Online monitoring system for harmful biological factors

Online monitoring system for harmful biological factorsCore Technologies and Functions:

1. Multidimensional detection and intelligent identification

-Multi sensor fusion: Using multiple sensing technologies such as laser particle counters and fluorescence spectrometers, the concentration, particle size distribution, and intrinsic fluorescence intensity of biological particles can be synchronously monitored, effectively distinguishing between biological aerosols and non biological particles.

-Threshold triggered alarm: When the concentration or fluorescence intensity of biological particles suddenly rises and exceeds the set threshold, the system immediately issues an audible and visual alarm and pushes warning information to the monitoring center through the network.

2. Automated sampling and traceability analysis

-Automatic enrichment of samples: When a warning is triggered, the system automatically collects air samples and retains the original aerosols for subsequent laboratory analysis.

-On site screening and rapid detection: Some systems integrate automated PCR detection modules, combined with rapid amplification enzyme technology, which can complete nucleic acid amplification within 20 minutes and preliminarily identify the types of biological hazards.

3. Modular design and flexible adaptation

-Function customization: Supports on-demand configuration of sensor modules (such as adding chemical harmful gas detection channels) to meet the needs of different scenarios.

-Multi device networking: Multiple devices can be networked to form a monitoring network, covering a larger area and achieving unified data management and event tracing.

4. Intelligent data processing

-Real time analysis and visualization: The built-in software can generate dynamic data reports, display concentration change curves, regional distribution maps, etc., to assist decision-making.

-AI assisted judgment: Optimize warning accuracy through algorithm models to reduce false alarm rates.

Typical products and application scenarios of online monitoring system for harmful biological factors:

AeroBio online biohazard monitoring system

-Features: Modular design, integrated real-time monitoring and automatic sampling functions, suitable for biosafety laboratories, hospitals, ports and other scenarios.

-Application case: It has been deployed in densely populated places such as airports and subway stations, providing 24/7 biosecurity protection.

2. Integrated system for automatic collection and monitoring of harmful biological factors

-Technical highlight: Fully automated process (monitoring → alarm → sampling → detection), nucleic acid testing can be completed within 20 minutes, solving the problem of nano level virus aerosol detection.

-Application scenarios: scenarios that require rapid response, such as major event support.

3. AeroNBC Integrated Monitoring System for Biochemical Harmful Factors

-Dual monitoring: simultaneous detection of biological aerosols and chemical harmful gases, with real-time display of specific types of chemical factors, and on-site screening or testing support for biological factors.

-Applicable fields: Chemical industrial parks, emergency command centers, and other mixed hazardous environments.

The main application areas of the online monitoring system for harmful biological factors are:

1. Public Health and Medical Health

-Medical institutions: Monitor microbial contamination in operating rooms, wards, and other areas to prevent nosocomial infections.

-CDC: Track the transmission path of infectious diseases and assist in epidemiological investigations.

2. Public safety

-Ports and transportation hubs: prevent cross-border transmission of infectious diseases and intercept attacks.

-Major event security: real-time biosafety monitoring of sports events and conference venues.

3. Industrial production and scientific research facilities

-Biosafety Laboratory: Prevent the leakage of pathogenic microorganisms and ensure the safety of laboratory personnel.

-Pharmaceutical factories and clean workshops: Control the microbial content in the air to ensure product quality.

4. Environmental monitoring and emergency response

-Public health emergencies: quickly locate pollution sources, guide evacuation and disinfection and sterilization measures.

-Ecological research: tracking the diffusion patterns of specific microorganisms in the environment.