Which smog sensor is the best choice?

Smog is a disturbing problem that we hear about more and more often. Appearing in the form of a mixture of air, exhaust fumes and pollution, it creates a kind of unnatural fog.

Unfortunately, unnatural fog is caused by destructive human actions. That is why it is so important to control the air through smog sensors, which can notify us of smog parameters and more.

Types of smog sensors

We can divide smog sensors based on their mobility. And so we can have stationary and portable sensors, as well as indoor and outdoor sensors.

Stationary smog sensors are an excellent choice when the measurement will be conducted in an office space or at home. Stationary sensors are larger than portable sensors. These sensors are very bad at withstanding atmospheric changes.

Portable smog sensors are a great choice if you want to be mobile. Mobile devices are small in size and lightweight, so you can carry it from place to place. Portable smog and air quality sensors have built-in batteries so they can work without any power supply.

Therefore, based on the data we have about how and where the sensors are used will help us make a good decision.

How does the smog sensor work?

The device intakes air through a pump that blows air inside the smog sensor. The sampled air next goes through an inspection and measurement by laser photometer. The data is transmitted to a display and/or app on your phone. There are residential and industrial sensors on the market with different sensitivities to single parameters. The sensors can also not only connect to the phone, but through an Internet connection download, process and collect data.

Smog sensors for industry

Smog sensors in industry are designed to test the air that enters production halls and rooms. Clean air in the production room means not only greater efficiency of the production process by avoiding breakdowns and downtime, but also increased comfort for the people working in the room.

Sensors installed in industrial plants are characterized by greater resistance to mechanical damage and longer life.

What does a smog sensor measure?

Due to human activity, we are increasingly witnessing the phenomenon of smog. In moderate climates, we most often witness "London" smog, which is usually formed from November to even March. But smog is not just about the winter months. In tropical areas, there may be a "Los Angeles" type of smog that develops during the summer months. So it makes no difference what climate zone we are in. Smog accompanies us everywhere. An air sensor that monitors smog measures polluted air that carries toxic and dangerous gases and particles that are dangerous to human life and health. The most common and widely used term for dangerous compounds are PM2.5 and PM10 particulate matter.

PM2.5 is one of the most harmful pollutants with a diameter of less than 2.5 micrometers. Because of its small size it can get directly into our bloodstream. This pollution is responsible for, atherosclerosis, increased asthma, weakening of the lungs, cancers of the lungs, throat and larynx, as well as an increase in diseases of the blood system.

PM10 is a combination of airborne particles that are no larger than 10 micrometers in diameter. It is harmful due to its carcinogenic heavy metal content. PM10 adversely affects the respiratory system by exacerbating coughing, aggravating wheezing problems, worsening the condition of asthma sufferers, and increasing the risk of heart attacks.

In addition to the smog sensor mentioned above and the PM2.5 and PM10 particulate matter, the smog sensor measures:

• Total volatile organic compounds (TVOC) 73% are considered carcinogens.
• Formaldehydes
• Temperature
• Humidity

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