Agricultural Research

Field studies on crop yield, food safety, post-harvest disinfection, shelf-life, and pathogen control using JC 9465 reactive oxygen species technology.

Approved, certified & independently validated

UC DavisUniversity of WashingtonSpecial Pathogen LaboratoryMontana State UniversitySawtooth Ag ResearchGreenAgri SolutionsSouthern California EdisonGoleta Water District

Highlights

Proven results in the field and packhouse.

+49%Vineyard yield (foliar)
50%Less sour rot
6-logPathogen kill in <10 sec
99.99%Bacteria & viruses inactivated
Vineyard field study

Field study — wine grapes

+49% yield in a mature French Colombard vineyard.

Sawtooth Ag Research (Steven Deitz) ran a 2023 field study on a mature six-year-old French Colombard vineyard in Selma, California. JC 9465 was applied four times — April 26, May 18, June 16 and July 14 — via both soil irrigation (78 mg/L) and foliar spray (390 mg/L).

  • Harvestable yield up 49% on the foliar treatment.
  • Sour rot cut by 50%.
  • Clusters per vine rose from 60 (control) to 73 (foliar).
  • Increased xylem and phloem flow through the vine.

Vineyard results

Control vs. treated (2023, Selma CA).

Sawtooth Ag Research field study, mature French Colombard. Four applications: Apr 26, May 18, Jun 16, Jul 14.
MeasureControlTreated (foliar)
Clusters per vine6073
Harvestable yieldBaseline+49%
Sour rotBaseline−50%
Foliar dose390 mg/L
Soil-irrigation dose78 mg/L
Citrus greening / HLB treatment

Citrus greening (HLB)

Bringing diseased citrus back into production.

Since 2019, huanglongbing (citrus greening) has destroyed more than 75% of Florida citrus — roughly 75% of oranges and 85% of grapefruit. Working with GreenAgri Solutions LLC of Springhill, Florida, Jenfitch applied a 2% JC 9465 foliar spray plus a light soil drench early each morning, every two weeks over six weeks (three applications) at an ORP above +700 mV.

  • A single treated tree produced a healthy new flush within a week.
  • Scaled to 20 trees; after 60 days all developed marketable fruit.
  • Now in its fourth year across two acres (one control, one treated).
  • Effective against 99.99% of bacteria and viruses.

Emerging plant-disease work

Xylella in olives and Bakanae in rice.

Xylella fastidiosa — European olives

Xylella clogs olive xylem by building a protective biofilm. The hydroxyl radicals generated by JC 9465 break down the biofilm's EPS matrix, then oxidize the bacterial DNA. Results have been positive and PCR-based trials are expanding.

Bakanae — rice (SE Asia)

Bakanae disease (Fusarium fujikuroi) typically causes around 30% yield loss in Southeast Asian rice. In Jenfitch trials, loss was reduced to below 10%.

Food safety

A 6-log kill in under 10 seconds.

In UC Davis Post-Harvest testing, JC 9465 delivered a 6-log CFU reduction in under 10 seconds against E. coli, Listeria and Salmonella when held at +700 mV ORP. University of Washington work showed it eliminates cross-contamination during apple harvesting — a critical control point for post-harvest wash and hydro-cooler operations.

Across trials, crop-yield gains have ranged from 30% to 60%. The technology is also in use beyond row crops: aquaculture programs in Norway and Louisiana, and Canadian dairy hoof-disease studies. Because it works by oxidation rather than a persistent chemical residue, it extends shelf life without changing taste.

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Disinfection barrier

Held between +650 mV and +750 mV, JC 9465 creates a food-safety disinfection barrier for field harvesting, wash lines, hydro-coolers and ice — inactivating spoilage organisms as ROS-treated ice melts.

Questions

Common questions — agriculture

Is JC 9465 approved for organic use?

Yes. JC 9465 is EPA FIFRA registered (2020) and USDA NOP organic certified (2021, 7 CFR Part 205), so it can be used in certified-organic growing and post-harvest operations.

How much did the vineyard study actually improve yield?

In the 2023 Sawtooth Ag Research study on mature French Colombard, the foliar treatment increased harvestable yield by 49%, raised clusters per vine from 60 to 73, and cut sour rot by 50%.

Does treatment leave a residue or change flavor?

No. The chemistry works by generating reactive oxygen species that oxidize on contact and then revert to mild mineral-oxide by-products below FDA limits. It extends shelf life without altering taste.

What pathogens does it control post-harvest?

At +700 mV it produced a 6-log reduction in under 10 seconds against E. coli, Listeria and Salmonella in UC Davis testing, and eliminated cross-contamination in University of Washington apple-harvest work.

Applications

Where JC 9465 helps growers and processors.

Studies & Documents

Click any study to open the full document.

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