FT-WZ02 Atmospheric Environment Monitoring System: Enabling Grid-Based Precise Air Quality Management

To meet the needs of air pollution prevention and control, environmental protection authorities require more refined and efficient air quality supervision. However, traditional national standard monitoring stations, despite providing high data accuracy, face limitations such as high construction costs, large land occupancy, and fixed locations, making it difficult to achieve high-density, flexible grid-based monitoring requirements.

The FT-WZ02 Atmospheric Environment Monitoring System is an environmental protection device developed in response to the policy and technological trends of grid-based precise air pollution monitoring. Through distributed deployment, it establishes a high-density monitoring network, providing real-time data to support environmental planning, pollution assessment, and rapid decision-making for environmental departments.

The FT-WZ02 is designed for continuous and automatic monitoring of various air pollutants. Its standard configuration simultaneously monitors the "four gases and two dusts," namely carbon monoxide (CO), sulfur dioxide (SO₂), nitrogen dioxide (NO₂), ozone (O₃), as well as particulate matter (PM2.5 and PM10). Additional modules can be installed based on user requirements, such as the five meteorological parameters (temperature, humidity, wind speed, wind direction, and atmospheric pressure), as well as noise and total volatile organic compounds (TVOC) monitoring modules.

The system integrates data collection, storage, transmission, and management, enabling unattended, round-the-clock operation. It employs pump-suction sampling and is equipped with high-precision imported sensors, achieving a detection limit as low as the ppb level, ensuring data sensitivity and accuracy. The built-in data processing unit uploads data to the cloud platform in real time and supports local data export via a USB drive.

The device supports both mains electricity and solar hybrid power supply modes, addressing power supply challenges in remote areas or locations without fixed power sources. Its modular design allows sensors to be individually plugged, unplugged, calibrated, and replaced, reducing long-term maintenance difficulty and costs. Additionally, 4G wireless data transmission, along with remote diagnostics, calibration, and software upgrade capabilities, significantly enhances operational efficiency.

The monitoring data can be integrated with environmental data cloud platforms at various government levels. Furthermore, through the manufacturer's self-developed big data analysis platform, the data can be visualized, statistically analyzed, and used for remote alerts, enabling effective utilization and value extraction of the monitoring data.