Working Principle of Ruthenium-Iridium Electrolysis Plate for Electrolyzing Sodium Hypochlorite

The ruthenium-iridium electrolysis plate functions in the electrolysis of sodium hypochlorite by leveraging the principles of an electrolytic cell and the catalytic effects of ruthenium-iridium oxide. Here's a detailed explanation of its working principle:

1. Electrolytic Cell Setup:
   • The electrolytic cell comprises a cathode, an anode (the ruthenium-iridium electrolysis plate), and an electrolyte solution (typically a chloride-containing aqueous solution, such as brine).
   • The ruthenium-iridium oxide coating on the anode exhibits excellent conductivity and catalytic activity.
2. Electrolysis Process:
   • When a direct current power source is applied, reduction and oxidation reactions occur at the cathode and anode, respectively.
   • At the anode (ruthenium-iridium electrolysis plate), chloride ions (Cl-) lose electrons and combine with hydrogen ions (H+) in the water, generating hypochlorous acid (HClO) and hydroxide ions (OH-). Hypochlorous acid is the primary active ingredient in electrolyzed sodium hypochlorite, known for its strong oxidizing properties.
   • The simplified electrolytic reaction can be expressed as: 2Cl- + 2HO → 2HClO + H2↑ + 2e- (Note: This equation is a simplification; in reality, hydrogen gas formation primarily occurs at the cathode, and the reaction is more complex).
3. Formation of Sodium Hypochlorite:
   • In practical applications, to obtain sodium hypochlorite (NaClO), the electrolytic conditions are controlled to facilitate the combination of hypochlorous acid with sodium ions (Na+) in the solution, forming sodium hypochlorite.
   • Sodium hypochlorite is a potent oxidant capable of disrupting cell membranes, proteins, nucleic acids, and other biological molecules, effectively killing bacteria, viruses, and other microorganisms.
4. Advantages:
   • The ruthenium-iridium electrolysis plate exhibits excellent corrosion resistance and electrochemical stability, enabling long-term operation in harsh electrolytic environments.
   • The electrolysis process produces sodium hypochlorite, which is non-toxic, leaves no residue, and is environmentally friendly.

Applications of Disinfection Machines

Disinfection machines, operating through mechanical principles to generate physical or chemical disinfectants to eradicate harmful organisms, have diverse applications:

1. Medical Sector:
   • Disinfection of hospital wards, operating rooms, laboratories, and other facilities to prevent cross-contamination.
   • Sterilization of medical instruments, surgical tools, beds, and other equipment to ensure medical safety.
2. Daily Life:
   • Sanitizing households, such as wardrobes, shoe cabinets, clothing, bedding, floors, etc.
   • Disinfecting kitchens, bathrooms, and other areas prone to bacterial growth to maintain healthy living conditions.
3. Public Spaces:
   • Disinfecting schools, kindergartens, offices, malls, restaurants, and other public venues to enhance public hygiene.
   • Sanitizing public transportation (e.g., buses, subways) to reduce the risk of virus transmission.
4. Special Environments:
   • Disinfecting industrial production lines, food processing factories, livestock farms, and other specialized environments to ensure production safety and product quality.
   • Sterilizing scientific research laboratories, biosafety laboratories, and other high-demand environments to prevent the spread of harmful microorganisms.
5. Other Applications:
   • As vital epidemic prevention equipment, disinfection machines are used to rapidly and efficiently eliminate airborne viruses and bacteria.
   • In environmental protection, they treat wastewater and exhaust gases, reducing pollutant emissions.

In summary, the ruthenium-iridium electrolysis plate plays a crucial role in the electrolysis of sodium hypochlorite, while disinfection machines, with their wide range of applications and effective disinfection capabilities, are instrumental in safeguarding public health and production safety.
Home disinfection

 

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Question 1: We are very satisfied with this product. Can I customize my logo on the product?
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Question 4: What's the lead time for customization?
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