Compressed-Air Leak Detection, Quantification & Air-Loss Management Engineering

COMPRESSED-AIR LEAK DETECTION, QUANTIFICATION & AIR-LOSS MANAGEMENT ENGINEERING

The expanded benchmark library is used for topic discovery around audits, instrumentation, maintenance and verification. It does not provide a universal leak percentage, orifice-flow table, ultrasonic conversion factor, repair saving or payback; these remain measurement-, pressure-, method- and site-specific.

Its safeguard prohibits “right-sized” or energy-saving recommendations without measured/verified application data and current equipment-performance evidence. That identity remains separately preserved.

Provisional new-series slug: /compressed-air-engineering/leak-detection-quantification-air-loss-management/ | CTA: Build My Compressed-Air Leak Management Programme

Finding a leak is not the same as managing air loss. a world-class programme must find it, identify it, quantify it appropriately, repair it, verify it and prevent it from returning

Leaks can occur at couplings, hoses, fittings, valves, drains, filters, regulators, cylinders, tools, point-of-use equipment, receiver connections and distribution joints. Some are continuous; others appear only when equipment is pressurised, cycling or in a particular production state.

The page separates detection from quantification. Ultrasonic or acoustic methods can locate many leaks but do not automatically prove exact flow. Flow meters, off-production decay tests, controlled isolation, compressor performance data or calibrated method-specific estimates may be used where appropriate. Every saving claim should preserve the pressure, operating hours, measurement boundary, assumptions and verification method.

1 — System Boundary

Leak-Management Foundation: govern system boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

2 — Survey Objective

Leak-Management Foundation: govern survey objective within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

3 — Baseline Date

Leak-Management Foundation: govern baseline date within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

4 — Operating Pressure

Leak-Management Foundation: govern operating pressure within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

5 — Production State

Leak-Management Foundation: govern production state within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

6 — Survey Method

Leak-Management Foundation: govern survey method within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

7 — Instrument Identity

Leak-Management Foundation: govern instrument identity within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

8 — Leak Tag Convention

Leak-Management Foundation: govern leak tag convention within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

9 — Location Hierarchy

Leak-Management Foundation: govern location hierarchy within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

10 — Repair Owner

Leak-Management Foundation: govern repair owner within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

11 — Priority Logic

Leak-Management Foundation: govern priority logic within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

12 — Quantification Method

Leak-Management Foundation: govern quantification method within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

13 — Verification Method

Leak-Management Foundation: govern verification method within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

14 — Energy Boundary

Leak-Management Foundation: govern energy boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

15 — Revision Control

Leak-Management Foundation: govern revision control within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

16 — Threaded Joint

Leak Source Architecture: govern threaded joint within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

17 — Flange Joint

Leak Source Architecture: govern flange joint within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

18 — Push-Fit Connector

Leak Source Architecture: govern push-fit connector within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

19 — Quick Coupling

Leak Source Architecture: govern quick coupling within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

20 — Hose

Leak Source Architecture: govern hose within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

21 — Flexible Connector

Leak Source Architecture: govern flexible connector within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

22 — Valve Packing

Leak Source Architecture: govern valve packing within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

23 — Valve Seat

Leak Source Architecture: govern valve seat within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

24 — Regulator

Leak Source Architecture: govern regulator within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

25 — Filter Housing

Leak Source Architecture: govern filter housing within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

26 — Drain

Leak Source Architecture: govern drain within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

27 — Receiver Connection

Leak Source Architecture: govern receiver connection within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

28 — Cylinder/Seal

Leak Source Architecture: govern cylinder/seal within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

29 — Pneumatic Tool

Leak Source Architecture: govern pneumatic tool within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

30 — Process Equipment

Leak Source Architecture: govern process equipment within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

31 — Plant Map

Survey Planning: govern plant map within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

32 — Zone Definition

Survey Planning: govern zone definition within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

33 — Safe Access

Survey Planning: govern safe access within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

34 — Production Constraints

Survey Planning: govern production constraints within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

35 — Noise Environment

Survey Planning: govern noise environment within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

36 — Shutdown Opportunity

Survey Planning: govern shutdown opportunity within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

37 — Pressurisation State

Survey Planning: govern pressurisation state within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

38 — Survey Route

Survey Planning: govern survey route within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

39 — High-Level Piping

Survey Planning: govern high-level piping within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

40 — Restricted Area

Survey Planning: govern restricted area within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

41 — Ppe/Site Permit Boundary

Survey Planning: govern PPE/site permit boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

42 — Instrument Check

Survey Planning: govern instrument check within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

43 — Tagging Materials

Survey Planning: govern tagging materials within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

44 — Photo Evidence

Survey Planning: govern photo evidence within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

45 — Repeat-Survey Plan

Survey Planning: govern repeat-survey plan within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

46 — Ultrasonic Instrument

Ultrasonic / Acoustic Detection: govern ultrasonic instrument within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

47 — Sensor/Probe

Ultrasonic / Acoustic Detection: govern sensor/probe within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

48 — Frequency Setting Boundary

Ultrasonic / Acoustic Detection: govern frequency setting boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

49 — Background Noise

Ultrasonic / Acoustic Detection: govern background noise within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

50 — Distance Effect

Ultrasonic / Acoustic Detection: govern distance effect within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

51 — Directionality

Ultrasonic / Acoustic Detection: govern directionality within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

52 — Shielding Technique Boundary

Ultrasonic / Acoustic Detection: govern shielding technique boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

53 — Contact Probe Boundary

Ultrasonic / Acoustic Detection: govern contact probe boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

54 — Airborne Scan

Ultrasonic / Acoustic Detection: govern airborne scan within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

55 — Signal Strength

Ultrasonic / Acoustic Detection: govern signal strength within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

56 — Instrument Calibration Boundary

Ultrasonic / Acoustic Detection: govern instrument calibration boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

57 — Operator Technique

Ultrasonic / Acoustic Detection: govern operator technique within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

58 — False-Positive Source

Ultrasonic / Acoustic Detection: govern false-positive source within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

59 — Tag Confirmation

Ultrasonic / Acoustic Detection: govern tag confirmation within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

60 — Post-Repair Rescan

Ultrasonic / Acoustic Detection: govern post-repair rescan within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

61 — Plant Flow Meter

Flow-Based Quantification: govern plant flow meter within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

62 — Zone Flow Meter

Flow-Based Quantification: govern zone flow meter within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

63 — Meter Range

Flow-Based Quantification: govern meter range within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

64 — Reference Conditions

Flow-Based Quantification: govern reference conditions within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

65 — Pressure Compensation

Flow-Based Quantification: govern pressure compensation within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

66 — Temperature Compensation

Flow-Based Quantification: govern temperature compensation within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

67 — Production Baseline

Flow-Based Quantification: govern production baseline within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

68 — Non-Production Baseline

Flow-Based Quantification: govern non-production baseline within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

69 — Minimum Demand

Flow-Based Quantification: govern minimum demand within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

70 — Night/Weekend Load

Flow-Based Quantification: govern night/weekend load within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

71 — Isolation Test

Flow-Based Quantification: govern isolation test within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

72 — Flow Uncertainty

Flow-Based Quantification: govern flow uncertainty within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

73 — Meter Verification

Flow-Based Quantification: govern meter verification within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

74 — Data Interval

Flow-Based Quantification: govern data interval within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

75 — M&V Boundary

Flow-Based Quantification: govern M&V boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

76 — Isolated Volume Boundary

Pressure-Decay / Isolation Methods: govern isolated volume boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

77 — Starting Pressure

Pressure-Decay / Isolation Methods: govern starting pressure within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

78 — Ending Pressure

Pressure-Decay / Isolation Methods: govern ending pressure within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

79 — Test Duration

Pressure-Decay / Isolation Methods: govern test duration within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

80 — Receiver/System Volume

Pressure-Decay / Isolation Methods: govern receiver/system volume within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

81 — Temperature Stability Boundary

Pressure-Decay / Isolation Methods: govern temperature stability boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

82 — Valve Isolation Quality

Pressure-Decay / Isolation Methods: govern valve isolation quality within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

83 — Process Isolation

Pressure-Decay / Isolation Methods: govern process isolation within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

84 — Safety Boundary

Pressure-Decay / Isolation Methods: govern safety boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

85 — Pressure Decay

Pressure-Decay / Isolation Methods: govern pressure decay within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

86 — Repressurisation Effect

Pressure-Decay / Isolation Methods: govern repressurisation effect within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

87 — Test Repeatability

Pressure-Decay / Isolation Methods: govern test repeatability within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

88 — Calculation Assumption

Pressure-Decay / Isolation Methods: govern calculation assumption within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

89 — Uncertainty

Pressure-Decay / Isolation Methods: govern uncertainty within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

90 — Verification Use

Pressure-Decay / Isolation Methods: govern verification use within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

91 — Orifice Assumption Boundary

Leak Estimation Governance: govern orifice assumption boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

92 — Leak Geometry Uncertainty

Leak Estimation Governance: govern leak geometry uncertainty within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

93 — Upstream Pressure

Leak Estimation Governance: govern upstream pressure within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

94 — Downstream Pressure

Leak Estimation Governance: govern downstream pressure within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

95 — Temperature Boundary

Leak Estimation Governance: govern temperature boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

96 — Discharge Coefficient Boundary

Leak Estimation Governance: govern discharge coefficient boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

97 — Sonic/Subsonic Boundary

Leak Estimation Governance: govern sonic/subsonic boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

98 — Instrument Conversion Boundary

Leak Estimation Governance: govern instrument conversion boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

99 — Estimated Flow

Leak Estimation Governance: govern estimated flow within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

100 — Confidence Class

Leak Estimation Governance: govern confidence class within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

101 — Screening Estimate

Leak Estimation Governance: govern screening estimate within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

102 — Measured Flow Distinction

Leak Estimation Governance: govern measured flow distinction within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

103 — Cost Assumption

Leak Estimation Governance: govern cost assumption within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

104 — Operating Hours

Leak Estimation Governance: govern operating hours within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

105 — Claim Wording

Leak Estimation Governance: govern claim wording within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

106 — Leak Flow/Estimate

Repair Prioritisation: govern leak flow/estimate within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

107 — Pressure Level

Repair Prioritisation: govern pressure level within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

108 — Operating Hours

Repair Prioritisation: govern operating hours within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

109 — Criticality

Repair Prioritisation: govern criticality within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

110 — Repair Accessibility

Repair Prioritisation: govern repair accessibility within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

111 — Shutdown Need

Repair Prioritisation: govern shutdown need within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

112 — Safety Risk

Repair Prioritisation: govern safety risk within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

113 — Part Availability

Repair Prioritisation: govern part availability within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

114 — Repeat-Failure History

Repair Prioritisation: govern repeat-failure history within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

115 — Production Consequence

Repair Prioritisation: govern production consequence within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

116 — Repair Cost

Repair Prioritisation: govern repair cost within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

117 — Energy-Cost Boundary

Repair Prioritisation: govern energy-cost boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

118 — Priority Class

Repair Prioritisation: govern priority class within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

119 — Work-Order Linkage

Repair Prioritisation: govern work-order linkage within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

120 — Repair Due Date

Repair Prioritisation: govern repair due date within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

121 — As-Found Evidence

Repair & Verification: govern as-found evidence within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

122 — Component Identity

Repair & Verification: govern component identity within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

123 — Isolation

Repair & Verification: govern isolation within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

124 — Repair Method

Repair & Verification: govern repair method within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

125 — Part Traceability

Repair & Verification: govern part traceability within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

126 — Torque/Procedure Boundary

Repair & Verification: govern torque/procedure boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

127 — Repressurisation

Repair & Verification: govern repressurisation within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

128 — Soap/Ultrasonic Check Boundary

Repair & Verification: govern soap/ultrasonic check boundary within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

129 — Post-Repair Flow

Repair & Verification: govern post-repair flow within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

130 — Post-Repair Pressure

Repair & Verification: govern post-repair pressure within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

131 — Residual Leak

Repair & Verification: govern residual leak within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

132 — Photo Evidence

Repair & Verification: govern photo evidence within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

133 — Work-Order Closure

Repair & Verification: govern work-order closure within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

134 — Saving Verification

Repair & Verification: govern saving verification within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

135 — Baseline Update

Repair & Verification: govern baseline update within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

136 — Standard Fittings

Leak-Prevention & Governance: govern standard fittings within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

137 — Hose Management

Leak-Prevention & Governance: govern hose management within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

138 — Installation Quality

Leak-Prevention & Governance: govern installation quality within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

139 — Vibration Control

Leak-Prevention & Governance: govern vibration control within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

140 — Pipe Support

Leak-Prevention & Governance: govern pipe support within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

141 — Quick-Coupling Quality

Leak-Prevention & Governance: govern quick-coupling quality within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

142 — Drain Maintenance

Leak-Prevention & Governance: govern drain maintenance within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

143 — Regulator Maintenance

Leak-Prevention & Governance: govern regulator maintenance within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

144 — Operator Reporting

Leak-Prevention & Governance: govern operator reporting within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

145 — Tag Backlog

Leak-Prevention & Governance: govern tag backlog within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

146 — Repeat-Leak Analysis

Leak-Prevention & Governance: govern repeat-leak analysis within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

147 — Procurement Standard

Leak-Prevention & Governance: govern procurement standard within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

148 — Pm Integration

Leak-Prevention & Governance: govern PM integration within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.

149 — Kpi Review

Leak-Prevention & Governance: govern KPI review within a defined pressure, production and measurement boundary. Record location, component, operating state, detection method, instrument, pressure, estimated or measured loss, confidence, repair action, verification result and evidence source. Do not present a screening estimate as a measured leak flow. Preserve the assumptions behind every quantified loss or saving and distinguish continuous leakage from intermittent pneumatic consumption or legitimate process demand.