About EnCapX™ Industrial

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 EnCapX™ Industrial  is specifically designed for the industrial and commercial industries to handle common nuisances with odors and FOG’s typically found in lift stations, grease interceptors, wastewater systems, and collection systems.  It contains our Encapsulation Technology which includes a wetting agent with a proprietary biopolymer that has antistat properties, biostimulants, and dirt attractions means.

The  EnCapX™ Industrial  chemistry contains no emulsifiers or free enzymes and meets stringent municipal effluent discharge requirements for wastewater.   EnCapX™ Industrial  will cut, and release attached grease while stimulating indigenous (often lethargic) bacteria to perform at peak efficiency.   

The primary component of EnCapX Industrial is listed on the EPA National Contingency Plan as a wetting agent and is safely used in sensitive environments such as beaches and marshlands (no harm to vegetation). It is also well documented as a bio‐remediation tool.

Our Encapsulation Technology breaks up contaminates by means of micro‐fractionalizing where it cuts FOG’s (fats, oils, and greases) into tiny pieces. Typical cleaning and biological products utilize surfactants or enzymes that will emulsify FOG’s (liquefying and making it difficult to remove from water and moving the issue downstream). 

Once one of our Encapsulation products fractionalizes the FOG’s, these FOG’s will then be encapsulated by an all‐natural plant extract.

This unique encapsulation process provides a desirable food source for indigenous (existing) bacteria and de‐tackifies targeted fats, oil, and grease so they will not re‐stick to surfaces.

•Keep FOG’s from sticking to surfaces improving performance of collection systems, grease interceptors, pump & lift stations, and oil / water separators.

•Maintain efficient drain lines in commercial kitchens where heavy grease is an issue.

•Odor control for dumpster sites, greasy backdoor areas and grease recycle bins

•Use with automated dispensers for automatic delivery into systems

•Stabilize pH swings

•Speed up the biodegradation process