As reported by ThomasNet in their article “What Is the Importance of Industrial Filtration?”, industrial filtration is essential for protecting equipment and maintaining the integrity of processes. Filtration removes abrasive particles in air or fluids that can wear down machinery. These particles, if not filtered out, become “work-hardened” and cause additional wear on equipment.

Water contamination in oil is another critical issue addressed by industrial filtration. Contaminated oil can lead to fluid breakdown, metal surface fatigue, reduced lubricating film thickness, component corrosion, and loss of dielectric strength in insulations. Common causes of water contamination include heat exchanger leaks, inadequate reservoir covers, seal leaks, and condensation of humid air.

Additionally, dissolved air and gases in oils can cause foaming, elevated fluid temperatures, erratic system response, pump damage due to cavitation, and accelerated oxidation. Effective industrial filtration systems are vital in capturing these pollutants to ensure product integrity, safety, and equipment protection, ultimately maximizing uptime in manufacturing environments.

Understanding the types of industrial filtration processes is crucial for selecting the right system:

1. Membrane Filtration: Utilized in food and beverage production, this process separates liquids using a membrane system. Types include microfiltration, ultrafiltration, nanofiltration, and reverse osmosis.
2. Centrifugal Filtration: This method uses rotational movement to separate high-density solids or liquids from low-density fluids without preparing a filter medium.
3. Gravity Filtration: Suspended solids are removed from liquids as they flow from a higher to a lower level at atmospheric pressure.
4. Vacuum Filtration: Suspended dust particles are removed from atmospheric air through suction at a static pressure level.

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Article with all rights reserved, courtesy of thomasnet.com