Cleamix sets a new standard in decontamination with its advanced patented technology, user-friendly operation, and innovative design. Our products feature a modular and scalable design that can be easily customized into integrated solutions to precisely meet specific demands..
1. How this is different from the fogger?
Cleamix vH2O2 is a vaporized H2O2 is in a gassiest form whereas the fogger is a liquid arousal based H2O2 a typical conventional method. Cleamix is a new patented technology in India using the vaporized H2O2.
2. How about the efficiency of the product?
Comparing the traditional method, this is high efficient and it destroys microbes with 6 log reduction.
3. What will be the effect on instruments after using VH2O2?
There will be absolutely no damage to any instrument. This including your Laptops, Notebooks, pens and any other instruments. 4. Is there any rust formed after 3/6 months of using VH2O2?
Absolutely no rust will be formed after using VH2O2. 5. How to check other parameters and can we validate it?
We can measure parameters like time used, consumption of H2O2, RH, RS levels, PPM, Temperature etc., using a separate instrument looks like a tab which connect the system through Wi-Fi 6. What is the importance of temperature sensor in the machine?
The effectiveness of hydrogen peroxide as a sterilant is temperature-dependent. Higher temperatures can enhance the sporicidal efficiency of hydrogen peroxide vapor, ensuring thorough decontamination. The temperature in a Cleamix VHP machine is significant for maximizing the sterilization efficiency, preventing condensation, ensuring even distribution etc., 7. Is it compulsory to close the HVAC system while doing vH2O2 decontamination in that particular facility?
Yes, it is generally compulsory to close the HVAC (Heating, Ventilation, and Air Conditioning) system during vaporized hydrogen peroxide (VHP) decontamination. Here's why:
-- Containment: Closing the HVAC system helps to contain the hydrogen peroxide vapor within the decontamination area, ensuring that it reaches the required concentration for effective sterilization.
-- Preventing Spread: Keeping the HVAC system off prevents the spread of hydrogen peroxide vapor to other areas, which could be harmful and reduce the effectiveness of the decontamination process.
-- Controlled Environment: A closed environment allows for better control over temperature and humidity, which are critical factors for the success of the decontamination process. 8. How long the facility will be free from Bio-decontamination once we do this VH2O2 decontamination activity from Cleamix?
The duration for which a facility remains free from bio-contamination after a Cleamix VHP decontamination cycle depends on several factors, including the cleanliness of the environment, the frequency of use, and the presence of new contaminants. Generally, the decontamination process using Cleamix is highly effective, providing a clean and sterile environment for an extended period.
However, it's important to maintain good hygiene practices and regular cleaning to ensure the facility remains free from contaminants. If the facility is used frequently or exposed to new contaminants, periodic re-decontamination may be necessary. 9. What is the PPM in Cleamix machine? How it will be understood? Do we have to increase or decrease PPM during the Bio decontamination process?
In a Cleamix VHP decontamination system, PPM (parts per million) refers to the concentration of hydrogen peroxide vapor in the air. It's a measure of how much hydrogen peroxide is present in the air relative to the total volume of air. Understanding PPM: 100-700 PPM: The efficiency of hydrogen peroxide vapor is activated within this concentration range. This means that hydrogen peroxide vapor is effective in killing spores and other microorganisms at these levels. Higher PPM: While higher concentrations can be more effective, they also increase the risk of condensation and potential damage to sensitive materials.
The Cleamix system automatically controls and adjusts the PPM to maintain optimal conditions for decontamination while ensuring safety and effectiveness. 10. Why vH2O2 and why not fumigation or fogging?
Opting for vaporized hydrogen peroxide (VHP) over traditional fumigation and fogging methods brings several key advantages: Efficiency and Effectiveness: VHP is highly effective against a wide range of microorganisms, including bacterial spores, which are often resistant to other decontamination methods. Consistent Coverage: The vapor reaches all surfaces and crevices uniformly, ensuring no spots are missed. Non-Toxic Residue: VHP breaks down into water and oxygen, leaving no toxic residues, unlike some fumigants which can leave harmful byproducts. Controlled Environment: Systems like Cleamix have sophisticated controls for maintaining safe hydrogen peroxide levels, minimizing risks to personnel and equipment. Eco-Friendly: VHP decomposes into harmless substances, making it environmentally friendly compared to some traditional fumigants that can have negative environmental impacts. 11. What are the basic precautions to be taken while doing the bio decontamination in a closed facility? a. Seal the Area: Ensure the facility is completely sealed to prevent the escape of decontamination agents and to maintain the required concentration levels. b. Ventilation Control: Turn off HVAC systems to prevent the spread of decontamination agents to other areas and to maintain a controlled environment. c. Proper Handling of Decontamination Agents: Follow the manufacturer's instructions for the safe handling and use of decontamination agents, such as VHP. d. Monitoring: Use appropriate monitoring equipment to continuously check the levels of decontamination agents and ensure they remain within safe limits. e. Post-Decontamination Ventilation: After the decontamination process, ventilate the area thoroughly to remove any residual agents before allowing personnel to re-enter. f. Personal Protective Equipment (PPE): Wear appropriate PPE, including gloves, masks, goggles, and protective clothing to prevent exposure to decontamination agents and biohazards. g. Waste Disposal:Dispose of any waste materials, including used PPE and decontamination agents, according to safety guidelines and regulations. h. Training: Ensure that all personnel involved in the decontamination process are properly trained and aware of the safety procedures and emergency protocols.
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