Even the smallest industrial operations can release different types of dangerous air pollutants. While all factories should implement ways to treat these emissions before they enter the atmosphere, it’s also important to choose the right machinery.
The best way to choose the best air pollution abatement systems is to understand the emissions your factory generates. In this article, we’ll go over the common types of air pollutants that most factories generate and discuss the impact they may cause.
The impact of pollution
Factories can generate solid waste, liquid residues, and airborne pollutants. All of these are very dangerous and must be handled with extreme care. However, air pollution poses a bigger threat because gas can’t be confined to a quarantined area.
Not only this, but air pollution can harm the environment and general healthcare for people living close to the premises.
The environment
Air pollution can contribute to the creation of smog. At the same time, excessive amounts of untreated gas emissions can produce acid rain, ozone depletion, and increase mortality rates in wildlife.
General healthcare
Besides creating a visible cloud in the ozone, air pollution can also cause a number of health complications. These include chronic bronchitis, asthma attacks, and other incidents that require hospitalization.
Types of harmful emissions
There are many types of air pollutants that come as a result of industrial work, but the most common are:
Volatile organic compounds
In simple terms, volatile organic compounds or VOCs are gasses that are emitted by some solids or liquids. There are dozens of different VOCs that come from a number of products. However, factories tend to produce a massive amount which can produce short and long-term adverse effects if released into the atmosphere at once.
Hazardous air pollutants
Also known as HAPs, hazardous air pollutants are emissions suspected of causing cancer and other serious medical conditions. Like VOCs, industrial facilities generate a massive amount of HAPs that may lead to birth defects and adverse environmental effects. It’s extremely important for these operations to implement effective abatement mechanisms to destroy these chemicals.
Particulate matter
Particulate matter, sometimes referred to as PM, is a combination of minute liquid droplets and solid particles that may be invisible to the naked eye. Even when some particles are visible, all PMs are small enough to be inhaled. Needless to say, they can cause a series of negative health effects in both humans and the environment.
Air pollution abatement systems
Engineers work restlessly to develop different VOC, HAP, and PM abatement mechanisms. These are designed to destroy chemicals and physical matter found in emissions before they are released into the atmosphere.
It’s also important to note that these mechanisms can allow factories to meet requirements set by the Environmental Protection Agency or EPA. Also, keep in mind that you have to choose the right machinery in order to effectively destroy each different type of air pollutant. Some of the most effective abatement mechanisms include:
- Regenerative Thermal Oxidizers (RTOs)
- Recuperative Thermal Oxidizers
- Catalytic Oxidizers
- Rotary Concentrator Mechanisms
Identifying reliable manufacturers
In order to get the best equipment, you have to choose the best manufacturers. At The CMM Group, we have years of experience developing effective abatement mechanisms that are suitable for VOCs, HAPs, and other types of pollutants.
Get in touch with us by giving us a call or submitting our online contact form and our engineers will be more than happy to help you!
