A UVC machine designed for treating fungal, bacterial, and viral diseases in greenhouse-grown crops has emerged as a promising alternative to chemical applications, aiming to reduce pesticide reliance and increase consumer safety.
The UVC machine, developed by researchers at Akdeniz University, utilizes an efficient system powered by standard battery carts that enables it to navigate along heating pipes within greenhouses. Equipped with eight UVC lamps—four on each side—the machine offers a tailored approach to crop disease management by allowing independent control of lamp power, ensuring precise UVC exposure doses between 5 to 100 mJ/cm², adaptable based on specific treatment requirements.
Implementing this technology responds directly to the pressing need for alternative disease control methods, especially given that in 2022, 4.9% of EU-marketed products exceeded Maximum Residue Limits (MRL). This situation has intensified pressure on farmers to seek ecologically viable solutions. UVC light, recognized for its antimicrobial properties, offers a chemical-free option to effectively combat pathogens, thereby conserving the environment.
The UVC machine represents a significant advancement in greenhouse technology, leveraging robust logistics equipped with three 24 V, 350 W electric motors and sophisticated remote control capabilities. Powered by four 12 V, 95 Ah batteries, the machine can operate autonomously, with battery charging taking approximately 24 hours.
Read more at The Pinnacle Gazette