Views: 235 Author: Site Editor Publish Time: 2026-10-27 Origin: Site
Airborne microorganisms can create challenges for food production, cultivation, storage, and handling. Fungal spores and other microbial contaminants may contribute to contamination risks, product deterioration, and food waste.
In Ireland, SporeTect provides a chemical-free air treatment solution designed to reduce airborne microbial contamination and support better food quality management. By treating the air rather than relying solely on conventional surface treatments, the system offers an additional approach to managing microbial risks in food-related environments.
Maintaining a clean air environment is important in food-related operations, particularly where fungal spores and other airborne microorganisms may affect product quality.
Traditional approaches to microbial control may involve chemical treatments or other methods that require careful management of their application conditions. Food businesses therefore need practical solutions that help reduce airborne contamination while supporting efficient and responsible operations.
Key challenges include:
Reducing airborne fungal spores and other microbial contaminants.
Supporting food hygiene and product quality management.
Helping slow deterioration associated with microbial contamination.
Reducing reliance on chemical-based air treatment methods.
Maintaining an efficient solution for continuous operation.
SporeTect combines cold plasma technology with electrostatic precipitation (ESP) to treat airborne contaminants without adding chemical treatments to the process.
The cold plasma stage generates reactive species that interact with airborne microbial contaminants, while the electrostatic precipitation stage captures fine airborne particles and kills bacteria and viruses. Together, these technologies are designed to reduce airborne microbial contamination and improve air cleanliness. Reduce the number of fungi in the air and slow down biological decomposition, thereby extending shelf life and maintaining freshness.
The system is designed for practical deployment in indoor environments, with portable equipment that can be positioned according to application requirements. Its reusable, non-disposable-filter approach also helps reduce ongoing consumable requirements.
The SporeTect application in Ireland demonstrates the potential of chemical-free air treatment as part of a broader food quality management strategy.
Reduced airborne microbial contamination
Treating the air helps reduce the presence of airborne microbial contaminants, supporting a cleaner environment for food-related operations.
Support for food safety management
By addressing airborne contamination, the system provides an additional layer of environmental control alongside established food hygiene, cleaning, and handling procedures.
Support for longer shelf life
Reducing airborne microbial pressure may help limit one of the factors contributing to food deterioration. When combined with appropriate temperature control, sanitation, and storage practices, air treatment can support efforts to preserve product quality and manage shelf life.
Reduced dependence on chemical-based air treatment
The system uses a non-chemical approach to air treatment, offering an alternative for applications seeking to reduce reliance on chemical treatments for airborne microbial control.
SporeTect is designed for convenient deployment, low energy consumption, and reduced consumable requirements. These characteristics can be valuable for food-related facilities seeking an air treatment solution that supports operational efficiency as well as environmental hygiene.
The system can complement existing food safety procedures, helping businesses take a more comprehensive approach to managing airborne contamination.
Airdog IEF is based on Airdog's TPA technology platform and is designed for integration into air handling systems and specialized air treatment equipment.
The NHS validation report for the Airdog X8 (featuring TPA technology) indicates, based on quantitative microbial test data, that the bacterial count was reduced by approximately 99.72% under the specified test conditions.
Applications such as SporeTect illustrate how advanced air treatment technologies can be incorporated into practical solutions for microbial control and food-related environments. The appropriate configuration depends on the target contaminants, airflow requirements, operating conditions, and application objectives.
For food production, cultivation, storage, and other specialized environments, Airdog works toward application-oriented air treatment solutions designed around specific operational needs.
Looking for an air treatment solution for your application?
Contact the Airdog team to discuss your requirements for microbial control, industrial air filtration, and specialized air treatment system integration.
