Municipal & Industrial
Drinking water, wastewater, process water, and water reuse for utilities and manufacturers.
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Advanced Water Treatment Chemistry for Industry, Utilities and Agriculture
Smarter. Safer. Sustainable.
Jenfitch delivers advanced oxidation and treatment chemistry — including U.S. EPA- and USDA-recognized technologies — that enhance water quality, protect infrastructure, and safeguard public health across utilities, agriculture, food processing, energy, and industry worldwide.
Advanced oxidation chemistry · Approved, certified & independently validated
EPA FIFRARegistered
USDA OrganicCertified
NSF/ANSIStandard 60
UC DavisUniversity of WashingtonSpecial Pathogen LaboratoryMontana State UniversitySawtooth Ag ResearchSouthern California EdisonGoleta Water District
U.S. EPA FIFRA Registered
USDA / NOP Approved
Serving Industry Worldwide
Independently Validated
Announcement
Reactive oxygen species at a fraction of traditional AOP cost.
Looking for a low-cost method to generate reactive oxygen species (ROS)? Would you like to use AOP in your plant, but capital expenditures are too high? Jenfitch has developed a new green technology that generates ROS at a fraction of the cost while providing strong disinfection properties.
Applications include industrial and municipal water treatment plants, water recycling, wastewater treatment, air and gas scrubber systems, cooling water systems, power generation, agriculture, aquaculture, oil & gas production, hydroponics, and other markets.
More about Jenfitch40+Years of water-treatment experience
EPA + USDARegistered & NOP-approved chemistry
94%Dissolved copper removal in field work
<10sSalmonella inactivation on contact
Our Flagship Product
JC 9465 — our flagship disinfectant, proven and approved.
JC 9465 is our EPA FIFRA-registered, USDA/NOP-approved disinfectant, built on mineral oxychloride technology. It disinfects, controls biofilm and algae, and safeguards process water — at a fraction of the capital and operating cost — across water treatment, cooling, food safety, and agriculture.
EPA FIFRA Registered
USDA / NOP Approved
- Eliminates salmonella in under 10 seconds of contact.
- Destroys biofilm (EPS) at ORP above +600 mV.
- Controls algae, MIC, and zebra mussels in cooling systems.
- RO pre- and post-treatment against biofouling.
Core Technology
Lowering water contamination helps inactivate bacteria.
Jenfitch is committed to delivering cutting-edge water treatment solutions designed to meet the most demanding environmental and operational challenges — prioritizing sustainability, efficiency, and effectiveness while minimizing cost.
- Controls biofilm by oxidizing extra-polymeric substances around pathogens.
- Uses ORP as a practical control point for feed-rate management.
- Reduces biological regrowth in reverse-osmosis pre- and post-treatment.
- Supports disinfection without unwanted residual by-products.
By the Numbers
Proof points from Jenfitch field and lab work.
2.8–2.9 VOxidation potential — above ozone and chlorine
6-logPathogen kill in under 10 seconds at target ORP
94%Dissolved copper removal in a municipal field trial
+49%Harvestable vineyard yield in a foliar field study
Why Mineral Oxychloride
Ozone-class oxidation, without the ozone system.
Jenfitch mineral oxychloride chemistry generates reactive oxygen species with an oxidation potential above ozone and far above chlorine — delivered as a ready-to-use liquid.
| Oxidant | Oxidation potential | Notes |
|---|---|---|
| Fluorine | 3.06 V | Strongest reference point |
| Mineral oxychloride (Jenfitch) | 2.8–2.9 V | On par with the hydroxyl radical |
| Ozone | 2.07 V | Requires a gas-generation system |
| Chlorine dioxide | 1.57 V | — |
| Chlorine | 1.36 V | — |
| Sodium hypochlorite | 0.94 V | ~30-day shelf life |
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Lower cost, longer shelf life
For equivalent oxidation, Jenfitch mineral oxychloride costs less than 1% of a conventional ozone system, ships as a 100% water-soluble ready-to-use liquid, and holds a roughly six-month shelf life — about six times that of sodium hypochlorite.
Industries We Serve
One chemistry, applied across many markets.
Cooling & Scrubbers
Biofilm, algae, scale, corrosion, and Legionella risk controlled with a single ORP-managed program.
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 moreApprovals & credentials: EPA FIFRA Registered (JC 9465, 2020) · USDA / NOP Organic Certified (2021, 7 CFR Part 205) · NSF/ANSI Standard 60 (JC 9450) · USEPA Water Approved
How We Help
Targeted chemistry for the problems conventional treatment struggles to solve.
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Coagulation & Flocculation
Coagulants and flocculants for potable, industrial, and wastewater systems — improving liquid-solid separation, sludge dewatering, TOC reduction, and filter optimization.
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Organo-Clay Technology
Absorption plus liquid-solid separation for oily wastewater and hard-to-treat streams where conventional methods are too costly or technically limited.
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Mineral Oxychloride Technology
A chemical AOP approach that releases oxidative energy greater than ozone while reducing capital cost, complexity, and operating burden.
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Struvite & Vivianite Control
Prevent, control, and remove struvite or vivianite in digesters, overflow lines, and dewatering systems by modifying chemical structure.
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Metal Removal
Lower dissolved copper and zinc, convert hexavalent chrome to trivalent chrome, and remove or lower other heavy metals in wastewater.
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Custom Consulting
Water analysis, treatment design, and chemistry selection for municipalities, manufacturers, farms, food processors, and industrial operators.
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Applications
Programs for water reuse, food safety, and agriculture.
In-field & post-harvest disinfection
JC 9465 creates an ORP-controlled disinfection barrier for field harvesting and post-harvest operations.
Control E. coli & salmonella
Rapid pathogen inactivation for food products, produce handling, and process water.
Reduce mold & mildew
Oxidative energy penetrates mold and mildew without leaving residue on treated surfaces.
Extend shelf life
Reducing spoilage bacteria and mold supports cleaner produce handling and longer product life.
Research Library
Technical resources for evaluating Jenfitch programs.
Municipal & Industrial
Copper removal, ozone-system field study, Goleta pilot, biocide, EPA labels, and more.
Cooling Towers & Scrubbers
Biofilm and MIC control, wet scrubber applications, Legionella, and zebra mussels.
Oil & Gas
Mineral oxychloride in oil & gas, stripper-well output, and process biofilm control.
ORP Chart & Charts
Free chlorine vs ORP/mV vs pH, JC 9465 vs ozone comparison, and tech sheets.
Frequently Asked Questions
Clear answers for buyers comparing treatment approaches.
What are water treatment solutions?
Water treatment solutions refer to various technologies and processes used to improve water quality for different applications, including drinking water purification, industrial uses, and wastewater management. These can involve chemical treatment, filtration, and advanced oxidation processes to remove contaminants, inactivate pathogens, and enhance the safety and usability of water.
How do industrial water treatment solutions work?
Industrial water treatment solutions address specific challenges faced by industries that require large volumes of water, such as manufacturing, agriculture, and energy production. They often combine chemical treatments, filtration systems, and bioremediation techniques to ensure water meets regulatory standards and operational needs.
What are wastewater treatment chemicals?
Wastewater treatment chemicals are specialized substances used to treat contaminated water from industrial processes, municipal waste, or agricultural runoff. They help break down pollutants, reduce chemical oxygen demand (COD), and eliminate harmful pathogens so treated water meets safety and regulatory standards before discharge or reuse.
How can I choose the right water treatment solution?
The right solution depends on water quality, specific contaminants, regulatory requirements, and intended use. It's essential to conduct a thorough water analysis and consult with experts. Jenfitch offers tailored consulting services to help you find the best solution for your needs.
What is mineral oxychloride technology?
It is the liquid chelation of minerals with oxygen. On contact the weakly bound oxygen is released to generate reactive oxygen species, producing an oxidation potential of 2.8–2.9 V — above ozone and far above chlorine — while shipping as a ready-to-use liquid at less than 1% of the cost of a conventional ozone system.
Is Jenfitch chemistry approved and certified?
Yes. JC 9465 is EPA FIFRA registered (2020) and USDA/NOP Organic certified (2021, 7 CFR Part 205), and Jenfitch chemistry is USEPA water approved. JC 9450 is NSF/ANSI Standard 60 certified with a maximum use dose of 84 mg/L.