Municipal & Industrial
Drinking water clarification, wastewater solids and metals, process water, and water reuse.
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How We Help
Advanced chemical treatment solutions for utilities, industry, and agriculture. Explore each program in detail.
Jenfitch offers five treatment programs: coagulation and flocculation, organo-clay technology, mineral oxychloride technology, struvite and vivianite control, and metal removal. Where the mineral oxychloride chemistry is used, feed rate is set by oxidation-reduction potential in millivolts, so dosing ties directly to disinfection performance rather than ppm alone. Roughly +600 mV establishes a disinfection barrier.
Approved, certified & independently validated
EPA FIFRARegistered
USDA OrganicCertified
NSF/ANSIStandard 60
UC DavisUniversity of WashingtonSpecial Pathogen LaboratoryMontana State UniversitySawtooth Ag ResearchGreenAgri SolutionsSouthern California EdisonGoleta Water District
The Full Offering
Five program areas, one ORP-controlled approach.
Jenfitch delivers a focused family of treatment programs built to solve the problems conventional chemistry struggles with — from clarifying drinking water to breaking oily emulsions, from destroying biofilm to pulling dissolved metals below discharge limits.
Across all five programs, the common thread is precision. Where our mineral oxychloride chemistry is used, feed rate is managed by oxidation-reduction potential (ORP) in millivolts, giving operators a real-time control point that ties dosing directly to disinfection performance.
Coagulation & Flocculation
Cationic coagulants (JC 1687) and flocculants neutralize particle charge and bind solids into dense, fast-settling floc — for potable, industrial, and wastewater systems.
Organo-Clay Technology
Organically-modified clay media adsorbs oil, grease, and hydrophobic organics from water — ideal for oily wastewater, produced-water polishing, and membrane pretreatment.
Mineral Oxychloride Technology
A chemical AOP that releases reactive oxygen species with an oxidation potential of 2.8–2.9 V — greater than ozone, at less than 1% of the cost of an ozone system.
Struvite & Vivianite Control
Prevent and control struvite and vivianite scale that fouls digesters, pumps, pipes, and dewatering equipment — protecting equipment and cutting maintenance downtime.
Metal Removal
JC 9830 metal precipitant plus JC 1687 coagulant removed 94% of dissolved copper and about 70% of dissolved zinc in a full-scale municipal trial, and convert hexavalent to trivalent chrome.
The ORP-Controlled Approach
Can you measure dosing and predict results?
Oxidation-reduction potential (ORP), measured in millivolts, is the practical control tool for our mineral oxychloride chemistry. Rather than dosing by ppm alone, operators hold a target ORP — and because kill efficacy tracks ORP, that target maps directly to disinfection performance.
- Roughly +600 mV establishes a disinfection barrier.
- +700 mV delivers a 6-log kill in under 10 seconds.
- ORP gives a real-time feed-rate control point across processes.
- The same chemistry scales from bench study to full plant.
Markets Served
Where do Jenfitch programs go to work?
Cooling Towers & Scrubbers
Single-chemical, ORP-controlled control of biofilm, algae, scale, corrosion, and Legionella risk.
Oil & Gas
H₂S and iron-sulfide control, produced-water treatment, and stripper-well output gains.
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Agriculture & Food
Crop-yield gains, in-field and post-harvest disinfection, and E. coli / Salmonella control.
Learn moreHow an Engagement Works
How does a bench study reach full scale?
1. Bench Study
We review your water chemistry, application, and goals, then run a bench study to confirm the right program and dosing — supported by safety data sheets and aquatic-toxicity reports.
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We move to a pilot on your system to validate performance under real conditions, dial in ORP targets and feed rates, and quantify results before scaling up.
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We support full-scale rollout with dosing guidance, SDS and labels, and ongoing technical help — so the program keeps performing after commissioning.
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Documentation included
Every engagement comes with safety data sheets (SDS), product labels, and aquatic-toxicity reports so your team can evaluate, permit, and operate the program with confidence.
94%Dissolved copper removal in a full-scale municipal trial
6-logPathogen kill in under 10 seconds at target ORP
<1%Of the cost of a conventional ozone system
+49%Harvestable vineyard yield in a foliar field study
Frequently Asked Questions
Choosing and running a Jenfitch program.
How do I know which program is right for my water?
Start with a conversation about your water chemistry, application, and goals. From there we typically run a bench study, then a pilot on your system, to confirm the right chemistry and dosing before full-scale rollout. Reach out for quotes, SDS, and project scoping.
What is the ORP-controlled approach?
Our mineral oxychloride chemistry is dosed to a target oxidation-reduction potential (measured in millivolts) rather than by ppm alone. Because kill efficacy tracks ORP, holding roughly +600 mV creates a disinfection barrier and +700 mV delivers a 6-log kill in under 10 seconds.
Can Jenfitch programs help meet discharge limits?
Yes. In a full-scale, year-long municipal trial, a JC 9830 and JC 1687 program removed 94% of dissolved copper and about 70% of dissolved zinc, bringing effluent copper below the discharge limit. JC 9830 is fed to form a dense metal-sulfide precipitate and the cationic coagulant JC 1687 neutralizes particle charge so the solids bind into fast-settling floc. Sulfide precipitation works over a broad pH range and where chelating agents block conventional hydroxide precipitation.
Do you provide safety and toxicity documentation?
Yes. Engagements include safety data sheets (SDS), product labels, and aquatic-toxicity reports to support evaluation, permitting, and day-to-day operation. Safety data sheets cover handling, storage, and protective equipment. Product labels state the approved uses and directions that govern how a product may be applied. Aquatic-toxicity reports give the receiving-water information permit reviewers commonly ask for. The package is assembled so engineering, safety, and regulatory reviewers can assess a program before it goes into service.
How much can mineral oxychloride save versus ozone?
For equivalent oxidation, our mineral oxychloride chemistry delivers ozone-class performance at less than 1% of the cost of a conventional ozone system, without the capital expense of dissolving a gas into water. It is a chemical advanced oxidation process that releases reactive oxygen species with an oxidation potential of 2.8-2.9 V, greater than ozone. Because the chemistry is fed as a liquid, the saving comes from avoided equipment as well as from operating cost.