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INGERSOLL-RAND Oil Water Separator
Ingersoll Rand oil water separators are used in industrial settings by efficiently removing oil and other contaminants from condensate water, ensuring compliance with environmental regulations. They prevent the discharge of oil-laden water into wastewater systems for environmental sustainabilit...y.Read more
A
BWorking Mechanism
- The contaminated condensate from compressed air systems enters the separator.
- The initial phase involves a primary filtration stage that captures larger oil and solid particles.
- In the coalescing stage, smaller oil droplets are brought together into larger masses. This is achieved through specialised coalescing filter elements that encourage the coalescence of fine oil particles.
- The coalesced oil, now in larger droplets, separates from the water due to gravity. The separated oil rises to the top of the separator.
- The separated oil is collected at the top of the separator, forming a distinct layer. An automatic drainage system removes the collected oil from the system, ensuring efficient oil removal.
- The treated water, now free from most oil and contaminants, exits the separator through a clean water outlet for safe disposal.
Features
- These separators feature a condensate type that effectively separates and removes oil from water for environmental compliance.
- They feature NPT outlets for oil and water, with a size of 3/4 inch, ensuring compatibility with standard plumbing connections.
Frequently Asked Questions
What factors should be considered when selecting an Ingersoll Rand oil-water separator for a specific compressed air system?
- Compressor size
- Condensate flow rates
- Environmental conditions
What is the maximum operating temperature of Ingersoll Rand oil water separators?
These separators can be operated up to 90 degrees F.
What is the maximum flow rate of these Ingersoll Rand oil water separators?
They offer a maximum flow rate of 175 cfm.
Are there specific considerations for the installation of Ingersoll Rand oil-water separators?
Proper installation involves securing the separator in a level position, ensuring proper drainage and providing adequate space for maintenance.
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