Introduction to HaloMist
In this lesson, we will explore HaloMist, the EPA-validated hydrogen peroxide and silver disinfectant that serves as the core of the Halo Disinfection System. By understanding the efficacy, safety, and technical attributes of HaloMist, your team will be better equipped to leverage its benefits in a variety of settings. Whether used as a hard surface disinfectant or in conjunction with a HaloFogger, HaloMist provides broad-spectrum protection against harmful pathogens.
The Role of HaloMist in the Halo Disinfection System
HaloMist is specifically designed to work in harmony with the HaloFogger to achieve optimal disinfection results. When using the HaloFogger, it is essential to use HaloMist exclusively, as the device is calibrated to dispense the disinfectant at the correct concentration and contact time to ensure thorough disinfection.
This disinfectant is effective in a wide range of environments, including hospitals, laboratories, schools, and commercial spaces, providing a versatile solution for surface and air disinfection.
Efficacy of HaloMist
The term “efficacy” refers to a disinfectant’s ability to eliminate microorganisms, particularly pathogenic organisms that cause diseases in humans and animals. HaloMist is an antimicrobial disinfectant that has been rigorously tested for its ability to neutralize a wide spectrum of pathogens, including bacteria, spores, fungi, and viruses.
High-Level Disinfection
HaloMist is proven to achieve a 6-log kill of Clostridioides difficile (C. diff) spores, which are among the most difficult pathogens to eliminate. As shown in the microbial hierarchy chart, C. diff spores are notably resistant, requiring an exceptional level of disinfection to neutralize. In addition, HaloMist is effective against other challenging pathogens such as norovirus, as well as emerging viral threats, including SARS-CoV-2 (the virus responsible for COVID-19) and the monkeypox virus.
For organizations seeking transparency and detailed data, we encourage you to contact Halosil NXT representatives for full documentation regarding HaloMist’s disinfection capabilities.
Proper Use of HaloMist
HaloMist can be applied as a hard surface disinfectant, but it is crucial that all surfaces within the treatment area are prepared beforehand. Before starting the fogging process, any visible soil or gross filth should be removed from surfaces using a cleaning agent such as soap and water or a multi-purpose cleaner. To maximize the effectiveness of HaloMist, ensure that all surfaces are dry to the touch before treatment begins.
Environmental Conditions
Another key factor in the disinfection process is room humidity. Before deploying the HaloFogger, the room’s humidity should be checked to ensure it is within acceptable parameters. High humidity can affect the efficacy of the dry mist, and this should be controlled before beginning the disinfection procedure. Specific guidelines will be provided when setting up your treatment plan.
For organizations that need to estimate the quantity of HaloMist required, Halosil offers an online usage calculator. By entering room size, the number of rooms to be treated, and the desired fogging frequency, the calculator provides an accurate estimate of how much HaloMist will be needed and when it will need to be reordered.
Key Characteristics of HaloMist
HaloMist was formulated with both convenience and environmental considerations in mind. It is an odorless, colorless disinfectant that leaves no residue on surfaces, simplifying the disinfection process by eliminating the need for rinsing or wiping afterward.
In addition to its ease of use, HaloMist demonstrates excellent material compatibility, making it suitable for use across a wide variety of surfaces and equipment. Once it has completed its disinfection process, HaloMist decomposes into harmless byproducts, including water and oxygen, ensuring safety and environmental responsibility.
Safety Precautions for Handling HaloMist
While HaloMist is designed with safety in mind, it is important to follow established safety protocols during its use. Personal Protective Equipment (PPE) such as nitrile gloves and eye protection should be worn during the filling process to mitigate any potential risks from accidental splashes.
Additionally, all personnel operating the HaloFogger should receive adequate training on both the disinfectant and the fogging device. This includes a thorough review of the HaloFogger user manual, the HaloMist product labeling, and the HaloMist Safety Data Sheet (SDS). Ensuring proper handling of the disinfectant is essential for the safety of personnel and the effective operation of the Halo Disinfection System.
Room Re-Entry Protocols
Developing proper room re-entry procedures is crucial when using the Halo Disinfection System for the first time. Before fogging, it is advisable to consult with a Halosil NXT representative to establish the re-entry protocols best suited for your specific environment. For general guidance, the HaloFogger user manual provides room re-entry time recommendations and other essential safety information.
Typically, room re-entry is safe when HaloMist levels are confirmed to be at or below 1 part per million (ppm). Monitoring the levels of hydrogen peroxide in the air is vital for ensuring safe conditions before allowing personnel back into the treated area.
Conclusion
This lesson has provided a detailed overview of HaloMist, its efficacy, and the best practices for its use in disinfection processes. By following proper application procedures and adhering to safety protocols, HaloMist can provide an effective solution for disinfecting a wide range of environments. For any additional information or further assistance, please consult with our support team or visit the Halosil service portal.