Per-valve service records: what to log and why

1. Make the valve identity unambiguous

A useful record begins with the installed asset, not only the work order. Capture the valve tag, location, design, size and service.

Add the operator type, injection points and available rating information. Note the drawing or asset source used to verify each field.

If identity or ratings remain uncertain, say so. Missing data can stop injection and become a clear follow-up action.

The valve condition survey guide explains how baseline records support later decisions.

2. Record the starting condition before treatment

Describe the operating state, line condition and permission for movement. Record what first suggested the fault.

Pressure rise, continuing flow, noise and high torque are screening signs. They do not confirm seat damage, passing or the source of resistance.

Name the confirming test, its boundary, conditions and result. Where confirmation is not possible, keep the diagnosis open.

Common alternative causes include incomplete travel, stop settings, drive faults and instrumentation error. Another flow path may also affect pressure readings.

3. Log the suitability gates and work controls

Every injection record should show that fittings were in good condition. It should also confirm that valve design and service suited injection.

OEM guidance applies, and operations must permit the work. Record who provided operating permission and any restriction on movement.

Add equipment, hose, coupler and fitting ratings across the pressure path. Record gauge identification and the planned stop-work conditions.

The pre-injection safety guide covers these gates before connection.

4. Describe exactly what the team did

Record the product role, product identity, batch reference and injection point. State whether the work involved cleaner, lubricant or sealant.

Log controlled quantities or pump strokes using the site method. Add pressure response, uptake changes, dwell periods and permitted valve movement.

Do not use phrases such as treated normally or injected as required. They remove the evidence needed for comparison.

1. State the action and the injection point.
2. Record the controlled amount and observed pressure response.
3. Note every pause, restriction and stop condition.
4. Identify the technician and the approved procedure used.

The online injection visit guide gives the full sequence from survey to acceptance. The valve sealant injection guide defines the treatment mechanism and its limits.

5. Separate observations from acceptance evidence

Cleaner uptake, easier movement and reduced noise may indicate change. They do not prove that the seat now meets its isolation duty.

Repeat the approved leakage or isolation test under recorded conditions. Keep the acceptance basis clear and comparable with the starting result.

Use honest outcomes: accepted, improved but not accepted, unchanged, or stopped. Add the reason and evidence for the outcome.

If the result remains uncertain, assign assessment rather than hiding it in notes. Severe damage may need isolation, internal inspection, repair or replacement.

6. Turn records into maintenance decisions

Compare results for the same valve across visits. Trends in leakage, torque, uptake and fitting condition can change its priority.

Records also show whether a temporary seal needs review and whether earlier assumptions stayed valid. They support audits because each decision has a stated basis.

The condition-based top-up guide uses this history to set review points. Our field services provide documented surveys, controlled treatment and retesting.

Use the valve integrity management guide to connect individual records with network planning.