Atmospheric Environment Smart Management Platform

Ⅰ System Brief

Based on advanced Internet of Things and cloud computing technology, various types of IoT sensing terminals are used in combination to achieve precise monitoring and refined management of air pollution. In order to grasp the changes in urban air quality in a timely and accurate manner, and accurately trace the source of heavy urban pollution regions and sources of pollution emissions, provide technical support, data support, and scientific and effective decision-making support for air pollution prevention and control, promote the transformation of air pollution prevention and control work from human-based to physical-based (technological), and promote the effective improvement of regional environmental quality.

Ⅱ Platform Features

(1) Grid monitoring to support scientific decision-making

Using the Internet of Things, sensors, chemical analysis and other technologies to build a grid monitoring network with full functions, multiple categories and wide coverage, using intelligent algorithms, AI and big data analysis technologies, scientific analysis and early warning of pollutant trends, accurate traceability, and support management Departmental scientific decision-making.

(2) Grid management to help accurate traceability

By integrating the government's urban management functions, innovating the supervision mode, using the information system to support the division, management and maintenance of multi-level grid information, and realizing the dynamic update and unified management of grid information through the grid management system.

(3) Space remote sensing to create an Eye in Urban Sky

Through space remote sensing technology, the continuous monitoring of surface sources of atmospheric aerosols (flying dust), atmospheric boundary layer, cloud height and the temporal and spatial evolution and characteristics of multi-layer cloud structure can be realized, and air pollution problems can be found in a timely and rapid manner, and it has truly become a " Sky Eye system for addressing atmospheric issues.

(4) Combined monitoring to strictly control the pollution from scattered sources

Combined use of oil fume, dust, micro-air stations, fugitive emission stations, motor vehicle remote sensing monitoring stations and other monitoring equipment, to the construction sites, catering enterprises, industrial parks, industrial agglomeration areas, roads, mixing stations, spray booths and other air-related pollution. source for centralized supervision.

Ⅲ Software image

Ⅳ Typical application

Atmospheric environment grid monitoring and decision-making platform
Environmental grid monitoring system Dust and noise online monitoring platform Urban Sky Eye System
Online monitoring system for catering oil fume
automatic monitoring platform for ambient air quality