A clinical study of the AiroCide PPT airborne pathogen killing technology was conducted in the wine barrel storage room of Chateau St. Jean. Founded in 1973 and now owned by Foster's Group, Chateau St. Jean is a wine making estate located at the foot of Sugarloaf Ridge in the Sonoma Valley near Kenwood, California. The data supports the hypothesis that airborne mold levels would be lowered after 21 days of continuous operation of the AiroCide PPT system. The results show an average airborne mold reduction inside the storage room of 57% in 23 days. 

A study was conducted in the refrigerated citrus warehouse of a produce wholesaler in Valencia, Spain to determine if the AiroCide PPT air purifying technology coul reduce the amount of airborne mold present in the warehouse.
The AiroCide air purifying system in the warehouse reduced the amount of airborne mold by 79% in one week. 

The destructive properties of ethylene gas wreak havoc each year on the food industry. Uncontrolled levels of ethylene gas will jeopardize your profitability along with your Brand but also risk your food safety best practices and initiatives. How can your ethylene sensitive products (bananas, citrus, lettuce and tomatoes), coexist with those items that generate ethylene (apples, pears, peaches, melons)? Solution, the NASA developed non-chemical (no ozone) food safety AiroCide® technology. These Photocatalytic Air Sanitation systems have been proven to destroy Ethylene Gas and any other VOC’s (Volatile Organic Compounds). 

A clinical study of the AiroCide PPT photocatalytic air purifying technology was conducted in the Pre-cooler at Esmeralda Farm's facility in Miami, FL. The data supports the hypothesis that airborne mold and bacteria levels would be lowered after continuous operation of the AiroCide PPT air purifying system. The results show a significant reduction in airborne pathogens just 24 hours. There was an average airborne mold reduction of 95.45% after a 72-hour period and an average airborne bacteria reduction of 73.18% in the same time frame.