Home page

Integrated Monitoring Solutions for fine particulate matter and volatile organic compounds

Scheme Overview

"The PM2.5 and ozone co-control system provided by WAYEAL focuses on three major monitoring areas: fine particulate matter component monitoring, conventional air station monitoring, and volatile organic compound component monitoring. This system enables rapid tracing of pollution status, cause analysis, and measurement-control linkage in the target area, achieving real-time dynamic monitoring of atmospheric pollution across the entire region and process. This supports local governments in scientifically formulating policies to effectively control PM2.5 and ozone pollution."

Download the solution

Strength of Solution

Comprehensive understanding of pollutant characteristics

Accurate analysis of the chemical composition of PM2.5, including elemental carbon, organic carbon, and other components. Qualitative and quantitative analysis of various components of VOCs, such as alkanes, alkenes, aromatic hydrocarbons, aldehydes, ketones, and other types of volatile organic compounds, focusing on their concentration levels and variation patterns.

Source contribution analysis

Utilizing monitoring data and methods such as receptor models and source apportionment techniques to identify the main emission sources of PM2.5 and VOCs, distinguishing between natural and anthropogenic sources, as well as the proportions of different categories within anthropogenic sources, including industrial sources, vehicle exhaust, and domestic sources. Understanding the contributions of different sources to the generation of PM2.5 and VOCs, as well as their mutual transformation processes, to provide direction for targeted management.

Assessment of environmental impact and trends

Combining meteorological conditions and other factors to assess the impact of PM2.5 and VOCs, along with their synergistic effects, on regional air quality (such as the proportion of days with good air quality and the number of heavily polluted days). Through long-term monitoring, analyzing the trends in concentration changes, providing timely warnings of potential air pollution risks, and assisting environmental management departments in taking proactive measures.

Composition of the Solution

As air pollution issues receive increasing attention, fine particulate matter (PM2.5) and volatile organic compounds (VOCs) are key pollutants affecting air quality and the atmospheric environment, making their co-monitoring of significant importance. PM2.5 can directly enter the human respiratory tract and poses numerous health risks. VOCs not only possess certain toxicity, but are also important precursors for the formation of ozone and secondary fine particulate matter. By co-monitoring the components of both, we can gain a more comprehensive understanding of the generation mechanisms and source contributions of atmospheric compound pollution, providing a scientific basis for accurately formulating air pollution prevention and control strategies.

Application in the Industry

Construction and service of Environmental management department in Wuxi

Environmental management department in Xiangyang

Atmospheric control services at a monitoring station in Urumqi