Where Contaminants End
Industrial Water
Comprehensive Solutions
Proven contaminant removal across all major water types.
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Groundwater
The MYCELX Polisher removes hydrocarbons, BTEX, PCBs, and PFAS from contaminated groundwater.
- TPH / BTEX
- PFAS
- Remediation
- NPDES Compliant
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PCBs
PCBs persist for decades in soil and sediment, leaching into stormwater and groundwater. The MYCELX Polisher is the solution of choice at Superfund sites and utilities — reducing PCB levels to non-detect without breakthrough failures during high-volume storm events.
- Non-Detect Discharge
- Superfund
- Utility & Energy
- NPDES Compliant
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Stormwater
MYCELX handles extreme turndown ratios — from dry-season trickle to peak storm events — removing turbine oils, motor oils, suspended solids, PCBs, and BTEX while consistently meeting NPDES discharge standards year-round.
- Oils & Greases
- Suspended Solids
- BTEX
- PFAS
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Wastewater
Refinery and petrochemical wastewater streams are contaminated with free oils, VOCs, and SVOCs. MYCELX compact, modular systems meet evolving discharge standards without halting production — deployable as standalone units or retrofit additions.
- Free Oils & Greases
- VOCs / SVOCs
- Modular Systems
- PFAS
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Process Water
Used as a coolant, solvent, or cleaner across virtually every industry, process water accumulates lubrication oils, grit, and emulsified hydrocarbons. MYCELX removes oil and grease, suspended solids, PFAS, COD, and BOD in a single pass — enabling safe reuse or discharge.
- Oil & Grease
- COD / BOD
- Single-Pass
- Reuse Ready
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Cooling Water
Equipment leaks introduce emulsified oils and fine solids into cooling loops, degrading heat-exchange efficiency and shortening equipment life. The MYCELX Polisher's multi-stage configuration is customized per loop — maintaining performance with minimal operator intervention.
- Open Loop
- Closed Loop
- Emulsified Oils
- Fine Solids
Get Started
Your Toughest Stream.
Our Next Solution.
Every water challenge is different. Our engineers analyze your specific contaminants, flow conditions, and discharge requirements to design a system that performs — from first install, every day after.