson R-SiC directs treatment particles to a controlled solids stream, supporting the separation already achieved by adsorption or precipitation.
Landson R-SiC directs treatment particles to a controlled solids stream, supporting the separation already achieved by adsorption or precipitation.