One pass. No waste streams. Paragon's patent-pending biomaterial captures metals, oils and organics in a single step — recovering reusable water and turning what was once waste into valuable by-products.
Industrial effluent is treated as a cost to be disposed of. Paragon treats it as a resource to be recovered — capturing contaminants in a single pass to return reusable water and recover valuable materials from the very same stream.
The biomaterial does in one step what conventional systems need several stages to achieve — capturing a broad spectrum of contaminants at once, with nothing left over to dispose of.
Industrial and mining wastewater, leachate and hydrocarbon sludge — laden with metals, oils and organics.
The patent-pending biomaterial binds metals, oils and organics simultaneously as the stream passes through — one step, no multi-stage dosing.
Recovered and fit for reuse — cutting freshwater draw and discharge.
Solids and extracts reused as fertilizer, fuel or minerals — depending on the stream.
A short look at the technology and the streams it recovers.
Paragon is designed for the effluents conventional treatment struggles with — recovering water and materials across a range of sectors.
Acid mine drainage and metal-laden process water — contaminants captured and recovered rather than precipitated into disposable sludge.
Hydrocarbon sludge and oily water separated into their valuable fractions — extracting metals and sulfur while upgrading the oil.
High-strength effluents such as sugar-cane vinasse clarified for reuse, with the recovered solids repurposed as fertilizer.
Complex, variable leachate reduced to a low-contaminant stream, with the captured solids repurposed as fill material.
Paragon has been run against some of the most difficult effluents in industry — heavy-metal mine water, oily hydrocarbon sludge, and high-strength agro-industrial waste — recovering water and materials from each.
The result is a clarified, reusable stream and a set of recovered by-products, rather than a residual waste to be hauled away.
High-strength distillery effluent clarified and returned to process water.
Complex, variable leachate reduced to a manageable, low-contaminant stream.
Oily sludge separated into its valuable fractions rather than landfilled.
Results validated by ISO/IEC 17025-accredited laboratories (ONAC, IDEAM, Saybolt).
No brine, no residual sludge to send to landfill. Every stream leaves as water or a usable material.
Metals, oils and organics removed together in a single step, instead of a chain of specialized stages.
Recovered materials turn a disposal cost line into potential value — the by-products differ by stream.
Deploys alongside existing treatment infrastructure or as a stand-alone system.
Working with a difficult effluent, or evaluating recovery technology for a site? We'd like to hear about it.
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