Industrial fans are used for the transport, circulation and absorption of air and other gases. They are used for ventilation systems, ventilation ducts, air conditioning and heating systems, industrial furnaces, boilers and other industrial applications in businesses. Industrial fan engineering is the engineering discipline used to design, manufacture and optimize the performance of these fans.
Fan Design

Industrial fan design considers air flow rate, pressure, temperature, humidity and gas composition. These factors are important for the material selection, construction and sizing of the fan. Fans rotate in a peripheral cabinet, usually with a central rotor and blades or propellers. These blades change the direction of the air or gas, increasing the air flow rate and pressure of the fan.
Fan Performance

Fan performance includes factors such as airflow rate, pressure, and efficiency. The efficiency of the fan is the ratio of the energy required for the air flow and pressure produced by the fan. A higher efficiency consumes less energy and provides higher performance with lower operating costs. Optimizing fan performance is achieved by properly sizing the fan, selecting the appropriate material, and installing it properly.
Fan Maintenance

Industrial fans require regular maintenance. This maintenance is important to maintain fan performance and extend fan life. Maintenance operations include cleaning the fan blades, replacing the belts and bearings, and checking the general condition of the fan. Regular maintenance keeps the fan running smoothly for longer and reduces operating costs.