Jenfitch's JC 9465 is a mineral oxychloride-based oxidant that generates reactive oxygen species (ROS) and holds NSF Standard 60 approval up to 84 mg/l. When paired with ozone systems for surface water, it improves water quality while dramatically reducing energy and chemical demand.
Oxidation potential comparison
JC 9465's mineral oxychloride chemistry approaches the oxidation potential of the hydroxyl radical, far exceeding ozone and chlorine-based oxidants (Ev values):
- Hydroxyl radical ion: 2.6-2.8
- Mineral oxychloride: 2.6-2.8
- Ozone: 2.04-2.07
- Permanganate: 1.67
- Hypochlorous acid: 1.49
- Chlorine gas: 1.36
- Chlorine dioxide: 0.95
Northern California study
In a 90-day trial dosing 8-10 mg/l, JC 9465 produced substantial improvements:
- Settled water turbidity: +70.0%
- Filtered water NOM: +61.4%
- Filtered water TOC: +50.0%
- Filtered water bromate: +79.8%
- TTHM's: +56.5%
- HAA5's: 100.0%+
City of Martinez case study
Operating at a 10 mg/l dosage reduced ozone generator capacity from 110%+ to 40%, achieving a 50-60% energy reduction while maintaining a 0.20-0.30 mg/l ozone residual.
Dosing at 10 mg/l reduced ozone generator capacity from 110%+ to 40%, cutting energy use 50-60%.
Have a water challenge like this?
Talk to Jenfitch about JC 9465, safety data sheets, or scoping a treatment program for your facility.
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