
Until recently, no one associated sparkling clean bathrooms and kitchens with poisoned air and mutated aquatic life. But the same lemony fresh cleaners, disinfectants, and degreasers that shine your stove top can also make you sick and can cause real problems for the waterways they drain into. Just ask the Environmental Protection Agency, which reports that “the air inside the typical home is on average 2-5 times more polluted than the air just outside—and in extreme cases 100 times more contaminated—largely because of household cleaners and pesticides.”
Alternatives to conventional cleaning products include vegetable- or fruit-based commercial options like Seventh Generation and Citra Solv, or DIY cleaners made with good ol’ vinegar and baking soda. These alterna-cleaners are fine for household purposes, but what about commercial situations like food processing or prison cell sanitation- you know, stuff that needs to be super squeaky clean?
While listening to a recent broadcast of a great public radio program called “Living on Earth,” (I highly recommend you tune in for their weekly segments) I was introduced to the concept of electrolyzed water- salt water that’s been exposed to electricity and transformed into a powerful - but safe - detergent and disinfectant.
As Patrick Lucci, VP of Marketing for The Electrolyzer Corporation of Woburn, Massachusetts, stated in the radio interview, “An electrolyzer is a device that basically makes two solutions out of salt water and electricity. One solution is a sanitizer that at 50 parts per million is more effective than chlorine bleach at 200 parts per million, yet it’s so non-toxic you can drink it. The other is a form of sodium hydroxide that’s used as a detergent for floors, carpets or anything else you would wash.”
Here’s a picture of Lucci and the Living on Earth reporter drinking the sanitizer solution. Crazy! 
The potential uses for this type of cleaning/disinfecting solution are staggering. No special storage, handling, protective clothing, or environmental controls are required. No tainting or residues are left behind after use. And fresh food has been proven to have a longer shelf life after being sprayed with it (That’s right- you can wash your food in it!). Electrolyzer machines are already being used in the food service industry for both hand and surface cleaning, especially where meat and seafood is involved.
The use of electrolyzed water is also promising for the commercial cleaning industry as well, especially in light of the fact that cleaning products have been linked to asthma and other nasty illnesses with prolonged exposure.
(Photo credits: Electrolyzer Corporation and Liz Gross of Living on Earth)





So interesting. Is this similar to the idea you can microwave your sponges to disinfect them…
It feels like it, doesn’t it? I only barely understand the science of this… except that this process has something to do with using the electricity to change the chemical make up of the salt water…. anyone else have a more sophisticated reply?
Not to be an ass, but they describe how it works on their website
http://www.electrolyzercorp.com/technology/HowItWorks.html
From the FAQ at http://www.electrolyzercorp.com/company/FAQ.html
What exactly is electrolyzed water?
A. Electrolyzed water is the result of a process known as electrolyzation. Although it seems remarkable, it is fairly simple chemistry. Tap water is passed into two chambers, one with a positive electrical charge, the other with a negative charge. The total charge is between 5 and 10 volts. Saline ions are then introduced into both chambers. In the positively charged chamber, chloride ions are attracted to the positive charge and are converted to HOCL or hypochlorous acid at a Ph of about 2.5. In the negatively charged chamber, sodium ions are attracted to the negative charge and are converted into sodium hydroxide at a Ph of 11.5. The hypochlorous acid is a powerful sanitizer; the sodium hydroxide is a grease cutter and mild detergent.
GL, thanks so much for not being an ass
Of course, copying the “How it works” page and fully grasping how the process compares with the microwave trick Leigh was referring to are two different things. And that was the sophisticated answer I was seeking.
I just can’t help but think “it sounds to good to be true”. It’s great if it is but if they are changing the makeup of the water, is it safer. I’ve just never been a big fan of playing God. Nothing good ever comes out of it.