The "Off-the-Shelf Doesn't Fit" Cases.
Color and dye removal. Ink and pigment matrices. Oily wastewater with emulsified hydrocarbon. RO antiscalants matched to your feedwater. Custom-blended chemistries for the wastewater problems standard product catalogs don't address.
Four Specialty Categories
Each application has its own chemistry requirements. We've spent three decades developing programs for these specific matrices.
Color & Dye Removal
Cationic polymer destabilization for anionic dyes. Activated carbon adsorption for persistent color bodies. Oxidation chemistry where dyes are recalcitrant. Bench-testing confirms the right approach before production dosing.
Oily Wastewater Treatment
Free oil (skimmer/gravity), emulsified oil (chemistry-broken then separated), or dissolved hydrocarbon (carbon/biological) — each needs its own program. We design for plate coalescers, DAF, ultrafiltration, and conventional oil-water separators.
RO Membrane Chemistry
Complete RO membrane chemistry stack: antiscalants matched to your scaling profile (CaCO₃, CaSO₄, BaSO₄, silica), biocides for biofouling control, alternating acid/alkaline cleaners for CIP, and preservation chemistry for off-line membranes. Programs designed to maximize membrane life and minimize unplanned cleanings.
Custom Blending
When your matrix doesn't fit a standard product, we formulate. Polymer combinations for specific charge profiles. Coagulant + antifoam for foaming wastewater. Proprietary stabilizers for difficult metal matrices. The chemistry comes to the problem.
If Three Vendors Already Said No, Start a Conversation with Us.
The wastewater calls we like most start with "we've already tried three vendors and none of their chemistry worked." We come on-site, look at the matrix, run bench tests where the application is novel, and write up an honest assessment — including cases where we recommend a system change instead of a chemistry change.
Specialized Technology FAQ
Can you remove color from industrial wastewater?
Yes — dye, ink, and tannin color all have specific chemistry approaches. Cationic polymer destabilization works for many anionic dyes. Activated carbon and oxidation chemistry handle persistent color bodies. Lone Wolf programs include bench-testing to confirm the right approach for your color matrix before production dosing.
What's involved in oily wastewater treatment?
Oily wastewater treatment depends on how the oil is presented: free oil (skimmed or gravity-separated), emulsified oil (chemistry-broken first, then separated), or dissolved hydrocarbon (carbon adsorption or biological treatment). Each requires different chemistry. We design programs for plate coalescers, DAF, ultrafiltration, and oil-water separators.
Do you supply RO antiscalants?
Yes. RO antiscalant selection depends on feedwater chemistry, recovery target, and membrane material. We size programs around your specific RO system and feedwater profile — calcium carbonate, calcium sulfate, silica, and barium sulfate scaling are all addressed by different antiscalant chemistries.
Can you blend custom chemistries?
Yes. Custom blending is a core capability — when your matrix doesn't fit a standard product, we formulate to the application. Custom blends include polymer combinations for specific charge profiles, coagulant + antifoam combinations for foaming wastewater, and proprietary stabilizers for difficult metals matrices.