Ultra-Dry Air Without Over-Treating
Semiconductor fabs and electronics assembly need ultra-clean, ultra-dry air, often below minus 40 F pressure dew point, where trace contamination costs yield. The line between adequate and over-treated is exactly where the energy decision lives.
Protects yield
Dew-point excursions risking product yield get caught with continuous logging, not a one-day snapshot.
Treats to the real spec
Over-treatment adds energy cost without improving quality. I trend air quality against the actual process requirement so the treatment train is sized to it.
Finds cleanroom leaks
Small leaks in cleanroom ceiling plenums are hard to locate acoustically. I survey them and link air-quality events to scrap-rate trends.
100 to 800 HP with high-purity treatment trains
- Dew-point excursions risking product yield
- Over-treatment adding energy cost without improving quality
- Small leaks in cleanroom ceiling plenums hard to locate acoustically
- No trending data linking air quality events to scrap rate
How I find and fund the savings here.
ISO 8573 Air Quality Testing
Verified air purity assessment to the ISO 8573 class your process requires.
PeakOS Monitoring
High-frequency logged data for proactive, real-demand system management.
Leak Detection
Ultrasonic survey of the distribution network, tagged and quantified in CFM and dollars per year.
System Performance Assessment
Comprehensive data logging from generation to point-of-use to find the true cost of production.
Talk to an independent specialist.
No gatekeepers, no sales layer. You reach the person who performs the audit, reads the data, and signs the findings.