Workflow

Compressed Air Leak Survey & Report Tool

Record identified compressed air leaks, estimate air loss and annual energy cost, prioritize repairs, track re-tests, and generate a survey-ready report.

Runs locally in your browser · No signup

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How to Conduct a Compressed Air Leak Survey

A compressed air leak survey is a field workflow: find leaks, record them, repair, re-test, and report. This page is a browser tool for that workflow after leaks have been identified. UtilRivet does not detect compressed air leaks.

1. Define the survey scope

Set the facility or area, survey date, operating hours, electricity rate, compressor specific power, and the control / realization assumptions used for planning estimates. Those settings apply to every leak in the survey project.

2. Detect and tag air leaks

Locate leaks with a field inspection or ultrasonic leak survey, then assign a unique leak ID and record area, exact location, and access. UtilRivet does not detect compressed air leaks and does not replace an ultrasonic leak detector. Enter the flow the instrument or technician provided — this tool does not convert dB to CFM.

3. Build the leak register

Record leak ID, area, estimated SCFM, status, access, notes, and annualized Estimated Opportunity. The register is the working leak log for the survey, not a detection instrument.

4. Prioritize repairs

The repair queue is not ranked by payback alone. Order is urgency, then operational impact, then repair access (easier first), then annual cost opportunity, then payback when a repair cost exists. Each queued leak states why it sits there.

5. Re-test repaired leaks

Completing a repair is not a Verified Result. Re-test the leak. If it still leaks, it is Failed Re-test / Still Leaking: it stays in the repair queue and is not Verified Closed.

6. Verify closed leaks and savings

Verified Result is counted only when re-test confirms post-repair flow of 0 and the leak is Verified Closed. A reduced-but-still-leaking re-test is remaining opportunity, not verified savings.

7. Generate the survey report

Export a Repair Work Pack, Management / Client Report, CSV register, or JSON backup for management review, repair follow-up, client communication, and documented close-out. The report is a planning and close-out record. It is not a certification, not a regulatory compliance filing, and not a complete compressed air system audit.

Compressed Air Leak Survey Report Example

Load the 21-leak demo project in the workspace above to see a sample compressed air leak survey. Demo Packaging Plant Leak Survey (Demo Manufacturing — Plant A) contains 21 tagged leaks with status 11 Open, 4 Planned, 2 Awaiting Re-test, 2 Verified Closed, and 2 Failed Re-test. Verified Closed leaks are L-005 (Verified Result $760 / year) and L-013 (Verified Result $173 / year). Combined Verified Result is $933 / year, counted for Verified Closed only (post-repair flow = 0). L-006 and L-017 are Failed Re-test — still leaking, with no Verified Result. L-017 is Re-tested / Reduced but Still Leaking (13 → 6 SCFM) and is not Verified Closed. The Management / Client Report shows the same survey summary, register, repair / re-test status, and verified-close figures.

Need to estimate the cost of a single leak? Use the Compressed Air Leak Cost Calculator →

Frequently Asked Questions

What is a compressed air leak survey?
It is a field inspection and follow-up workflow used to identify, tag, measure or estimate, and document compressed air leaks, then quantify estimated loss, prioritize repairs, track completed fixes, and report the results.
What should a compressed air leak survey include?
A useful survey covers the facility or area, operating assumptions, a tagged leak register with location and estimated flow, estimated air loss and annual energy cost, repair priority, repair status, re-test results, and a survey report. This tool records those items after leaks have already been identified in the field.
What should a compressed air leak survey report include?
The survey date, facility or area, operating assumptions (hours, electricity rate, specific power), and for each leak: a tag or ID, location, estimated flow, annual cost, and repair status (Open, Planned, Awaiting Re-test, Verified Closed, or Failed Re-test). The summary should show Estimated Opportunity, Verified Result for closed leaks only, remaining open opportunity, and the repair queue order.
How do you document compressed air leaks?
Give each leak a unique ID or tag, record where it is and on which equipment, note the estimated flow and your measurement method, estimate the annual cost, and track repair status through re-test. Printing or exporting the resulting list gives you a leak log or survey report you can share with maintenance or customers.
What information should be recorded for each leak?
At minimum: tag, area, exact location, estimated leak flow, and repair status. Adding asset, access, operational impact, urgency, and a repair cost estimate makes the register and repair queue more useful.
How is compressed air leak cost estimated?
The tool converts the entered leak flow to estimated compressor power using your specific-power setting, multiplies it by annual operating hours, and applies your electricity rate. Results are planning estimates based on the measurements and assumptions you provide.
How do you prioritize compressed air leak repairs?
The repair queue is ordered by urgency, then operational impact, repair access, annual cost opportunity, and payback when a repair cost exists. Each row states why it sits there. Payback is a later tie-breaker, not a HIGH/MEDIUM/LOW badge.
Should repaired compressed air leaks be re-tested?
Yes. Completing a repair is not the same as closing a leak. Re-test after the repair. If post-repair flow is 0, the leak can become Verified Closed. If it still leaks, it is Failed Re-test and returns to the repair queue.
How often should compressed air leaks be surveyed?
New leaks develop continuously as fittings loosen, hoses wear, and equipment changes, so most programs repeat surveys quarterly, with monthly checks in plants that run large or leak-prone systems. Verifying repairs after each round is part of the cycle.
Can I use this instead of an Excel leak log?
Yes, for most survey workflows. Instead of maintaining a blank spreadsheet or paper leak log sheet, you enter leaks into a structured form and the tool calculates costs, priorities, and the summary automatically. If your team prefers spreadsheets, you can still copy the summary text into one.
Does UtilRivet detect compressed air leaks?
No. UtilRivet is not leak-detection hardware and does not replace an ultrasonic leak detector or field inspection. It is used to record identified leaks, estimate impact, manage repairs, re-test results, and produce survey/report records.
Does this replace an ultrasonic leak detector?
No. Locate and measure leaks with your inspection method or ultrasonic leak detector first. Then enter those findings here for the leak register, repair queue, re-test tracking, and report.
Does UtilRivet store my survey data?
The tool runs entirely in your browser: survey data is never uploaded or sent to a server, and there is no account. The active survey project is saved automatically in this browser so a refresh does not wipe the register. Export a JSON backup if you need a file copy, and do not rely on one device as the only copy.
Is a leak survey the same as a compressed air audit?
No — this is not a complete compressed air system audit. A leak survey can be one part of a broader compressed air audit or leak management program, but this tool does not analyze compressor performance, pressure, storage, dryers, or system controls.