Air pollution is a major global concern, especially in underserved and minority communities. However, the live data and alert systems built into real-time air quality monitoring systems are inspiring change for communities.
Air pollution is a global concern, with nearly 90% of the world's population being exposed to air contaminated by dust, smoke, fumes, and other pollutants. However, we are often unaware that we are breathing polluted air until it's too late, and the associated side effects begin to manifest.
To protect our health and the environment, it’s necessary to measure air quality using real-time air quality monitoring systems. Doing so gives us deep and accurate insights about existing air pollutants and informs decision-making to ensure we take the proper steps to enjoy the cleanest air possible.
Real-time air quality monitoring systems are outfitted with sensors capable of detecting specific pollutants in the air like carbon monoxide, nitrous oxide, sulfur dioxides, carbon dioxide, and the level of dust particles. Data from the sensors is automatically transmitted to a central management dashboard in real time for collection and reporting purposes. There, it is analyzed to understand the causes and fluctuations in air pollution. Unlike other types of air monitoring solutions, real-time systems offer more accurate and reliable data since they produce high-resolution measurements within a short period, offering more up-to-date data.
Using real-time air quality monitoring systems enables you to accurately identify patterns and causes of air pollution in a given area. In addition, the live data and alert systems built into the systems ensure that you can promptly respond to alarming pollution levels and mitigate the issue before it negatively impacts people or the environment.
In 1963, The Clean Air Act was introduced as the first federal legislation regarding air pollution control. However, essential and significant amendments were added to it in 1970 and 1990. The landmark Clean Air Act is a comprehensive law aimed at reducing ambient and source-specific air pollution. This has helped the country avoid up to 370,000 premature deaths annually and significantly reduced air pollution levels for over a half-century, especially that of hazardous soot.
Air quality monitoring is a vital tool for helping us understand the dangers of air pollution, and the Clean Air Act serves as the key driver for all air pollution control policies in the US. The Clean Air Act put the National Ambient Air Quality Standards in place and determines how much pollution can be allowed by different industries in different regions. In addition, states are required to monitor the air quality, and the data obtained is used to:
In addition, the Clean Air Act also helped the US develop plans to achieve the set standards. There is an interactive 'air data' map that you can use to view the air quality throughout the US, but it still has some significant drawbacks, like the need for up-to-date information on air quality and limited air monitoring stations.
Real-time air quality monitoring systems have two main elements: air quality sensors and software. The two elements are integrated to automate data collection and reporting so that experts can concentrate on interpreting and analyzing the findings to improve air quality. To get continuous monitoring reports, wireless sensors are placed at the locations you want to monitor for air quality. All data the sensors collect is transmitted to a gateway that forwards it to a cloud database. The information can then be accessed or shared through a mobile or web-based app. The information picked up by the sensors will vary depending on the type of sensor. For example, some sensors can pick up on just one type of pollutant, while others can pick up multiple pollutants. These systems may also include an alert feature that issues notifications when threshold values of different contaminants are reached.
The data obtained from continuous air quality monitoring is used in different ways to help control and eliminate the dangers associated with air pollution. For example, many communities can benefit from real-time air quality monitoring in the following ways:
According to WHO, 94% of deaths linked to air pollution occur in low and middle-income areas. This is because these areas often lack air pollution monitoring programs, making it hard to tell if the laws put in place are combating air pollution equally across cities. In addition to the less stringent air pollution regulations in these areas, oftentime there are more vehicles in these neighborhoods, a high use of inefficient household fuel, and a disproportionate presence of industrial plants and transport corridors; these are all contributors to increased air pollution.
Many underserved communities lacking proper air quality monitoring programs are often near sources of pollution, like power plants and factories. They may also have a higher concentration of vulnerable populations such as children, the elderly, and low-income individuals. Advocating for changes that can improve the air quality in communities that are not necessarily regulatory can significantly impact air quality. By simply providing the correct information, people can be more motivated to take actions that will help reduce air pollution and create a healthier and safer environment.
Air pollution is a significant factor affecting the quality of life as it poses a risk to human health and the environment. It is, therefore, essential to implement programs that constantly check the pollution level in the air to know when the levels have exceeded the permissible limit. JustAir helps raise awareness about the risks of air pollution and provides communities with the tools and knowledge to help keep their air clean. By partnering with us, you will learn about the sensors and monitoring networks that collect air quality data for the public and access information on air quality and health disparities within your community.