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Field notes on onsite hypochlorous acid generation — what works, what the evidence says, and what it costs. Written by the people who build the systems.
Why Documentation and Traceability Matter in Modern Operations
An overview of EcoloxTech’s documentation and traceability standards, explaining how structured records, clear timelines, and independent archives support operational clarity and long-term integrity.
ReadUnderstanding Free Available Chlorine (FAC): The Key to Measuring HOCl Power
HOCl works because of one key metric: Free Available Chlorine (FAC). Learn how to measure it, what your ppm levels mean, and how to dial in…
ReadThe HOCl ROI Breakdown: How to Cost an On-Site Generator
See how an on-site HOCl generator cuts chemical costs, water usage, labor hours, PPE requirements, and corrosion repairs—saving food plants $5,000–$20,000 per month with measurable ROI.
ReadRinse Steps and the Microbial Science Behind Hypochlorous Acid
No. 101112-1. They leave residue. They corrode stainless steel. They burn eyes and skin. They must be neutralized before people—or food—return to the space.
ReadHOCl in Seafood and Meat Processing: What the Research Covers
Every processor knows the pain of spoilage. You invest in pristine cold chain logistics. You train your staff on HACCP protocols. You maintain tight sanitation schedules.
ReadHOCl in Produce Sanitation: How It Compares with Bleach and Acidified Chlorine
No. 101112-1. Use acidified chlorine? You’re flirting with legal residue limits. Use peracetic acid? Enjoy the burns, stench, and rinse water bills.
ReadHOCl and Sustainability: How to Slash Water, Chemical, and Energy Usage in Food Plants
Discover how hypochlorous acid (HOCl) helps food plants cut water usage, eliminate hazardous chemicals, and reduce energy consumption—while improving sanitation performance and meeting modern sustainability and…
ReadFDA, USDA, and EPA: What Makes HOCl Compliant Across All Major Sanitation Regulations
In the world of food processing, it’s not enough to be clean—you have to be compliantly clean. Every spray. Every rinse. Every chemical. Every contact surface.
ReadSwab Audits: What They Measure and How to Prepare
Failing swab audits isn’t a sanitation problem—it’s a chemistry problem. Learn how hypochlorous acid (HOCl) helps food facilities pass ATP and Listeria swabs by eliminating biofilms,…
ReadQuats in Food Facilities: Documented Limitations and Alternatives
Quaternary ammonium compounds—quats—have become a mainstay in food sanitation for decades. They’re in your sanitizer buckets, your spray bottles, your foaming applicators.
ReadThe Hidden Cost of Chemical Sanitation: What It’s Really Doing to Your Equipment
No. 101112-1. But walk into any food plant that’s used bleach, PAA, ozone, or quats for more than a year, and you’ll find:
ReadComparing HOCl to Ozone and Chlorine Dioxide: What Works Best?
Many businesses turn to ozone or chlorine dioxide (ClO₂) because of their oxidizing power. But what they gain in potency, they lose in safety, ease, and…
ReadFrom reading to a written recommendation
The free sanitation audit turns any of this into a sized system, a protocol and a payback figure for your own facility.