Compressed Air Leak Detection in Fort Wayne
Use this site to request compressed-air leak detection in Fort Wayne, IN when pressure drops, run time climbs, or the energy bill says the system is working too hard. Describe the symptoms, the system, and your city; a third-party provider confirms capability, availability, pricing, and terms directly with you.
Independent service-request website. Calls and forms may be shared with a third-party provider. The provider confirms availability, pricing, and service terms.
Leakage is the quietest cost in a Fort Wayne compressed-air system. Nothing trips and nothing alarms; the compressor simply runs more to hold pressure, and the extra kilowatt-hours land on the utility bill. A leak survey is the decision to find and document that loss instead of paying for it month after month.
The most useful thing you can do is report the pattern. Whether pressure at the point of use is falling, whether the compressor loads more often or runs longer than it used to, whether the system holds pressure at night with no production, and what the energy trend looks like all point toward demand-side loss. That description lets a provider judge scope before anyone drives to the site.
This page covers demand-side investigation: ultrasonic or comparable leak surveys, a tagged leak list you can act on, pressure-drop investigation from discharge to point of use, and findings that connect run time and pressure to energy. Whether a specific facility and system can be surveyed is confirmed by the responding provider for each request.
What this scope covers
- Leak surveys across the distribution system, fittings, drops, hoses, and point-of-use connections
- Tagged leak lists: each finding located and documented so repairs can be prioritized
- Pressure-drop investigation: comparing discharge pressure with point-of-use pressure across the system
- Excess run-time review: whether the compressor loads or runs longer than the production load explains
- Off-shift observation: whether the system holds pressure when no tools are drawing air
- Energy findings: relating measured or estimated loss to sourced cost and utility-program context
When a different page fits better
If the issue is water in the lines rather than lost pressure, the air-treatment train is the better fit: compressed air dryer repair.
If the goal is to keep the equipment side in condition on a schedule so leakage stays low, that is planned service: industrial air compressor maintenance.
If the compressor itself is faulting, tripping, or will not load, that is a machine repair rather than a demand-side survey: rotary screw air compressor repair.
Observable conditions and what to report
| What you observe | What to report on the call | What a qualified provider may investigate |
|---|---|---|
| Pressure at the point of use keeps falling | Discharge pressure versus point-of-use pressure; where the drop shows worst | Distribution pressure drop, restrictions, and leak locations from discharge to use |
| Compressor loads more or runs longer than before | How run time or load frequency has changed; whether production changed | Demand-side loss, leak survey, and whether run time matches the production load |
| System bleeds down at night with no production | How fast pressure falls off-shift; roughly when it started | Off-shift leak survey and where the system loses air with no demand |
| Energy bill climbing without more output | The energy trend if you track it; any pressure setting changes | Excess operating pressure, leakage, and the relationship between pressure and power |
| Many small leaks suspected but not located | Age of the piping and fittings; how many drops and tools | Ultrasonic or comparable survey producing a located, tagged leak list |
What moves the cost
No honest fixed price exists for a leak survey, because scope depends on system size, how much piping and how many drops and connections there are, whether off-shift observation is needed, and how detailed a tagged report you want. What moves the number: facility size, distribution complexity, access, and whether the request is a one-time survey or a recurring program.
The value case is the loss you stop paying for, not the survey line alone. A large system with old piping and many drops holds more findable loss than a small, tight system. The provider quotes after the system and scope are known, this site never does. The sourced figures below are national or statewide reference inputs, not Fort Wayne repair prices.
Verified context
The scale of the opportunity comes from the U.S. Department of Energy compressed-air sourcebook, which reports that leakage can consume 20 to 30 percent of air capacity and power in poorly maintained systems, while a well-maintained system should hold leakage below roughly 5 to 10 percent. This site cites the DOE range as verified context, not as a measurement of any specific system.
Pressure and power are linked. CAGI states that, around typical industrial pressures, each additional 2 psig of excess operating pressure raises compressor power consumption by approximately 1 percent, and that a well-designed system should have no more than a 10 percent pressure drop from compressor discharge to point of use. These CAGI benchmarks are cited as verified technical context to frame a pressure-drop investigation, not as a promise about results.
The Compressed Air Challenge's April 1998 leak fact sheet calculated annual costs of $523 for a 1/16-inch opening, $2,095 for a 1/8-inch opening, and $8,382 for a 1/4-inch opening, using a $0.05/kWh electricity rate and an efficient compressor. The fact sheet does not disclose the exact annual hours, airflow, pressure, or shape factor behind the published numbers. These are input-based national examples, not Fort Wayne repair prices.
Current Indiana energy costs run higher than that 1998 input. The U.S. Energy Information Administration's May 2026 data lists Indiana's statewide industrial-sector average retail electricity price at 9.08 cents per kWh, or 1.82 times the CAC fact sheet's $0.05/kWh electricity-rate input. That means the same leak modeled at the 1998 rate would cost more at current Indiana industrial rates, which is cited here as sourced context rather than a quote.
One documented Indiana project shows what a survey can uncover. Indiana Michigan Power publishes a compressed-air case study for GAST Manufacturing in which a Find & Fix study identified more than 190 leaks, more than 75 percent were reported as immediately repairable, and I&M reports estimated annual savings above 779,000 kWh and $93,500, a four-month project payback, and a $22,500 rebate. This is one documented project, not a promise for another facility.
Incentives may offset qualifying work. For qualifying commercial and industrial customers in I&M's Indiana service territory, the 2026 Prescriptive Incentive Program lists compressed-air projects among eligible categories, while the 2026 Custom Program covers qualifying compressed-air projects not eligible for prescriptive incentives, with Custom projects requiring preapproval before equipment is purchased or installed. For projects subject to the standard Custom payback test, current I&M terms may provide electric incentives of up to $0.07 per first-year kWh saved, cap incentives at 75 percent of project cost under the program's cost rules, require a simple payback greater than one year and no more than eight years, and set a December 15, 2026 completion deadline while program funding is available. These are I&M's program terms; eligibility and preapproval are confirmed with I&M.
CHECKED · JUL 29 2026
What to have ready
- System overview: compressor count and size, rough piping layout, number of drops and tools
- Discharge pressure and point-of-use pressure, and how they compare
- How run time or the energy bill has changed, with any trend you track
- Whether the system bleeds down off-shift and how fast
- Facility address, on-site contact, and access for a survey during or outside production
Common questions
What information helps most for a leak-detection request?
A system overview (compressor size, rough piping, number of drops and tools), how discharge and point-of-use pressure compare, and how run time or the energy bill has changed. Noting whether the system bleeds down off-shift helps a provider judge whether leakage or excess pressure is driving the cost.
How much of my air could be lost to leaks?
The DOE compressed-air sourcebook reports that leakage can consume 20 to 30 percent of air capacity and power in poorly maintained systems, while a well-maintained system should hold leakage below roughly 5 to 10 percent. That is a national range, not a measurement of your system; a survey establishes what your facility actually loses.
What does a leak actually cost in energy?
The Compressed Air Challenge's April 1998 leak fact sheet calculated annual costs of $523 for a 1/16-inch opening, $2,095 for a 1/8-inch opening, and $8,382 for a 1/4-inch opening, using a $0.05/kWh rate and an efficient compressor. The fact sheet does not disclose the exact operating hours, airflow, pressure, or shape factor used. Those are dated national example inputs, not Fort Wayne prices; a survey turns them into findings for your system.
Are utility incentives available for compressed-air work?
For qualifying commercial and industrial customers in I&M's Indiana service territory, I&M's 2026 programs list compressed-air projects among eligible categories, with Custom projects requiring preapproval before equipment is purchased or installed. Eligibility, preapproval, and terms are confirmed with I&M, not through this site; report your account so the provider can point you to the right program path.