1. What is a Steel Pipe?
2. Key Hazards of Steel Pipe
3. 5-Step Risk Assessment Procedure for Steel Pipe
4. Sample Steel Pipe Risk Assessment Table
5. Practical Tips
6. Relevant Regulations & References (Korea-based)
7. Conclusion
🧰 1. What is a Steel Pipe?
Steel pipes are widely used as temporary materials on construction sites. They serve as structural support or connection members in scaffolding, shoring, and formwork systems. While known for their durability and tensile strength, steel pipes are heavy and pose various hazards during handling. Therefore, strict safety management is essential.
🔧 2. Major Hazards of Steel Pipes
Category | Hazard | Description |
Falling | Drop during work | Risk of falling from height or truck due to unsecured loading conditions |
Crushing | Finger/foot pinching | Accidents where hands or feet are caught between pipes during loading/unloading |
Tipping | Toppling during stacking | Vertical stacking can lead to imbalance and pipe collapse |
Puncture | Sharp edges | Risk of cuts or puncture wounds due to unprocessed or sharp cut ends |
Musculoskeletal | Repetitive heavy lifting | Repeated manual handling can cause back, shoulder, or joint injuries |
⚠️ 3. 5-Step Risk Assessment Process for Steel Pipes
- Hazard Identification
Detect risks during handling, stacking, disassembly, etc. - Risk Evaluation
Evaluate risk using the formula: Risk = Frequency (F) × Severity (S) - Prioritization
Set action priority based on risk levels - Control Measures Implementation
Apply safety gear (helmets, gloves), pipe fixings, and worker training - Reassessment & Follow-up
Review post-action effectiveness and inspect continuously for improvements
📝 4. Sample Risk Assessment Table for Steel Pipes
Example 1)
Task | Phase Hazard | Frequency (F) | Severity (S) | Risk (R=F×S) | Risk Grade | Control Measures |
Unloading | Finger crushing | 3 | 3 | 9 | Medium | Safety training, wear protective gloves, conduct team lifting |
Stacking | Pipe toppling | 3 | 4 | 12 | High | Use strapping and stoppers, stack on flat surface, install anti-topple devices |
Transporting | Dropped materials | 4 | 3 | 12 | High | Pre-check pipe fixation, wear safety vests, stabilize during loading |
Cutting | Cuts / Puncture | 2 | 3 | 6 | Medium | Deburr pipe ends, fix materials before cutting, wear PPE |
Moving | Back strain | 3 | 2 | 6 | Medium | Use mechanical aids, rotate workers, encourage stretching routines |
Example 2)
No | Material | HazardRisk | Grade (A/B/C) |
Safety Measures | Execution Notes |
- | Steel Pipe |
Transport | - | Use dual slings for lifting pipes | - |
- | Stacking | - | Stack in one layer if banded | - | |
- | Post-use stacking | - | Sort by size | - | |
- | Post-use stacking | - | Use dedicated storage frames | - | |
- | Storage on ground | - | Place on flat surface with at least two supports | - |
Note: Risk levels (A, B, C) and control steps (1–4) should be adapted to the site’s conditions.
💡 5. Practical Safety Tips
- Always stack horizontally and secure tightly: Use clamps and belts to prevent toppling.
- Use proper PPE: Wear cut-resistant gloves and safety shoes, especially during cutting.
- Take breaks during repetitive handling: Assign rotation schedules for heavy material handling to prevent fatigue.
📚 6. Relevant Regulations & References
- Occupational Safety and Health Regulations (Article 42) – Structure of Scaffolding (Korea)
- Heavy Material Handling Safety Manual – Korean Ministry of Employment and Labor
- KOSHA Guide A-6-2024 – Temporary Equipment Safety Guidelines
🏁 7. Conclusion
Steel pipes are essential materials in construction, but they also present a high risk of accidents.
Conducting a risk assessment before starting work helps to identify hazards and take appropriate preventive actions.
Ongoing training and management ensure that every worker can operate in a safer environment.
👉This article is an English version based on the original Korean text.
👉 Go to the original text (Korean version) : 원문(한국어 버전) 보러가기
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