Chlorine Dioxide Electrochemical Technology
Superior Sanitation Solution
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chlorine dioxide
chlorine dioxide
The Foundation Chemistry
The Foundation Chemistry
Sodium Chlorite (NaClO₂)
Sodium Chlorite (NaClO₂)
Sodium chlorite is the primary precursor used for chlorine dioxide generation.
Sodium chlorite is the primary precursor used for chlorine dioxide generation.
The molecule contains:
The molecule contains:
• Sodium ions (Na⁺)
• Sodium ions (Na⁺)
• Chlorite ions (ClO₂⁻)
• Chlorite ions (ClO₂⁻)
Through controlled oxidation, the chlorite ion can be converted into chlorine dioxide.
Through controlled oxidation, the chlorite ion can be converted into chlorine dioxide.
This transformation creates a molecular compound with different chemical behavior and unique sanitation properties.
This transformation creates a molecular compound with different chemical behavior and unique sanitation properties.
Chlorine Dioxide Electrochemical Technology
Superior Sanit I izing Solution
Unlocking Innovative Solutions for a Cleaner Future
When it comes to sanitizing chemicals, not all options are created equal. Traditional sanitizers may have limitations and drawbacks that can impact their effectiveness and safety. In contrast, chlorine dioxide electrochemical technology offers a superior solution for a wide range of sanitizing needs. Let's explore the benefits of chlorine dioxide electrochemical technology compared to other sanitizing chemicals.
Chlorine-based Chemicals
Chlorine has long been used as a sanitizing agent, but it has its downsides. Chlorine can react with organic matter to form potentially harmful byproducts, such as chloramines and trihalomethanes. These disinfection byproducts can have negative health effects and impact water quality. Additionally, chlorine's efficacy can be reduced in the presence of certain contaminants, making it less reliable for consistent sanitization.
Ozone
Ozone is a powerful oxidizing agent used for sanitization. However, ozone can be challenging to handle and transport since it is a gas. It requires specialized equipment and trained personnel for safe and effective use. Furthermore, ozone has limited residual effect, meaning it doesn't provide long-lasting protection once applied. Ozone's instability and short half-life restrict its use for various applications.
Chlorine Dioxide Electrochemical Technology
Electro-Chemical Generation
Electrochemical generation uses electrical energy to drive chemical conversion.
Within an electrochemical reactor:
The anode supports oxidation reactions.
The cathode supports reduction reactions.
Electrical current controls reaction conditions.
The system produces chlorine dioxide under controlled parameters.
Advantages of on-demand generation include:
Reduced chemical storage
Fresh production
Automated operation
Scalable design
Improved process control
The Chlorine Dioxide Molecule
Understanding ClO₂
Chlorine dioxide consists of:
One chlorine atom
Two oxygen atoms
Despite its name, chlorine dioxide behaves differently from chlorine bleach.
Its primary action is oxidation rather than chlorination.
Because chlorine dioxide is a neutral molecule, it has strong mobility in water and can move efficiently through treatment environments.
How Chlorine Dioxide Works
Microorganisms depend on:
Proteins
Enzymes
Cell membranes
Metabolic systems
Chlorine dioxide interacts with vulnerable biological components through oxidation.
This process can:
Disrupt enzyme activity
Damage essential proteins
Interrupt cellular processes
Reduce microbial viability
Because oxidation can affect multiple cellular systems, chlorine dioxide does not rely on a single biological target.
Many additional safety benefits are realized with the elimination of acidic ClO2 solution, unwanted chemical byproducts and use concentration rates of ClO2 in water as low as 50ppm Reduced chemical handlingElectrochemical chlorine dioxide is generated on-site, which means that there is no need to handle or store large quantities of chemicals. This can reduce the risk of accidents and spills and eliminate the need for expensive storage facilities.
No harmful byproducts: Electrochemical chlorine dioxide generates no harmful byproducts during the disinfection process. This means that it is safer for both the environment and the people who use it.
Consistent purity: Electrochemical chlorine dioxide generators are designed to produce a consistent purity of chlorine dioxide. This means that there is no risk of over or under dosing, which can occur when using other chlorine dioxide products.
Safer for workers: Electrochemical chlorine dioxide systems do not require workers to handle or mix chemicals, reducing the risk of exposure to harmful substances.
Elimination of acidic (Low pH) ClO2 and chemical byproducts
Traditional generation systems combine multiple chemical compounds in the final ClO2 solution that produce a low pH (Acidic ClO2 solution) that also contains unreacted chemical precursors.
These are eliminated with ITS E-chem technology.
True gas ClO2 gas in solution
Similar to a hydrogen cell in operation, ITS e-chem generation systems produce only ClO2 gas that is introduced into the available water supply within the generator itself. The resulting ClO2 liquid solution is simply pH 7 gas in water ready for delivery to the point of use via liquid chemical pump or metered suction.
Green Technology
The ClO2 solution generated is pH 7 and is true gas in water witch breaks down to chlorates in its final form unlike most all competing technologies.
Single chemical precursor technology
Sodium chlorite (Alkaline salt water) and electricity are the only 2 components needed to produce this very powerful environmentally friendly product.
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