Vacuum dehydrators use heat and vacuum to remove water from industrial oil. .
Vacuum dehydrators are capable of removing water contaminants from oil. Basically, there are 3 phases of water in a standard system. These are free water, emulsified water and dissolved water.
- Free water
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It is the water that is not mixed with oil. You can visually identify it from the oil. Moreover, free water can be removed easily by decanting or pouring the oil gradually from one container to the other. To increase water removal speed, a vacuum dehydration system is needed.
- Emulsified water
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It is the water that has already blended with the oil. Emulsified water will not fall out or separate from oil when it is settled on the bottom. However, vacuum dehydrators can easily remove emulsified water in the oil.
- Dissolved water
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It is the water that has been dissolved into the oil. It is similar to humidity and cannot be identified by human eyes.
After free and emulsified water is eliminated, the vacuum dehydrator focuses on removing dissolved water. In other words, removing dissolved water is a slow process.
Vacuum dehydration oil purification system removes entrained gases such as benzene, methane, propane, etc. from your insulating oil.
Vacuum dehydrators eliminate particles to achieve low particle count in the oil.
Why should you use a Transformer Oil Dehydration Machine?Utilizing a vacuum dehydration oil purification system can provide the following benefits:
- Extends equipment’s performance for long term usage
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ConclusionEliminating water from oil is necessary to ensure the system's proficient performance. To achieve this, a reliable vacuum dehydration oil purification system provides great help. It increases the life span of the oil and machines and minimizes deterioration and degrading which causes machine breakdown.
