High precision greenhouse gas monitoring

The emission of greenhouse gases leading to global climate change has become a widely concerned issue in the international community in recent years. In order to actively address climate change, China has not only introduced a series of relevant measures and standards, but also proposed to peak carbon emissions before 2030 and strive to achieve carbon neutrality before 2060. At the same time, advocating energy conservation and emission reduction, developing clean energy, and promoting sustainable development of society.

IIIntroduction to Greenhouse Gas Online Monitoring System Products

ZYGHG201high precisionGreenhouse gas monitoring systemIt is a multi-component greenhouse gas online monitoring system, also known as the 'carbon emission monitoring system', developed and produced by Hebei Ziyue based on years of environmental monitoring experience, specifically for carbon peak and carbon neutrality regulatory emission enterprises.

System features:

High precision: capable of achieving measurement accuracy at the ppb (parts per billion) level, suitable for scientific research and environmental monitoring.

High stability: Advanced calibration and compensation techniques are used to ensure long-term stability and reliability during operation.

Real time monitoring: Supports 24-hour uninterrupted monitoring and real-time acquisition of greenhouse gas concentration data.

Multi parameter monitoring: In addition to greenhouse gases, it can also simultaneously monitor meteorological parameters such as temperature, humidity, and air pressure, providing comprehensive environmental data.

Data processing and analysis: Built in high-performance data processing unit, supports data storage, analysis, and remote transmission, making it convenient for users to manage and analyze data.

Application areas:

Climate change research: used to monitor changes in the concentration of greenhouse gases in the atmosphere, providing basic data for climate change research.

Environmental protection: used to monitor the impact of industrial emissions, agricultural activities, etc. on greenhouse gas concentrations, providing scientific basis for environmental protection and emission reduction policies.

Urban environmental monitoring: used to monitor the concentration of greenhouse gases in the urban atmosphere and assess the impact of urbanization on the environment.

Agricultural and forestry research: used to monitor greenhouse gas emissions and absorption in ecosystems such as farmland and forests, providing reference for agricultural and forestry management.

Technical advantages:

High sensitivity: capable of detecting trace gases, suitable for various complex environments.

Low maintenance cost: adopting a maintenance free design to reduce users' maintenance workload and costs.

Intelligent: It supports remote monitoring and management, and users can view monitoring data and system status in real time through the Internet.

Modular design: supports flexible combinations of multiple sensors and modules to meet the needs of different users.

IIIThe main components of greenhouse gases

According to the General Principles for Accounting and Reporting of Greenhouse Gas Emissions from Industrial Enterprises GB/T 32150-2015 and the Kyoto Protocol adopted by the United Nations, the main components of greenhouse gases are identified as carbon dioxide, methane, sulfur hexafluoride, nitrogen trifluoride, fluorocarbons, and other gases.

4high precisionGreenhouse gas monitoring systemcompose

Light decay signal

Technical Principle

internal structure

5、 Technical parameters