STEAM AND HOT SURFACES TOOLBOX TALK
Steam can be difficult to see, and even a small leak can cause severe burns.
Control of steam lines, hot process equipment and thermal-burn hazards.
Preview is public. A free SERNEM account is required to download the standard PDF.
Toolbox Topic
STEAM AND HOT SURFACES TOOLBOX TALK
Duration
8–10 minutes
Date
Site / Area
Supervisor
Company
Participants
Document No
OBJECTIVE
Prevent thermal burns and pressurised releases from steam, condensate, hot piping and process equipment.
WHY IT MATTERS
High-temperature steam can cause severe burns within seconds.
Fine pressurised steam leaks may be difficult to see and must never be located by hand.
Uninsulated hot piping can create unexpected contact hazards in normal work areas.
REALISTIC SITE SCENARIO
A worker attempted to locate a small steam leak using his hand.
An almost invisible high-pressure steam jet caused a serious hand burn.
A safe leak-detection method, barricading and thermal PPE would have prevented the injury.
REMEMBER
Never search for a steam leak with your hand.
KEY HAZARDS
Direct contact with high-temperature steam.
Fine and difficult-to-see steam jets.
Discharge of hot condensate.
Uninsulated piping and equipment.
Trapped pressure inside steam lines.
Incorrect or premature valve operation.
Slip hazards from wet surfaces.
Inadequate gloves or clothing for thermal exposure.
CONTROLS
Identify hot piping and equipment before work.
Barricade or guard areas with missing insulation.
Use an approved method rather than hands to detect steam leaks.
Verify pressure and temperature before opening systems.
Route condensate drains to a safe location.
Open steam valves slowly and under control.
Wear suitable thermal gloves, face protection and clothing.
Immediately isolate areas containing steam leaks.
Remove slip hazards created by condensate.
Restore insulation and protective coverings after maintenance.
SUPERVISOR MESSAGE
Team, a small steam leak can still cause a major injury. We will not use our hands to locate leaks, and we will verify pressure, temperature and insulation before starting work.
TEAM QUESTIONS
Where are the hot surfaces?
Is any insulation missing?
How will steam leaks be checked?
Is the line depressurised?
Where is condensate discharged?
What thermal PPE is required?
FIELD VERIFICATION
Hot lines identified
Insulation checked
Leak method suitable
Pressure verified
Temperature verified
Drainage safe
Valve method understood
PPE suitable
Area barricaded
Crew briefed
ATTENDANCE AND APPROVAL
Project / Site
Date
Presented by
Work area
Attendance and Signature
| # | Name | Position | Signature |
|---|---|---|---|
| 1 | |||
| 2 | |||
| 3 | |||
| 4 | |||
| 5 | |||
| 6 | |||
| 7 | |||
| 8 | |||
| 9 | |||
| 10 | |||
| 11 | |||
| 12 |
Supervisor Signature
HSE Approval
SERNEM HSE Resource – Permit conditions, risk assessments and site procedures take priority.