Air Quality and Air Treatment in Compressed Air Systems
When planning, designing, and installing a compressed air system it is important to not only focus on the compressors and air storage but also consider compressed air treatment components such as dryers, filters, drain traps, etc. The impact of air quality on your work flow and performance is huge. Compressed air contaminants—including water, oil, dirt, dust—can cause many problems including poor finish quality, product rejects/rework, and increased materials costs as well as increased equipment wear and maintenance costs.
In this paper, we discuss compressed air quality and how it impacts operating costs and production. We also outline information about designing a compressed air system for maximum effectiveness while minimizing costs. We will also discuss energy benefits where it applies.
KEY TAKEAWAYS
- Compressed air quality is mission critical in manufacturing, but a great deal of compressed air is wasted.
- Effective compressed air systems help manufacturers achieve good air quality.
- Adhering to misconceptions about air quality can increase costs without providing benefits.
- In an effective compressed air system, air treatment components work together.
- Best-practice tips can help compressed air systems operate more effectively.
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