High-Capacity Compressed Air for Harsh Mining Environments
Engineering 1,000-5,000+ HP systems that defy altitude derating. I solve the extreme reliability requirements of the Mountain West's largest ore processing facilities.
High-altitude capacity loss
At 6,000+ feet, standard compressor ratings fail. I calibrate systems specifically for reduced atmospheric density to maintain required discharge pressures.
High-HP reliability
Large-scale systems demand specialized lifecycle maintenance. I focus on mean time between failures for 2,500+ HP centrifugal units.
Ore processing air demand
Flotation and smelting processes have highly variable demand profiles. I engineer staging logic based on measured mill load profiles.
1,000 to 5,000+ HP, frequently at high elevation
- Altitude derating that nameplate data ignores
- Centrifugal staging running below surge at part load
- Abrasive, high-dust environments accelerating leak rates
- A few high-pressure loads oversizing the entire plant
How I find and fund the savings here.
System Performance Assessment
A comprehensive audit of your air grid, from generation to point-of-use, accounting for high-altitude variables.
Leak Detection
Ultrasonic identification of CFM loss. In mining, 30% of energy is often lost to unseen leaks in complex piping networks.
Lifecycle Cost Analysis
Beyond initial CAPEX: the 10-year total cost of ownership including power, maintenance, and downtime risk.
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.