ZYA-300 Miniature Environmental Air Quality Monitoring System

NegotiableUpdate on 03/15

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Product Series: Air Quality Monitoring System Product Introduction: The system adopts the latest high-precision electrochemical and optical technology principles, and has the characteristics of fast response speed, strong reliability, low maintenance cost, and long service life.

Product Details

1、 Product Overview

ZYA-300 Miniature Environmental Air Quality Monitoring SystemAutomated monitoring of air quality can be achieved, providing scientific monitoring data support for the location, diffusion trend, and regional impact of pollution sources. Real time monitoring and data collection and transmission of common factors in the atmospheric environment (CO, SO2, NO2, O3, TVOC, PM2.5, PM10, temperature, humidity, wind speed, wind direction, air pressure, etc.) to provide effective data for grid construction.

The system adopts the current high-precision electrochemical and optical technology principles, which have the characteristics of fast response speed, strong reliability, low maintenance cost, and long service life.

2、 Application scope

Industrial parks, urban environmental monitoring, municipal environmental monitoring, mobile environmental monitoring, traffic pollution environmental monitoring, residential areas, schools, hospitals, parks, and forest environmental monitoring, etc.

3、 Technical specifications

4Product Features

Imported sensors are selected to achieve automatic monitoring of multiple parameters, and anti-interference design is adopted between parameters;

• Can build a regional high-resolution monitoring network to achieve precise management of regional atmospheric environment;

Combining GIS technology and GPS positioning function to visually display the location of key polluted areas;

The monitoring terminal has a small size, which is convenient for transportation and installation, and supports 4G wireless transmission;

Flexible combination of monitoring factors can be selected according to project requirements;

Solar panels can be selected according to project requirements, with automatic power switching.

5、 Air grid monitoring system

As a leading company in the domestic environmental monitoring industry, Wuhan Zhengyuan Environmental Technology Co., Ltd. has accumulated years of experience in the manufacturing and application of atmospheric environment monitoring instruments and equipment, as well as monitoring in the field of atmospheric environment. In response to the current grid construction of urban atmospheric environment monitoring, the new generation of urban grid atmospheric environment monitoring system has been launched, which can achieve multi-dimensional integrated monitoring and management of urban regional environment. This equipment is mainly used to monitor the concentration of particulate matter such as PM10, TSP, PM2.5 in the atmospheric environment, and can also achieve environmental monitoring, measuring environmental data such as noise, atmospheric pressure, sulfur dioxide, nitrogen dioxide, wind speed, wind direction, temperature and humidity, ozone, carbon monoxide, etc.

Overview of Grid based Atmospheric Environment Monitoring System

An intelligent air quality monitoring micro station is constructed to form a grid based monitoring network - a grid based atmospheric environment monitoring system, and real-time data from various monitoring points is obtained using Internet of Things technology. Based on GIS technology, an air quality map is presented. At the same time, by analyzing and judging monitoring data, services such as air quality warning, analysis of major pollutant sources, pollution source tracing, and air quality reporting can be provided.

2. Topology diagram of grid based atmospheric environment monitoring system

3. Introduction to the Grid based Atmospheric Environment Monitoring System Platform

Users can view monitoring data from monitoring stations at any time through the computer, and promptly grasp information such as data anomalies, indicators exceeding standards, and fault alarms. The software functions include: user and permission management, site management, device management, curve and map display, video management, device linkage control, data statistics and export, etc. The data can be synchronized and uploaded to national regulatory platforms such as the Environmental Protection and Construction Commission to achieve seamless integration of data.

Users can view monitoring data from monitoring stations at any time through their smartphones, and promptly grasp information such as abnormal data, indicators exceeding standards, and fault alarms; Support mobile alarm push function, which can promptly notify relevant management personnel of excessive information for timely processing, meeting the needs of all-weather mobile office.

4. Characteristics of Grid based Atmospheric Environment Monitoring System

·Small size, modular design, flexible grid layout

·High precision, reliable performance, suitable for outdoor and industrial environments

·Realize multi parameter automatic monitoring and design anti-interference technology

·Using global positioning system to track devices in real-time

·Implement various parameter collection, automatically upload to the network platform, and automatically publish data

·Integrated GPRS communication technology, real-time monitoring of atmospheric environment data, real-time transmission of data, real-time monitoring of equipment operation status

5. Application of Grid based Atmospheric Environment Monitoring System

Based on the needs of different environmental enterprises and institutions, using new environmental protection theory research results and information technology, establish an intelligent environmental protection grid online monitoring system data platform. Construction of air quality monitoring stations that can be used for roadside stations; Air quality monitoring in residential areas and parks; Construction sites, industrial parks, office parks, tunnels, coal mines, sewage treatment plants, airports, ports, environmental assessments, and other fields.