ViralClean Technologies has developed a fully programmable, autonomous UV-C disinfection system engineered to enhance biosafety and mitigate pathogen transmission throughout the poultry supply chain. In response to persistent threats such as Highly Pathogenic Avian Influenza (HPAI), this system represents a breakthrough in infection prevention, offering consistent, chemical-free inactivation of viruses, bacteria, and fungi on high-risk surfaces and in air handling zones.
Our UV-C technology, installed in real-time poultry processing, egg production, and distribution environments, operates continuously with no human intervention and is uniquely programmed to adapt to spatial and temporal biosecurity demands. Unlike passive sanitation methods, Viral Clean Tech’s system is proactive, with deployments currently ongoing across agricultural, food processing, and hospitality sectors. Early installations in poultry environments have demonstrated significant reductions in bioburden, including pathogens relevant to avian health and zoonotic transmission.
The system’s safety is validated by third-party testing, with no risk of UV-C exposure to workers or animals. By neutralizing airborne and surface-bound pathogens, Viral Clean Tech’s platform reduces the environmental burden that necessitates antibiotic use, particularly in hatcheries and laying environments where subclinical infections are common. These effects position our UV-C system as an integral tool in antibiotic stewardship strategies and zoonotic disease prevention.
We are actively pursuing research collaborations to further validate the impact on antibiotic resistance markers and viral shedding rates in controlled poultry cohorts. In tandem, we are expanding commercial installations and seeking partners for field trials and broader deployment in the poultry industry.
For more technical data and deployment case studies, visit https://viralcleantech.com.
Video
Like this entry?
-
About the Entrant
- Name:Paul James
- Type of entry:teamTeam members:
- Bill McClelland
- Paul James
- Software used for this entry:Yes