Continuous bioaerosol sensing establishes facility baselines, detects significant particle changes and triggers controlled sampling for laboratory identification.
High-risk healthcare and research facilities need early awareness of unusual airborne biological-particle behaviour without confusing an optical alarm with a diagnosis. Monitoring locations are selected using airflow, occupancy and critical-room information.
HT-Nova continuous monitors can track particle and fluorescence characteristics, while connected samplers preserve material from defined events for laboratory follow-up.
Pollen, dust, cleaning activity, humidity and ventilation changes can alter the signal. Reliable operation therefore depends on site-specific baselines, alarm governance and a documented confirmation pathway.
Characterize normal particle behaviour for the location, occupancy pattern, ventilation state and season.
Use continuous sensing to identify a significant change in biological-particle characteristics, not to claim a pathogen identity.
Trigger targeted sampling with controlled collection media, location records and contamination precautions.
Transfer samples to an appropriate laboratory workflow for organism-specific or molecular identification.
Combine sensor trends, environmental context and laboratory evidence before escalating or closing the event.
Real-time optical monitoring provides trend and anomaly information. Targeted sampling and an appropriate laboratory method provide organism-specific evidence; the two stages must remain time- and location-linked.
The monitor does not identify a bacterium, virus or fungus solely from a fluorescence alarm and cannot identify an infection source by itself. Clinical or public-health conclusions remain with the responsible authority.
Operators see a meaningful departure from the facility baseline.
Defined alarms initiate documented sample collection and laboratory follow-up.
Airflow, occupancy and activity remain connected to the event record.
Tell us about your environment, target substances and operational requirements. We’ll help map the right path.
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