Fujian Micro Air Monitoring Station Six Parameter Micro Monitoring Station Atmospheric Environment Micro Air Station
Fujian Micro Air Monitoring Station Six Parameter Micro Monitoring Station Atmospheric Environment Micro Air Station

Fujian Micro Air Monitoring Station Six Parameter Micro Monitoring Station Atmospheric Environment Micro Air Station

Category:

Environmental Protection/Environmental testing instruments/Environmental detection online system

Model:

BYQL-AQMS

Brand:

Biye Qianli

Item Number:

BYQL

Whether to process customization:

yes

model:

BYQL-AQMS

measurement range:

0-1000

measurement accuracy:

±20%

Place of Origin:

Shenzhen

Scope of Application:

Digital urban management, smart cities, construction sites, garbage dumps, demolition sites, docks, industrial parks, communities, road dust environments, scientific research institutions, and industries in various regions

type:

Vertical pole type

Is it a cross-border source of goods:

No

manufacturer:

Shenzhen Biye Qianli Technology Co., Ltd

Retail Price

15,800.00USD


重量

kg

  • Product Description
  • Item Number

    BYQL

    Whether to process customization

    yes

    model

    BYQL-AQMS

    measurement range

    0-1000

    measurement accuracy

    ±20%

    Place of Origin

    Shenzhen

    Scope of Application

    Digital urban management, smart cities, construction sites, garbage dumps, demolition sites, docks, industrial parks, communities, road dust environments, scientific research institutions, and industries in various regions

    type

    Vertical pole type

    Is it a cross-border source of goods

    No

    manufacturer

    Shenzhen Biye Qianli Technology Co., Ltd

    Description :

      A micro environmental monitoring station is an environmental monitoring system that integrates data collection, storage, transmission, and management. It can monitor the environment 24/7, continuously, and automatically. Based on the provision of six parameter data including PM10, PM2.5, SO2, NO2, CO, O3, etc., it can expand the monitoring of various characteristic pollutants such as VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOCs, VOC. Real time statistics of monitoring equipment data from various factory areas and monitoring points, and analysis and speculation of the overall emission situation in the area based on the environmental conditions and pollution situation of each monitoring point, to achieve overall monitoring of hotspot emission areas, calculation of pollutant diffusion trends, and analysis of emission sources; At the same time, by integrating, sharing, and developing technologies such as the Internet of Things, intelligent collection systems, geographic information systems, and dynamic chart systems, a standardized, refined, information-based, and intelligent regional environmental online monitoring platform will be established to achieve comprehensive management of controlling unorganized emissions from pollution sources, reducing atmospheric pollution, and providing reliable data information and scientific auxiliary management decisions for formulating energy-saving and emission reduction plans; Provide detailed data and scientific basis for * *'s environmental decision-making, environmental management, and pollution * * *.

      Features of the equipment

      1. The instrument uses various sensors such as electrochemical and optical sensors, with low detection limits, accurate output, and high time resolution. In addition, the sensors are small in size, low in cost, and easy to install, making them suitable for grid and dense distribution.

      2. According to customer needs, monitoring factors can be freely expanded and combined; Modular design for detecting gaseous pollutants and particulate matter, easy to maintain; Real time synchronized acquisition of PM10 and PM2.5 concentrations.

      3. GIS maps of monitoring points are displayed online, automatically capturing station location information and updating the monitoring network in real-time. By setting up an air pollution transmission channel monitoring network, the contribution rate of local and surrounding pollution sources to the transportation of urban pollution can be evaluated online.

      4. Real time viewing of site data, dynamic image display, equipment can be equipped with high-definition network cameras, and panoramic real-time monitoring of nearby road and factory areas can be achieved through IP address, Bluetooth, GPRS query.

      5. Trace and analyze the sources of pollutants, grasp the emission patterns, and control key areas and locations. Continuous online monitoring of key polluted areas and points, rapid capture of abnormal emissions, timely regulation, effective control of key industrial pollution, providing timely basis for environmental and decision-making, and thus improving the quality of urban atmospheric environment.

      6. Based on pollution monitoring and meteorological monitoring, grasp the entire process of the generation, diffusion, dissipation, and termination of heavy pollution, issue pollutant concentration warnings, predict environmental quality trends, and help managers adopt more scientific disposal methods to reduce the impact on residents' lives and economic development.

      7. The device can be equipped with solar panels for power supply at the same time, avoiding use in situations where there is no municipal power supply road or unstable electricity. It can intelligently switch working modes to ensure the use of the device.

    AfterSalesService :

    Key words:
    • Micro air monitoring station