****!!!!****!!!!*** "This study demonstrates that the low-concentration ClO2 gas (mean 0·05 ppmv) inactivates various kinds of microbes such as Gram-positive and Gram-negative bacteria, enveloped and nonenveloped viruses in the wet state."

****!!!!*** "“Compared with the traditional spraying method of disinfectant, slow-release chlorine dioxide can achieve long-term continuous disinfection without covering dead corners. It is a better disinfection method." "In response to the application needs of sterilization and disinfection, based on the previous technical reserves, the fastest research and development of the slow-release chlorine dioxide technology as the core Disinfection and sterilization gel provides a green, safe, long-term and efficient new method of sterilization and sterilization for this special battle "epidemic"."

****!!!!!***** Using a methodology that can maintain low chlorine dioxide concentration in air even under high humidity, examined the effect of humidity on airborne influenza virus inactivation at a very low gas concentration. It was shown that chlorine dioxide at less than 0.02-0.03 ppm has an ability to inactivate airborne influenza virus under 50% and 70% RH conditions. However, from a viewpoint of infection control, these researchers believed it is a minor effect which is merely additional to the major effect by the humidity itself, when considering the actual load of viruses released from an influenza patient in a room space and still active after certain time. Low concentrations of chlorine dioxide also make much less difference under 30% relative humidity levels common in winter." Original paper https://www.semanticscholar.org/paper/Inactivation-of-Airborne-Influenza-Virus-Using-Low-Nishimura-Hayashi/3cc74aad740dc6e036e76a3e4fdaee02a159a309 https://pdfs.semanticscholar.org/3cc7/4aad740dc6e036e76a3e4fdaee02a159a309.pdf