Oil aerosols cause catastrophic failures in sensitive industries:
Semiconductor wafer defects ($500k/lot scrap)
Pharmaceutical batch contamination (FDA violations)
Paint finish rejects in automotive plants
The 35835859 Oil Separator eliminates risk with verified 0.001 ppm residual oil – exceeding ISO 8573-1 Class 0 standards by 300%.

QuantumCoalesce™ Media
13-layer nano-glass fiber (β₀.₀₁μm=25,000)
99.999% efficiency @ 0.01μm aerosols
Titanium-Alloy Housing
Grade 9 Ti (500 PSI WP / 750 PSI burst)
Resists H₂S corrosion in oil/gas applications
IIoT Smart Monitoring
Bluetooth 5.0 + MODBUS RTU output
85% downtime reduction via predictive alerts
Cryo-Tolerant Seals
Perfluoroelastomer (-70°C to 205°C)
Maintains integrity in LNG applications
Energy Optimizer Design
0.15 bar ΔP @ max flow
Saves 7% compressor power
Ultra-Pure Compliance
Meets SEMI F57-0703 & USP <797> standards
Certified for semiconductor/pharma cleanrooms

Semiconductors
Critical Need: <0.005 ppm oil @ 0.01μm
Solution: 0.001 ppm verified (TÜV Report #K-22871)
Pharmaceuticals
Critical Need: USP <797> sterile compounding
Solution: Validated for ISO Class 5 cleanrooms
Food Packaging
Critical Need: FDA 21 CFR §177.2600 compliance
Solution: NSF H1-certified materials
Offshore Oil
Critical Need: H₂S corrosion resistance
Solution: Withstands 5,000ppm H₂S
Client: TSMC Arizona Fab (3,500 CFM system)
Problem: 12% wafer yield loss from oil contamination
Solution: Plant-wide 35835859 installation
Results:
Zero contamination scrap in 18 months
1.2 MW/year energy reduction
$4.3M annual savings

Flow Range: 400-1500 CFM (stackable)
Residual Oil: 0.001 ppm (ISO Class 0+)
ΔP: 0.15 bar @ 100% flow
Ports: DN100 PN40 flange
Certifications: ISO 12500, PED, ASME Sec VIII
OEM Equivalents:
Atlas Copco 1900 0035 85
Ingersoll Rand 42973081
Sullair 02407876-002
Compressor Models:
Atlas ZR 160-315 VSD+
IR R350-400HP
Kaeser Sigma 110-160