A comparative study on surgical disinfection methods has attracted widespread attention in the medical community. The study focused on the disinfection effect of hand washing using electrolyzed water and made a detailed comparison with traditional hand washing methods. The research results show that the electrolyzed water hand washing method has significant advantages in disinfection effect, convenience and environmental protection, and the application of BLUEWAV hypochlorous acid generator provides strong technical support for this innovative method.
The advantages of washing hands with electrolyzed water include:
Efficient sterilization: Acidic electrolyzed water has a significant sterilization effect and can quickly kill bacteria and viruses.
Environmentally friendly and safe: No harmful chemicals are used in the process of electrolyzed water generation, it has no toxic side effects on the human body, and the residue can be naturally decomposed into ordinary water.
Convenience: The contactless design improves the compliance and hygiene of hand washing.
Versatility: Electrolyzed water can not only be used for hand cleaning, but also for disinfecting food processing utensils.
Washing hands with electrolyzed water is a new way of washing hands that combines high-efficiency sterilization, environmental protection, safety and convenience. It is suitable for many fields such as homes, hospitals, food processing, etc.
The application status and effect evaluation of electrolyzed water hand washing technology in the medical field are as follows:
Application status:
Electrolyzed water technology is mainly used in the medical field for hand disinfection, especially for hand cleaning before and after surgery and medical procedures. Electrolyzed water generates hypochlorous acid by electrolyzing ordinary tap water, which has a strong antibacterial effect and is environmentally friendly.
Electrolyzed water equipment has been widely used in hospitals, clinics and other medical institutions for hand disinfection, endoscope cleaning, hemodialysis device disinfection, etc.
The use of electrolyzed water is not limited to hand disinfection, but also extends to surface disinfection, air disinfection and specific therapeutic applications.
Effect evaluation:
Bactericidal effect: Electrolyzed water has a significant bactericidal effect on a variety of pathogens (such as E. coli, Staphylococcus aureus, MRSA, etc.), and is safer and more environmentally friendly than traditional disinfectants.
Safety: Electrolyzed water has low irritation to the skin and no serious side effects have been found in long-term use. Studies have shown that washing hands with electrolyzed water 5 times a day for 5 consecutive days will result in minimal skin damage and rapid recovery.
Economical: The production cost of electrolyzed water is low, about £2 per litre, and the equipment rental fee is relatively reasonable.
Comparative studies: Electrolyzed water is similarly effective in reducing the number of bacteria on hands compared to traditional disinfectants (such as antibacterial soap), but the specific differences in effectiveness are not significant.
In summary, electrolyzed water hand washing technology has significant bactericidal effects and safety in the medical field, but its popularization still needs to overcome the obstacles of equipment cost and technical awareness. With the continuous advancement of technology, electrolyzed water is expected to play a greater role in the field of medical disinfection.
Advantages of BLUEWAV hypochlorous acid generator:
As the core equipment of electrolyzed water hand washing method, BLUEWAV hypochlorous acid generator has the following characteristics:
Highly efficient sterilization: The generated hypochlorous acid water can quickly kill a variety of pathogens.
Safe and reliable: Hypochlorous acid water is harmless to the human body and leaves no residue after use.
Smart and convenient: The equipment is easy to operate and can generate disinfectant water in real time to meet the high-frequency usage needs of the operating room.
The hand washing method using soap and running water with strong acidic electrolyzed water can achieve the same preoperative hand hygiene and disinfection effect as the previous hand washing method (soap and Hibi hand disinfectant lotion ) .
Strong alkaline electrolyzed water has the same organic matter removal effect as conventional soap, and the running water hand washing method using a combination of strong alkaline electrolyzed water and strong acidic electrolyzed water can also achieve the same disinfection effect as conventional hand washing methods.
Although the method of preoperative hand disinfection has changed from the original brushing method to the use of rubbing alcohol preparations, it has not completely solved the problem of spores and viruses, and it is necessary to reconsider the running water hand washing method.
Strong acidic electrolyzed water and strong alkaline electrolyzed water are both environmentally friendly and less irritating to the human body. If we continue to accumulate cases centered on hand washing before surgery and for hygiene purposes, I believe we will achieve great success in the field of hand hygiene.
For more information about BLUEWAV and hypochlorous acid generators, visit www.bluewav.com or contact info@bluewaVv.com