SCIENTIFIC BRIEF 01
Understand mechanisms, treatment stages and the parameters that influence performance.
Airborne surface disinfection uses controlled dispersion of a biocidal mist or aerosol to treat exposed surfaces. It is not automatically equivalent to air sterilisation; results must be substantiated for the equipment, product and application.
A controlled cycle includes preparation and pre-cleaning, airflow management, diffusion, contact time, aeration and safe return to use. Absorbent materials, obstacles, leakage and temperature gradients can influence distribution.
Fixed modules and standalone devices meet different integration requirements. Consider enclosure, volume, biocide, diffusion and validation conditions. MO2ONE and POSS illustrate different architectures for distinct use cases.
EN 17272 provides an assessment framework for airborne surface disinfection within its scope. Industrial site application still requires site-specific study; standard test results do not prove performance in every geometry.
AIRSURDIS educational brief. Nothing here replaces site-specific process qualification.