Winning with Onsite Generated Solutions

Onsite generated solutions are created by transforming or infusing water to meet the performance requirements of professional cleaning, sanitizing and/or disinfecting, with long-term-value and environmental factors as key uptake and ethical drivers.

Onsite Generated Solutions include, but are not limited to:

  • Electrolysis of Water
  • Aqueous Ozone

Onsite Generated Solutions are effective in the following ways or configurations:

  • Electrolyzed Water — Effectiveness of systems using non-augmented water supplies (e.g., ordinary tap water without mineral or electrolyte additives) varies depending on the system and water source; while electrolysis of augmented water, in which an electrolyte (either generic sodium chloride [NaCl, aka, a pure form of table salt] or a proprietary mineral blend) is added to softened tap water before treatment by electrolysis, creates two substances in separate streams:
    1. A slightly alkaline, highly diluted Sodium hydroxide (NaOH) or other hydroxide solution depending on the minerals in the water.
    2. A hypochlorous acid (and other oxidizing agents)-solution that may perform effectively in a pH-neutral to mildly acidic solution to sanitize and, depending on the configuration, disinfect hard surfaces.
  • Aqueous Ozone — Ozone electrically infused into water may provide an effective cleaner, as well as a sanitizer through oxidation at near-neutral pH.

Recommendations

Prospective purchasers of systems should request test data from suppliers and confer with knowledgeable independent persons (e.g., third-party labs, microbiologists, etc.) regarding the meaning and value of test reports before investing in systems.

Ask for EPA Registration information from makers of systems producing solutions that are packaged for use elsewhere or to be sold.

Electrolyzed Water and Aqueous Ozone can be effective interventions for infection prevention when used according to manufacturer directions as part of a systematic approach to facility cleaning and hygiene.

Clearing Up Misconceptions

“Chemical-free” — Use of the term, “chemical-free” is, in the main, incorrect, as the technologies described produce respective chemicals onsite, namely:

  • Liquefied ozone solutions
  • hypochlorous acid solutions
  • sodium hydroxide or other hydroxide solutions based on the minerals in the water

It is misleading to state these devices produce only water. They produce chemicals on site using the building’s water supply.

Proven Efficacy — It is important not to confuse claims for different applications using the same type of technology; as in “the safe use of [engineered water]… as an antimicrobial agent for commercial foodservice applications makes it safe and effective for sanitizing in your facility” by extrapolating a discrete, dedicated industrial use to general cleaning applications when the concentration of the “active” ingredient and many other factors may be different.

Regarding efficacy, ask for independent test data for comparison, and insist on apples-to-apples assessment (same surface types, dwell time, cleaning methods.)

Zero Impact on the Environment — All devices use electricity to generate cleaning chemicals onsite, so while they do avoid the manufacturing, packaging, shipping, storing and handling of conventional packaged chemicals, there is a strong environmental benefit through a “reduced” carbon footprint, not a nonexistent one.

Onsite Generated Solution Systems are Expensive — Not true, especially if your facility buys or uses many standard cleaning, sanitizing or disinfecting products that are replaced. Perhaps the biggest benefit is lower cost. The best systems make effective cleaning solutions for pennies on the gallon — a huge cost savings, while delivering environmental benefits.

This article originally appeared in the issue of .

About the Author

Allen P. Rathey is an educator specializing in Healthy Facilities. He has assembled an advisory group of dozens of scientists, PhDs, facility and public health experts, who share his passion for helping people everywhere create and maintain safe, healthy, indoor environments. He is past-president of The Housekeeping Channel (HC), The Healthy House Institute (HHI), and The Healthy Facilities Institute (HFI). He is the principal of Winning Environments, LLC, promoting best practices that enhance the living environment. Call him @ 208-724-1508 or email [email protected]. Allen provides advisory and consulting support, in person, by phone, via published articles, social networks, and through seminars and webinars.

Featured

  • Moline-Coal Valley School District to Consolidate Two Schools into New Facility

    The Moline-Coal Valley School District in Moline, Ill., recently broke ground on a new elementary school that will consolidate the students and staff from two existing schools, according to local news. Robert Ontiveros Elementary School will serve as the new home for Lincoln-Irving Elementary School and Willard Elementary School.

  • Texas District Breaks Ground on Second High School

    The Waller Independent School District in Waller, Texas, recently held a groundbreaking ceremony for what will become its second high school, according to a news release.

  • Photo credit - Chuck Coates

    Florida District Modernizes Central Energy Plants at Two High Schools

    Flagler Schools, a public school district in Flagler County, Fla., recently partnered with Matern Professional Engineering to modernize the central energy plants at two of its high schools, according to a news release. The project is part of a larger, district-wide effort to reduce energy costs and operational expenses.

  • Spaces4Learning Trends & Predictions for Educational Facilities in 2026: Part II

    As education leaders look toward 2026, the design of K–12 and higher education facilities is being reshaped by powerful, converging forces. Survey respondents point to the rapid growth of Career and Technical Education, deeper alignment with workforce and industry needs, and the accelerating influence of AI and emerging technologies.