Why Many Households Are Rethinking Cleaning Products

Cleaning products are designed to remove dirt, grease, and microbes. But many traditional cleaners accomplish this by using synthetic chemicals that can contribute to indoor air pollution.

These may include:

chlorine bleach
quaternary ammonium compounds
solvents
synthetic fragrances

These compounds can release volatile organic compounds (VOCs) into the air after use.

Studies examining indoor environments have shown that cleaning products can be a significant contributor to indoor chemical exposure (Nazaroff & Weschler, Indoor Air, 2004).

For households trying to reduce toxic load, one emerging alternative is electrolyzed water technology.

The Basic Chemistry of Electrolyzed Water

Electrolyzed water systems work by running a mild electrical current through a solution of water and dissolved salt (sodium chloride).

When electricity passes through the solution, it causes a chemical reaction that produces several compounds, including:

Hypochlorous acid (HOCl)
Sodium hydroxide
Hydrogen gas
Small amounts of chlorine compounds

The most useful product for cleaning is hypochlorous acid, which has strong antimicrobial properties.

The concentration of HOCl created depends on the design of the generator and the salt concentration.

Why Hypochlorous Acid Is So Effective

Hypochlorous acid is interesting because our bodies already use it.

White blood cells produce HOCl as part of the immune response when they encounter bacteria or viruses.

This compound works by damaging microbial cell walls and disrupting proteins essential for microbial survival.

Because of this mechanism, HOCl has been used in healthcare settings for:

wound cleaning
surgical sanitation
surface disinfection

Research published in the Journal of Hospital Infection has shown that HOCl solutions can be effective against a wide range of microorganisms.

One reason HOCl works so well is that it is electrically neutral, allowing it to penetrate microbial cell walls more easily than some other disinfectants.

Why Electrolyzed Water Systems Are Becoming Popular

Electrolyzed water systems offer several practical advantages.

1. Fewer Stored Cleaning Chemicals

Instead of purchasing multiple cleaners, users generate the solution as needed.

2. Simple Ingredients

The process uses:

water
salt
electricity

3. Reduced Packaging Waste

Because the solution is generated at home, fewer disposable plastic bottles are required.

4. Short Environmental Persistence

Hypochlorous acid gradually breaks down back into saltwater after use.

Where Electrolyzed Water Is Used Outside the Home

Electrolyzed water technology is used in a wide variety of industries.

These include:

food processing sanitation
hospital disinfection
agricultural equipment cleaning
produce washing

The food industry has used HOCl solutions for decades to reduce microbial contamination on surfaces and equipment.

Generating HOCl at Home

Portable electrolyzed water systems allow households to generate hypochlorous acid on demand.

The Eco One Electrolyzed Water System produces HOCl using simple inputs and includes chlorine and pH testing strips to verify solution strength.

This allows users to create a disinfecting solution when needed rather than storing multiple cleaning chemicals.

Explore the Eco One Portable Hypochlorous Acid Generator available at The Swell Score.

Practical Uses Around the Home

Hypochlorous acid solutions can be used for:

kitchen surfaces
bathroom cleaning
food preparation areas
garbage bins
pet areas

Because the solution gradually degrades, it is typically generated fresh before use.

Expert Perspective

Environmental health researchers often emphasize that reducing chemical complexity inside the home can improve indoor air quality.

Simplifying cleaning routines with fewer products may help reduce the number of volatile compounds released into the indoor environment.

FAQ

Is electrolyzed water safe?

Hypochlorous acid solutions are widely used in healthcare and sanitation environments. Concentration levels determine how the solution should be used.

Does HOCl replace all cleaning products?

It can replace many general disinfectants but may not replace specialized cleaners designed for grease removal.

Why does the solution lose potency over time?

Hypochlorous acid gradually breaks down back into saltwater, which is why fresh generation is often recommended.

References

Nazaroff, W. & Weschler, C. (2004). Cleaning products and air pollution. Indoor Air.

Block, M. (2001). Disinfection, sterilization, and preservation. Journal of Hospital Infection.

Disclaimer

Disclaimer: This article is for educational purposes only and does not replace medical advice. Always consult your healthcare provider before changing your health routine.

How Electrolyzed Water Systems Work: The Science Behind Hypochlorous Acid Cleaning