Rather than storing traditional chlorine donor chemicals such as sodium or calcium hypochlorite on-site, you can use renewable electricity, salt and water to generate your own sodium hypochlorite, safely and on-demand. You may hear this technology commonly referred to as electrochlorination, chlorine electrolysis or in-situ chlorine generation. Our unique Hyprolyser electrochlorination systems are an industry-leading example of this technology.
You can find more information on our web, so please take a look.
Using an automated system, a unique brine and water solution is prepared and passed through an anode/cathode electrode chamber, known as an electrolyser, where a low voltage direct current is passed through the solution, generating sodium hypochlorite and a small amount of hydrogen gas. The hydrogen by-product is diluted with a large volume of air in an enclosed ventilation system and is discharged safely to atmosphere.
The freshly generated solution is transferred to a day-tank and can then immediately be used and dosed via chemical dosing pumps to treat drinking water, wastewater or pool water.
I would suggest you read the following:
Why Every Household Should be Using Hypochlorous Acid during the Pandemic
Hypochlorous Acid
https://superhealthylife.com/products/eco-one?ref=qndwq9yypdbs
What is Hypochlorous Acid?
Hypo-say what now? What is hypochlorous acid?
Hypochlorous acid is nature&#;s oldest disinfectant, and it happens to be walking around in about 7.5 billion people right now. As in inside all humans, this very moment. Why? It&#;s the substance your white blood cells produce to fight off infections. It&#;s also the active ingredient in electrolyzed water, which is an industrial technology used for green cleaning and sanitizing. Electrolyzed water is made when electricity is used to change the chemical structure of salt, water & vinegar into a disinfectant as effective as bleach, but with no harmful chemicals, fumes or residues. 100 times more effective than bleach, but totally non-toxic!
Pretty cool, right?
How is hypochlorous acid made?
To make hypochlorous acid is pretty simple chemistry. Start with precisely the correct proportions of three ingredients: salt, water, and vinegar. You may remember that a salt molecule is made up of the elements sodium and chloride (NaCl) and a water molecule is made up of hydrogen and oxygen (H2O). When an electrical current is applied to the solution, the molecules break apart and the elements form two new molecules:
Hypochlorous acid (HOCl)
Nature&#;s super powerful disinfectant, and also the ingredient that gives bleach its anti-microbial power. When the pH of the solution is lowered to the correct level, HOCl is created, exactly the same substance that is your immune system&#;s germ fighter. So when you take your child to that indoor play area/Petrie dish &#; your white blood cells get to work creating hypochlorous acid.
Sodium hydroxide (NaOH)
A common detergent used at different concentrations in everything from toothpaste to skin moisturizers to cleaning products. Because concentration levels vary so widely across products, so do toxicity levels. That&#;s why you can find this same ingredient in both tubes of toothpaste and drain cleaners.
Healthcare & medical uses of hypochlorous acid
Hypochlorous acid is so gentle that it has several uses in the healthcare and medical space. It&#;s FDA approved for use in wound healing, wound care, and eye care products and is also common in veterinary care products. It&#;s even used to eradicate biofilm. There has been extensive research on the gentleness and efficacy of HOCl when it comes to killing bacteria. It is so trusted and effective, that hospitals use it as a disinfectant in both the US and Japan.
Hypochlorous acid for disinfecting
Given how effective it is at killing microbes without leaving behind harmful residues, hypochlorous acid is also used for preserving fresh produce. It&#;s even USDA approved for use in organic crop production.
Making Hypochlorous Acid (HOCL)
The Eco One machine
HOW DOES IT WORK?
GIANT ANODE supply professional and honest service.
Making disinfectant is easy. Just fill the pitcher with water and add kosher salt. Power on the system and within minutes a cleaner & disinfectant is generated called hypochlorous acid (HOCl) also known as electrolyzed water.
Alternatively, a cleaner & degreaser can be generated by substituting kosher salt for food-grade potassium carbonate.
WHY IS SYSTEM QUALITY IMPORTANT?
Since the start of the COVID-19 pandemic, many low-quality hypochlorous acid generators from China have flooded the market. It is important to understand why quality is important. Below are some key points to consider before making a purchase:
Titanium Electrolysis Cell - The cell must be manufactured with a high-grade titanium coating. Systems using electrolysis cells that are manufactured from lower quality alloys will deteriorate quickly and may not be generating hypochlorous acid. If the electrolysis cell is made from steel or other lower grade metals, the electrolysis cell will deteriorate very quickly and will generate harmful chromium compounds that can be carcinogenic.
Size of the Electrolysis Cell - Our electrolysis cell is relatively large for a 1 Liter pitcher and only requires 2 grams of salt to generate 200 ppm of hypochlorous acid. Even higher concentrations can be generated if the system is run for extra cycles. Many low-quality systems manufactured in China are requiring very large quantities of salt. If you see that the directions on a system require 5 to 20 grams of salt per Liter, you can be sure that the electrolysis cell is very small and your solution salinity will be extremely high. Most likely the system is generating sodium hypochlorite (NaOCl) and not hypochlorous acid (HOCl).
PERFORMANCE
Concentrations up to 200 ppm of hypochlorous acid (HOCl)
Production Rate (Setting 1): 1 Liter at 40 ppm in 3 minutes
Production Rate (Setting 2): 1 Liter at 60 ppm in 5 minutes
Production Rate (Setting 3): 1 Liter at 100 ppm in 8 minutes
Production Rate (Setting 3): 1 Liter at 200 ppm in 16 minutes
Oxidation Potential of Anolyte (HOCl): +800 to + mV
Concentrations over 400 ppm of hypochlorous acid (HOCl)
After generating 200 ppm, if you continue to run additional cycles on setting 3 (8-minute cycles), each additional cycle will raise the concentration by approximately 80 ppm.
Production Rate (Setting 3): 1 Liter at 400 ppm in 40 minutes (five 8-minute cycles)
EXPECTED LIFESPAN OF SYSTEM
The electrolysis cell is manufactured in titanium and has a typical lifespan of 3,000 cycles (8 minutes each).
TECHNICAL SPECIFICATIONS
Model: E1
Electrolysis Cell: Titanium
Power Supply: 110V/220V, 50/60Hz
Dimensions: 21 x 15 x 36 cm (8.3 x 5.8 x 14 inches)
Weight: 0.6 kg (1.3 lbs.)
INCLUDED
Eco One System
Power Adapter (US Plug)
1 gram measuring spoon
User Manual
What about the salt for making HOCl disinfectant?
You will need to purchase non-iodized food-grade salt at your local supermarket (ie. kosher salt).
What about the potassium carbonate for making KOH degreaser?
A 100-gram sample of food-grade potassium carbonate is included, enough to generate 50 liters of degreaser.
In summary, Hypochlorous Acid is the weapon of choice in fighting Covid-19 and a whole host of other pathogens.
For more information, products, and/or to purchase the Eco One click on this link:
https://superhealthylife.com/products/eco-one?ref=qndwq9yypdbs
I am an affiliate of this company/product because I personally use it and am convinced of its value and effectiveness.
Stephen Brackens Brinkley
If you want to learn more, please visit our website electrolytic sodium hypochlorite generator.