Industries We Serve

Jenfitch has spent more than a decade solving the water problems conventional chemistry struggles with — pulling dissolved metals below discharge limits, destroying biofilm that shrugs off chlorine, breaking oily emulsions, and disinfecting produce without changing taste. The same mineral oxychloride platform sits behind all of it, but every industry uses it differently.

What stays constant is the mechanism. Mineral oxychloride chemistry delivers a 2.8–2.9 V oxidation potential — above ozone, and far above chlorine — from a stable, pourable liquid rather than a gas that has to be generated and dissolved on site. Because the oxygen atoms are weakly bound, they release on contact with organics, inorganics, and microorganisms instead of dissipating on a fixed half-life. That is why the same reagent can hold a protective residual in a mussel-fouled intake, strip H₂S out of a scrubber loop, and sit inside a produce wash line at food-contact dose rates.

What changes is the control strategy. Every Jenfitch program is dosed to an oxidation-reduction potential setpoint rather than a fixed ppm, because ppm tells you what you fed and ORP tells you what you achieved. A cooling tower held at +400 to +500 mV is doing biofilm and MIC control; the same chemistry at +650 to +750 mV is running a disinfection barrier. The dose follows the demand, so seasonal load swings, organic surges, and pH drift do not quietly leave a system under-treated.

These industry pages pull together the specific problems, treatment programs, products, and proven field results that matter to your operation. If you already know your industry, pick it below. If you are working backwards from a symptom, start with the table underneath.

Municipal & utilities work is mostly compliance work. The pressure comes from a permit number, and the chemistry has to hit it repeatably on water that changes with the weather. That means two different jobs running side by side: precipitation and settling to pull dissolved metals and solids out, and oxidation to handle organics, odor and disinfection by-product precursors before they become a reportable exceedance. The economics matter as much as the chemistry — one utility used JC 9450 to enhance an existing ozone system rather than replace it, avoiding a capital project valued above $20MM.

Industrial & cooling work is mostly biofilm work, whatever the presenting complaint is. Lost heat transfer, pitting corrosion, a Legionella positive, and a mussel-fouled intake are four symptoms of the same underlying condition: a protected microbial layer that routine chlorination cannot reach. A single ORP-controlled reagent replaces the biocide, the dispersant and the secondary oxidant, which is why the operating story here is usually consolidation — fewer products, fewer feed systems, one measured setpoint. Southern California Edison has cited electricity savings above 20% from keeping those surfaces clean.

Food & agriculture work is governed by what you are allowed to put on the crop. JC 9465 is EPA-registered and USDA-Organic approved, which is what makes the same reagent usable in a post-harvest wash line, in a hydro-cooler, through irrigation, and as a foliar application. The kill is fast enough for a wash line — a 6-log CFU reduction on E. coli, Listeria and Salmonella in under ten seconds — and it leaves no taste change, which is the constraint that eliminates most alternatives before dose rates are even discussed.

Oil & gas work is dominated by residual. A treatment that flashes off cannot reach a wellbore or hold through a produced-water loop, so the differentiator downhole is persistence rather than peak oxidation strength. The same property that lets the chemistry keep working on paraffin, iron sulfide and downhole biofilm also handles H₂S in the gas stream and emulsion breaking on the water side — in one side-by-side comparison, at under $100/day to lift a well from 1–2 to 15 bbl/day.

If your operation crosses two of these — a food plant with a cooling tower, a refinery with a discharge permit — that is normal, and it is the argument for a single platform. Tell us what you are treating and we will map it to a program and the studies behind it.