Although Activated Alumina is more known for its role in water treatment plants, it finds use in other operations as well due to its many tunnels-like pores and large surface area. One of the areas where you can use Activated Alumina is oil filtration systems. The above mentioned most important characteristics of Activated Alumina can be fully utilized in this field.
Any desiccant used in oil filtration systems must have certain properties, which enables it to function in a smooth manner. These include high resistance to thermal shock and abrasion. The desiccant must also not undergo any physical changes like shrinking, swelling, softening or breaking apart when it comes in contact with water.
Activated Alumina desiccant has all these characteristics, so therefore it is best suited for the removal of moisture in oil filtration systems.
If one chooses to use Activated Alumina desiccant in oil filtration systems, there are many other benefits as well. These include uniform ball size, more crushing strength, high adsorption capacity, lower bulk density and low attrition loss. Activated Alumina beads have uniform bead size, which proves to be useful while monitoring the gas flow and adjusting the pressure levels.
The process of using Activated Alumina in removing moisture from oil filtration system works by allowing the transformer oil to move through a chamber filled with Activated Alumina balls. As the oil passes through, the desiccant will absorb all the moisture present in the oil and at the end, only the dry and purified oil will move forward. When the moisture is removed from the oil stream, one can be rest assured that problems like corrosion, ice formation will not take place.
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