How Does Air Pollution Affect Health And What Can An Air Sensor Do to Enhance Your Health?

Related

Top 10 Benefits of Recruitment Software.

Your organisation needs recruitment software to find and engage...

IGTools – Instagram Likes, followers

IGTools Instagram views, likes. Followers, with no password. sifresiz begeni,...

Sniffies Return to the Prowl Sniffies

Sniffies is a location-based networking application specifically designed for...

Front End Vs Back End: What’s the Difference?

If you are someone new to the world of...

Share

How Does Air Pollution Affect Health And What Can An Air Sensor Do to Enhance Your Health?

All over the globe, Ninety out of every hundred people breathe unhealthy air.

Air pollution is currently the most significant environmental risk to premature death. It is responsible for over six million premature deaths every year due to heart attacks, strokes, respiratory illnesses and diabetes. It is more than deaths caused by AIDS and malaria, tuberculosis and HIV. 

The elderly, children and those suffering from chronic diseases and those living in low-income or minority communities are at risk of adverse health outcomes and economic effects, including absence from work or exposure to pollutants in the air.

Studies suggest that long exposure to pollutants may increase the risk of developing emphysema higher than smoking just a few cigarettes every day. Modern research has revealed that air pollution can also affect mental health and work productivity.

To know the best method to create solutions, we must be aware of this invisible threat. What we usually imagine being “air polluting” could be just a small mix of particles, such as these below.

Particulate Matter (PM10, PM2.5)

PM (Particulate Matter) is made by airborne particles such as dust, soot and liquid droplets. Most PM in urban areas comes from burning fossil fuels through autos, power plants, and non-road machinery and industrial facilities. Other sources include dust emission from diesel engines and secondary particle production due to gases and vapors.

PM 2.5:

PM 2.5 stands for particulate matter that is smaller than 2.5 micrometers. Such particles are extremely dangerous for seniors as they easily enter their lungs and bloodstream. Consequently, PM 2.5 damages tissues and may cause diabetes, serious respiratory or circulatory conditions. Research suggests that more PM 2.5 exposure could affect children’s brain development.

PM 10:

PM 10 denotes dust particles and particulate matter smaller than 10 micrometers. High contents of PM 10 in the air may result in intense coughing, shortness of breath, or even asthma.

The black carbon (BC)

Black carbon is one of the basic components of particulate matter. It is derived from the burning of fuel (especially wood, diesel, and coal). The majority of air pollution regulations concentrate upon PM 2.5. However, exposure to black carbon poses an extremely dangerous health risk too.

 The populations that are more exposed to charcoal over a long time are at greater chance of having heart attacks or strokes. Furthermore, black carbon is linked to asthma, hypertension and chronic obstructive pulmonary diseases, bronchitis, and several different types of cancer.

Ozone (O 3)

Ozone in the atmosphere can shield us from UV radiation. However, Ozone in the ground (where it forms in the form of what is known as “smog”) is well-known as an irritant to the respiratory tract. However, it is at ground level(where it forms an element of what is known as “smog”) and is well-known as an irritation to the respiratory system. Ozone is created in the atmosphere by reactions that result from the combustion of gaseous organic compounds and nitrogen oxides. Both occur as a consequence of the combustion from fossil fuels.

Ozone exposure for short durations causes chest discomfort, coughing and irritation to the throat. Long exposure may cause diminished lung function and chronic obstructive pulmonary diseases. In addition, ozone exposure can aggravate existing lung diseases.

Sulfur dioxide (SO2)

SO 2 is released into the air due to the combustion of fossil fuels containing sulfur. Coal, metal melting and extraction, ship engines, and heavy-duty diesel engines use sulfur-rich fuels to burn.

Sulfur dioxide is a cause of eye irritation which worsens asthma, and increases the susceptibility to respiratory infections and can affect your cardiovascular system. If SO 2 reacts with water, it creates sulfuric acid. It is the principal element in acid rain, a recognized cause of deforestation.

Let’s discuss What’s an air sensor and how can it assist you in getting better health?

Air sensor:

An air sensor is a smart device used to monitor and analyze air quality in a selected location. Such air sensor considers parameters like PM 2.5 and PM 10 that have a massive impact on the air quality.

What are the benefits of using an air sensor device?

Through the use of air sensors, you can examine the air quality and make informed choices that will help ensure the illness of loved family members.

Contrary to what many believe, every one person has a direct impact on the current situation. If you find that the air quality isn’t as good, use public transportation, avoid household tasks that require petrol, and stay at your home when you can. By doing this, you’ll not only help in reducing air pollution but also protect your health.

How can an air sensor improve your health?

Air pollution and smog can cause serious health problems such as asthma, respiratory conditions, strokes, heart attacks, or even cancer. Therefore, using a quality air sensor will allow you to keep an eye on the situation and limit your exposure to harmful substances whenever possible.

Internal Link – Opticalworlds

spot_img
%d bloggers like this: