Food hygiene standards such as HACCP, BRCGS, ISO 22000, and environmental monitoring programs are pushing many manufacturers to look beyond visible cleanliness alone. In modern processing environments, microbial stability is influenced by airflow, condensation, cooling systems, production rhythm, and personnel movement just as much as by sanitation procedures themselves.
Most facilities already work with multiple sanitation methods. Chlorine chemistry, alcohol disinfection, ozone treatment, UV systems, foam cleaning, and manual sanitation all continue to play important roles depending on the production environment.
The operational reality, though, is rarely simple.
UV systems rely heavily on direct exposure. Ozone may require additional ventilation and recovery time before personnel re-entry. In cooling rooms or airflow-intensive production zones, microorganisms can persist around conveyor structures, overhead equipment, evaporators, or difficult-to-access surfaces even after routine sanitation cycles.
Facilities operating continuous or semi-continuous production schedules often experience these limitations more clearly than others.
That is part of the reason lower-residue hydrogen peroxide bio-decontamination technologies have received growing attention across hygienic food production environments in recent years.
NAXSAFE combines dry fog environmental coverage with low-concentration hydrogen peroxide chemistry to support more manageable sanitation workflows across cooling rooms, hygienic packaging zones, beverage filling environments, and enclosed processing spaces.
Typical Application Areas
· Cooling rooms
· Bakery cooling zones
· Hygienic packaging areas
· Beverage filling lines
· Processing pipelines
· Ready-meal production areas
