Compressed-Air Condensate Drain Reliability & Air-Loss Engineering

COMPRESSED-AIR CONDENSATE DRAIN RELIABILITY & AIR-LOSS ENGINEERING

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A drain that does not remove liquid can damage air quality. a drain that removes compressed air with the liquid can become a permanent energy leak

Drains can exist at aftercooler separators, wet receivers, filters, refrigerated dryers, adsorption prefilters, distribution low points and other collection points. Each location has a different condensate load, pressure, contamination profile and failure consequence.

The engineering objective is reliable liquid removal with minimum unintended compressed-air loss, without allowing blocked discharge, backpressure, freezing, contamination or unsafe/manual workarounds. Exact drain type, orifice, timer settings, valve size, discharge routing, condensate-treatment requirement and environmental obligations remain equipment-, site- and jurisdiction-specific.

1 — Drain Point Identity

Drain-System Foundation: govern drain point identity at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

2 — Upstream Equipment

Drain-System Foundation: govern upstream equipment at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

3 — Drain Technology

Drain-System Foundation: govern drain technology at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

4 — Operating Pressure

Drain-System Foundation: govern operating pressure at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

5 — Condensate Load

Drain-System Foundation: govern condensate load at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

6 — Liquid Composition Boundary

Drain-System Foundation: govern liquid composition boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

7 — Discharge Destination

Drain-System Foundation: govern discharge destination at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

8 — Isolation Arrangement

Drain-System Foundation: govern isolation arrangement at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

9 — Test Function

Drain-System Foundation: govern test function at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

10 — Air-Loss Boundary

Drain-System Foundation: govern air-loss boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

11 — Backpressure Boundary

Drain-System Foundation: govern backpressure boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

12 — Ambient Condition

Drain-System Foundation: govern ambient condition at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

13 — Freeze Risk

Drain-System Foundation: govern freeze risk at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

14 — Criticality

Drain-System Foundation: govern criticality at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

15 — Revision Control

Drain-System Foundation: govern revision control at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

16 — Aftercooler Condensation

Condensate Formation Context: govern aftercooler condensation at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

17 — Receiver Condensation

Condensate Formation Context: govern receiver condensation at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

18 — Filter Liquid Collection

Condensate Formation Context: govern filter liquid collection at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

19 — Refrigerated-Dryer Condensate

Condensate Formation Context: govern refrigerated-dryer condensate at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

20 — Adsorption-Prefilter Liquid

Condensate Formation Context: govern adsorption-prefilter liquid at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

21 — Distribution Low-Point Liquid

Condensate Formation Context: govern distribution low-point liquid at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

22 — Ambient Humidity

Condensate Formation Context: govern ambient humidity at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

23 — Inlet Temperature

Condensate Formation Context: govern inlet temperature at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

24 — Compressed-Air Temperature

Condensate Formation Context: govern compressed-air temperature at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

25 — Pressure Effect

Condensate Formation Context: govern pressure effect at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

26 — Flow/Load Effect

Condensate Formation Context: govern flow/load effect at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

27 — Seasonal Moisture Load

Condensate Formation Context: govern seasonal moisture load at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

28 — Startup Transient

Condensate Formation Context: govern startup transient at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

29 — Shutdown Condensation

Condensate Formation Context: govern shutdown condensation at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

30 — Process Contamination Boundary

Condensate Formation Context: govern process contamination boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

31 — Manual Drain

Drain Technology Architecture: govern manual drain at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

32 — Timed Solenoid Drain

Drain Technology Architecture: govern timed solenoid drain at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

33 — Float/Mechanical Drain

Drain Technology Architecture: govern float/mechanical drain at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

34 — Level-Sensing Drain

Drain Technology Architecture: govern level-sensing drain at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

36 — Electronic Drain

Drain Technology Architecture: govern electronic drain at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

37 — Pneumatic Drain Boundary

Drain Technology Architecture: govern pneumatic drain boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

38 — Integrated Dryer Drain

Drain Technology Architecture: govern integrated dryer drain at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

39 — Filter Drain

Drain Technology Architecture: govern filter drain at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

40 — Receiver Drain

Drain Technology Architecture: govern receiver drain at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

41 — Separator Drain

Drain Technology Architecture: govern separator drain at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

42 — Test Button/Function

Drain Technology Architecture: govern test button/function at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

43 — Alarm Output Boundary

Drain Technology Architecture: govern alarm output boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

44 — Service Isolation

Drain Technology Architecture: govern service isolation at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

45 — Redundancy Boundary

Drain Technology Architecture: govern redundancy boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

46 — Blocked Orifice

Failed-Closed Failure Modes: govern blocked orifice at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

47 — Contaminated Valve

Failed-Closed Failure Modes: govern contaminated valve at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

48 — Stuck Mechanism

Failed-Closed Failure Modes: govern stuck mechanism at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

49 — Loss Of Power

Failed-Closed Failure Modes: govern loss of power at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

50 — Sensor/Level Failure

Failed-Closed Failure Modes: govern sensor/level failure at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

51 — Closed Isolation Valve

Failed-Closed Failure Modes: govern closed isolation valve at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

52 — Blocked Discharge Line

Failed-Closed Failure Modes: govern blocked discharge line at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

53 — High Backpressure

Failed-Closed Failure Modes: govern high backpressure at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

54 — Frozen Line

Failed-Closed Failure Modes: govern frozen line at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

55 — Incorrect Installation

Failed-Closed Failure Modes: govern incorrect installation at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

56 — Undersized Discharge Boundary

Failed-Closed Failure Modes: govern undersized discharge boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

57 — Oil/Sludge Contamination

Failed-Closed Failure Modes: govern oil/sludge contamination at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

58 — Failed Test Function

Failed-Closed Failure Modes: govern failed test function at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

59 — Liquid Accumulation

Failed-Closed Failure Modes: govern liquid accumulation at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

60 — Downstream Carryover

Failed-Closed Failure Modes: govern downstream carryover at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

61 — Valve Stuck Open

Failed-Open / Air-Loss Modes: govern valve stuck open at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

62 — Timer Excessive Open Time

Failed-Open / Air-Loss Modes: govern timer excessive open time at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

63 — Timer Excessive Frequency

Failed-Open / Air-Loss Modes: govern timer excessive frequency at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

64 — Seat Contamination

Failed-Open / Air-Loss Modes: govern seat contamination at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

65 — Worn Seal

Failed-Open / Air-Loss Modes: govern worn seal at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

66 — Mechanical Float Fault

Failed-Open / Air-Loss Modes: govern mechanical float fault at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

67 — Sensor False Level

Failed-Open / Air-Loss Modes: govern sensor false level at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

68 — Manual Valve Left Open

Failed-Open / Air-Loss Modes: govern manual valve left open at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

69 — Test Function Left Active

Failed-Open / Air-Loss Modes: govern test function left active at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

70 — Broken Discharge Line

Failed-Open / Air-Loss Modes: govern broken discharge line at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

71 — Incorrect Pressure Boundary

Failed-Open / Air-Loss Modes: govern incorrect pressure boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

72 — Air Bypass

Failed-Open / Air-Loss Modes: govern air bypass at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

73 — Continuous Blow

Failed-Open / Air-Loss Modes: govern continuous blow at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

74 — Intermittent Waste

Failed-Open / Air-Loss Modes: govern intermittent waste at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

75 — Unnoticed Remote Loss

Failed-Open / Air-Loss Modes: govern unnoticed remote loss at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

76 — Timer Identity

Timed-Drain Engineering: govern timer identity at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

77 — Open Duration Boundary

Timed-Drain Engineering: govern open duration boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

78 — Cycle Interval Boundary

Timed-Drain Engineering: govern cycle interval boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

79 — Condensate-Load Variability

Timed-Drain Engineering: govern condensate-load variability at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

80 — Seasonal Setting Risk

Timed-Drain Engineering: govern seasonal setting risk at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

81 — Pressure Effect

Timed-Drain Engineering: govern pressure effect at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

82 — Orifice/Valve Size

Timed-Drain Engineering: govern orifice/valve size at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

83 — Air-Loss During Opening

Timed-Drain Engineering: govern air-loss during opening at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

84 — Under-Draining Risk

Timed-Drain Engineering: govern under-draining risk at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

85 — Over-Draining Risk

Timed-Drain Engineering: govern over-draining risk at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

86 — Manual Adjustment Control

Timed-Drain Engineering: govern manual adjustment control at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

87 — Configuration Record

Timed-Drain Engineering: govern configuration record at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

88 — Production-State Effect

Timed-Drain Engineering: govern production-state effect at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

89 — Verification Method

Timed-Drain Engineering: govern verification method at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

90 — Replacement Alternative Review

Timed-Drain Engineering: govern replacement alternative review at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

91 — Level Sensor

Level-Sensing / Demand Drain Reliability: govern level sensor at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

92 — Collection Chamber

Level-Sensing / Demand Drain Reliability: govern collection chamber at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

93 — Valve Mechanism

Level-Sensing / Demand Drain Reliability: govern valve mechanism at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

94 — Sensor Contamination

Level-Sensing / Demand Drain Reliability: govern sensor contamination at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

95 — Chamber Contamination

Level-Sensing / Demand Drain Reliability: govern chamber contamination at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

96 — Test Cycle

Level-Sensing / Demand Drain Reliability: govern test cycle at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

97 — Alarm/Fault Output

Level-Sensing / Demand Drain Reliability: govern alarm/fault output at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

98 — Power Supply

Level-Sensing / Demand Drain Reliability: govern power supply at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

99 — Fail-State Boundary

Level-Sensing / Demand Drain Reliability: govern fail-state boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

100 — Pressure Rating Boundary

Level-Sensing / Demand Drain Reliability: govern pressure rating boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

101 — Maximum Condensate Load Boundary

Level-Sensing / Demand Drain Reliability: govern maximum condensate load boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

102 — Discharge Capacity

Level-Sensing / Demand Drain Reliability: govern discharge capacity at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

103 — Air-Loss Verification

Level-Sensing / Demand Drain Reliability: govern air-loss verification at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

104 — Maintenance Access

Level-Sensing / Demand Drain Reliability: govern maintenance access at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

105 — Post-Service Proof

Level-Sensing / Demand Drain Reliability: govern post-service proof at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

106 — Drain Line Diameter Boundary

Discharge Piping & Backpressure: govern drain line diameter boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

107 — Line Length

Discharge Piping & Backpressure: govern line length at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

108 — Routing

Discharge Piping & Backpressure: govern routing at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

109 — Slope

Discharge Piping & Backpressure: govern slope at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

110 — Lift/Elevation Boundary

Discharge Piping & Backpressure: govern lift/elevation boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

111 — Common Drain Header

Discharge Piping & Backpressure: govern common drain header at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

112 — Backpressure

Discharge Piping & Backpressure: govern backpressure at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

113 — Check Valve Boundary

Discharge Piping & Backpressure: govern check valve boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

114 — Blocked Line

Discharge Piping & Backpressure: govern blocked line at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

115 — Freeze Protection

Discharge Piping & Backpressure: govern freeze protection at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

116 — Mechanical Damage

Discharge Piping & Backpressure: govern mechanical damage at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

117 — Hose Compatibility

Discharge Piping & Backpressure: govern hose compatibility at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

118 — Visible Discharge Boundary

Discharge Piping & Backpressure: govern visible discharge boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

119 — Service Access

Discharge Piping & Backpressure: govern service access at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

120 — Post-Installation Test

Discharge Piping & Backpressure: govern post-installation test at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

121 — Continuous Air Leak

Air-Loss & Energy Engineering: govern continuous air leak at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

122 — Intermittent Blow Loss

Air-Loss & Energy Engineering: govern intermittent blow loss at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

123 — Timer-Loss Estimate Boundary

Air-Loss & Energy Engineering: govern timer-loss estimate boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

124 — Pressure Dependency

Air-Loss & Energy Engineering: govern pressure dependency at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

125 — Orifice Dependency

Air-Loss & Energy Engineering: govern orifice dependency at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

126 — Open-Time Dependency

Air-Loss & Energy Engineering: govern open-time dependency at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

127 — Cycle-Frequency Dependency

Air-Loss & Energy Engineering: govern cycle-frequency dependency at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

128 — Number Of Drains

Air-Loss & Energy Engineering: govern number of drains at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

129 — Annual-Hours Boundary

Air-Loss & Energy Engineering: govern annual-hours boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

130 — Compressor Specific-Power Boundary

Air-Loss & Energy Engineering: govern compressor specific-power boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

131 — Leak-Equivalent Thinking

Air-Loss & Energy Engineering: govern leak-equivalent thinking at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

132 — Measurement Method

Air-Loss & Energy Engineering: govern measurement method at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

133 — Ultrasonic Boundary

Air-Loss & Energy Engineering: govern ultrasonic boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

134 — Flow-Test Boundary

Air-Loss & Energy Engineering: govern flow-test boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

135 — M&V Verification

Air-Loss & Energy Engineering: govern M&V verification at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

136 — Oil-Contaminated Condensate

Condensate Treatment & Environmental Boundary: govern oil-contaminated condensate at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

137 — Oil-Water Separator Interface

Condensate Treatment & Environmental Boundary: govern oil-water separator interface at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

138 — Discharge-Quality Boundary

Condensate Treatment & Environmental Boundary: govern discharge-quality boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

139 — Local Regulation Boundary

Condensate Treatment & Environmental Boundary: govern local regulation boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

140 — Collection Tank

Condensate Treatment & Environmental Boundary: govern collection tank at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

141 — Hazardous Contamination Boundary

Condensate Treatment & Environmental Boundary: govern hazardous contamination boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

142 — Chemical Contamination Boundary

Condensate Treatment & Environmental Boundary: govern chemical contamination boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

143 — Spill Risk

Condensate Treatment & Environmental Boundary: govern spill risk at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

144 — Overflow Alarm Boundary

Condensate Treatment & Environmental Boundary: govern overflow alarm boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

145 — Waste Contractor Boundary

Condensate Treatment & Environmental Boundary: govern waste contractor boundary at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

146 — Documentation

Condensate Treatment & Environmental Boundary: govern documentation at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

147 — Maintenance Waste

Condensate Treatment & Environmental Boundary: govern maintenance waste at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

148 — Discharge Authorisation

Condensate Treatment & Environmental Boundary: govern discharge authorisation at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.

149 — Environmental Review

Condensate Treatment & Environmental Boundary: govern environmental review at the exact condensate collection point. Record upstream equipment, drain type, operating pressure, condensate load, contamination context, discharge route, air-loss behaviour, backpressure, ambient condition, test method, baseline and evidence confidence. Diagnose both failure directions: inability to remove liquid and unintended loss of compressed air.