In industrial rotary screw air compressors, oil-injected compression generates a fine aerosol mist within the discharged compressed air. To prevent downstream contamination of pneumatic tools, the system routes the air-oil mixture through a multi-stage coalescing separator. Inside this vessel, microscopic lubricant droplets collide with porous borosilicate glass fibers, merging into heavier fluid streams that collect at the bottom of the housing. A dedicated scavenge line continuously draws this gathered oil back into the primary lubrication circuit, preventing excessive oil carryover while maintaining steady internal fluid reserves.
According to the passage, how does the coalescing separator remove oil mist from the air stream?
- AA dedicated scavenge line collides with porous borosilicate glass fibers to lubricate pneumatic tools.
- Tiny airborne lubricant particles impact fibrous media and consolidate into larger liquid flows.Cevap
- CExcessive oil carryover forces the internal fluid reserves to atomize into heavier fluid streams.
- DHigh-temperature heating elements vaporize aerosol particles before discharging air to tools.
Cevap
Tiny airborne lubricant particles impact fibrous media and consolidate into larger liquid flows.
The text explicitly states that microscopic lubricant droplets strike porous glass fibers and merge into heavier fluid streams. The statement that tiny airborne lubricant particles impact fibrous media and consolidate into larger liquid flows accurately restates this specific detail using synonymous vocabulary and modified sentence structure.
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