Air Blower Applications And Industrial Applications

Learn about the diverse applications of air blowers in sectors such as wastewater treatment, aquaculture, cement plants, flue gas desulfurization, and more.

There are numerous applications for air blowers in industrial operations that require compressed air with a relatively low working pressure of 0.3 to 4 bar. We call this range low pressure.

Low pressure blower and compressor technologies are employed in a wide range of applications in the Middle East. Low pressure technology is employed in pneumatic conveying operations in cement factories, clarifier aeration in sewage plants, bubble curtains in fish farms, and so on. Let's look at how air blowers are used in many sectors for important procedures.

Various industrial applications and uses for air blowers

Treatment of waste water

Plants in the wastewater treatment sector use aerobic biological processes to consume waste by-products. In other words, millions of bacteria consume organic waste, converting it to carbon dioxide, nitrogen gas, and water. Large volumes of air are blasted into aeration tanks because germs require oxygen. This process necessitates the constant functioning of air blowers as well as a consistent, clean, oil-free flow of air.

Aquaculture

The aquaculture business frequently uses air blower applications that demand compressed air or oxygen, whether it's to help ensure water quality, establish an efficient feeding system, create a protective bubble curtain, or move living organisms from one location to another. Many procedures in the cultivation of freshwater or saltwater populations of creatures like fish, crustaceans, and mollusks rely on the delivery of Class 0-certified clean, oil-free air or, in the event of dense populations, oxygen generators.

Cement manufacturing plants

Blower technology is used in the moving, mixing, heating, and chilling operations of cement making [link to cement industry website]. Many processes, from pneumatic conveying and combustion air to cooling air and aeration, would be impossible to carry out without low-pressure equipment.

Desulfurization of flue gases

Low pressure blowers are used to remove sulfur dioxide from exhaust flue gases in coal-fired plants where the combustion of fossil fuels results in the emission of sulfur dioxide. The resulting flue gas desulfurization process contributes to meeting government emission reduction targets. Because coal-fired power plants must be operational 24 hours a day, seven days a week, they employ air blowers that can produce the appropriate amount of air based on demand with nearly no downtime.

Food and drink

Low-pressure, oil-free blowers are essential in the food and beverage industries. Meat processing, poultry, dairy product manufacture, preserved fruits and vegetables, as well as brewing and beverage processes, are the key subsegments that employ low-pressure air for a variety of applications in this industry. In this industry, pneumatic conveying in both vacuum and pressure is the major application of low-pressure air. Many food firms utilize air blowers to operate standalone wastewater treatment plants to cleanse process or sewage water and treat organic waste.

Textiles that are not woven

Oil-free air solutions for the textile industry are used in applications such as adjusting flow to influence fiber characteristics, aerating water used during textile production that must be treated before it can be returned to nature, pneumatic transport of fabrics, and PET chips.

The refining of petroleum

These air blower machines serve an important part in petroleum refining, which is the process of transforming crude oil into useful products such as gasoline, kerosene, jet fuel, and diesel oil. Sulfur recovery and thermal incineration/oxidation are two major processes in petroleum refining that are powered by low pressure blowers.

Dilute phase pneumatic conveying

Dilute phase pneumatic conveying is used in many manufacturing processes to transfer dry bulk materials such as powders, granular forms, chips, and pellets. A consistent supply of low-pressure, oil-free air is required to keep the process going properly. Furthermore, because employees work nearby in industrial plants that use pneumatic conveying, low noise and low vibration blowers are required for worker safety.

Energy consumption accounts for up to 80% of a blower's overall cost, therefore conserving energy is critical when it comes to industrial air blower applications. There are four types of low-pressure blower technologies available to industrial plant operators: lobe, screw, centrifugal, and multistage. Choosing the proper air blower technology for your applications helps ensure the dependability and performance of your equipment, allowing you to keep your production running continuously. Speak with our expert for air blower selection guidance!