Jenfitch INC. news

The Goleta Water District (GWD) is currently in compliance with all State and Federal drinking water quality standards, including the four-quarter Locational Running Annual Average (LRAA) total trihalomethanes (TTHM) standard of 80 micrograms per liter (μg/L).

Water quality has been declining in Lake Cachuma, GWD’s surface water supply, as a result of drought and wildfire impacts to its watershed. Increasing levels of organic matter are anticipated to exceed GWD’s curre

Since 2019 over 75% of the citrus crops (oranges 75% and grapefruit 85%) has been lost due to an infectious bacterium called huanglongbing (HLB) commonly known as “citrus greening”. Leaves of newly affected trees developed blotchy mottle appearance and the fruit is of no value-it has limited use in juicing operation. As of today, there has not being a commercially available solution to this problem except removing trees and re- planting several seasons later.

Customer Challenge

A Midwest Coal Fired Power Generation Facility encountered significant challenges in managing microbial growth within the cooling water system. Their reliance on previous biocide solutions, namely sodium hypochlorite, bromine, and mono-chloramine, proved problematic due to the pH-dependent efficiency of sodium hypochlorite, which mandated the addition of sulfuric acid to regulate pH. Additionally, the facility had adopted a competitor’s biocid

How do you meet your dissolved copper discharge limit if it is 1.6 ppb, 3.1 ppb or 6.1 ppb? What is the cost? to achieve these limits? Which treatment is cost effective? Is deionization, Reverse Osmosis or chemical precipitation the best alternative to achieve the low levels of dissolved copper for your wastewater system? Is it cost effective to run a Water Effect Ratio (WER) Study?

 Reverse Osmosis System (R.O.)

RO systems are very effective in removing dissolved copper

Using our mineral oxychloride chemistry to control biofilm and prevent legionellosis is the most recent development of technology for treating systems contaminated with legionellosis. However, to understand how the mineral oxychloride chemistry works, you need to understand ORP and how to use ORP to achieve a 6-log reduction in less than 10 seconds in your water system. JC 9465, our new mineral oxychloride chemistry, that is NSF approved, EPA registered as a biocide and USDA Organic Regi

Our new coagulant significantly improves water quality. At Jenfitch we conducted a study at a potable water plant in Northern California. We significantly reduced all factors that contributied to the plants initial water quality. Using the standard jar testing method and filterability protocol (see attached “Jar Testing Procedure and Filterability Test Procedure-modified”), we found that feeding JC 1675 at 60 mg/l generated the most economical treatment to generate the lowest

A crawfish/rice farmer in Jefferson Davis Parish, Louisiana has discovered a unique method to growing crawfish in less time and at twice the market weight of his neighbors. He has been pretreating the water with a new mineral oxychloride technology. This new mineral oxychloride technology adds a form of oxygen (ROS) to the water. The results have been unbelievable for the past two seasons. His crawfish has matured in 2 months and weigh 40-50% more than the average crawfish in the market

Jenfitch, Inc. has gained US Environmental Protection Agency (EPA FIFRA) and USDA Organic Standard (7 CFR Part 205) approval to use its’ proprietary sodium oxychloride formulation, JC 9465, that works even more effectively than ozone as a crop production aid, disease and pest control aid, fertilizer and soil amendment aid, livestock production aid and processing and handing aid for facilities requiring organic approved technologies. JC 9465 has improved safety and inc

Jenfitch, Inc. has gained National Sanitation Foundation (NSF) approval to use a its proprietary  sodium oxychloride formulation that works even more effectively than ozone in post-harvest wash systems and hydro-coolers to control cross-contamination and spoilage.

Walnut Creek, CA.-based Jenfitch, Inc. is marketing its JC 9465 ROS as an alternative to gaseous ozone, sodium hypochlorite, chlorine, and chlorine dioxide to help meet food

Jenfitch, Inc announces, JC 9465, a new sodium oxychloride disinfectant effectively kills Legionella in less than thirty seconds. JC 9465 is a new formulation that generates a high concentration of hydroxyl radical ions that effectively oxidizes the biofilm that support and protects the legionella in the water system. Once the biofilm is removed, then the oxidizing energy of JC 9465 effectively destroys all gram-positive and gram-negative microorganisms at the same rate as ozone. JC 9465 is a