Plant-Scale Air for Assembly and Paint
Automotive assembly, stamping, and paint consume air at scale. Paint booths need oil-free supply, body shops demand high-volume blow-off, and robotic lines need pressure that holds through every shift-change spike.
Stable through the spike
Pressure instability during shift-change demand swings is where part quality and actuator reliability slip. I meter the swing and fix the sequencing across zones.
Leaks at body-in-white scale
Weld-cell leak proliferation across a large footprint adds up fast. A full ultrasonic survey tags and quantifies it in CFM and dollars per year.
Sequencing across zones
Mismatched compressor sequencing across production zones drives specific power up. I align the controls to the measured load.
500 to 5,000+ HP across multiple compressor rooms
- Pressure instability during shift-change demand spikes
- Leak proliferation in body-in-white weld cells
- Mismatched compressor sequencing across production zones
- High specific power from running centrifugal machines below surge
How I find and fund the savings here.
Energy Assessment
A full metered baseline of compressor kW versus CFM across a real duty cycle, with savings ranked by payback.
Leak Detection
Ultrasonic survey of the distribution network, tagged and quantified in CFM and dollars per year.
Controls and Piping Optimization
Header and drop-line redesign to cut friction loss and stabilize pressure across zones.
Utility Incentive Support
Measured, documented savings packaged to qualify for local utility incentive programs.
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.