Engineering Focus: Pressure Recovery

Distribution and Piping Design

Correcting undersized headers, eliminating dead legs, and redesigning poor loop configurations to recover lost pressure throughout your compressed air system.

When this helps

Tools that starve at the far end of the plant, or pressure set high to make up for losses in the pipe.

What you receive

A map of where pressure is lost, and a scope for the piping changes that pay back, sized to your real demand.

What the service covers

01

Pressure drop mapping

Granular analysis of every junction, valve, and turn, so you can see exactly where friction robs pressure from your system.

02

Loop and header design

Moving from linear trunks to balanced loops, equalizing pressure across the plant for consistent tool performance.

03

Upgrade specification

A clear scope for the piping changes that pay back, sized to your real demand and point-of-use requirements.

What happens after you ask

  1. You send a short request.

    Your name, work email, company, and a few lines about the system and the problem. Nothing else is needed to start.

  2. I reply directly.

    Expect a direct reply from Peak kW within one business day.

  3. We agree the scope in writing.

    We go through your equipment, shifts, pressure needs and electricity bills. You receive a proposal that sets the measurement boundary, deliverables, fee, site access and schedule before any work begins.

  4. I measure your system.

    My loggers record power, pressure and flow across a representative operating cycle agreed in the scope.

  5. You receive the findings and we review them together.

    A prioritized action list with estimated savings, the assumptions behind every figure, and a proposed way to verify the results.

Before the first call

Next step

Have your facility piping layout (or as-built drawings) and known low-pressure areas ready so we can map pressure drop before scoping the upgrade.

Get Started

Ready to see this measured on your own system?

Every service starts with metered data from your own equipment, not a vendor's spec sheet.

Already have your equipment list to hand? Describe your facility first (optional)