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Reactive Explosion Hazards; 4.1.2 Flammable Explosion Hazards; 4.1.3 Physical Explosion Hazards; 4.2 Chemical Hazards; 4.2.1 Toxic Chemical Hazards; 4.2.2 Fire Hazards; 4.2.3 Corrosive Chemical Hazards; 4.3 Electrical Hazards; 4.3.1 Shock/Short Circuit |
4.3.2 Fire4.3.3 Lightning Strikes; 4.3.4 Static Electrical Discharge; 4.3.5 Loss of Power; 4.4 Excavation Hazards; 4.5 Asphyxiation Hazards; 4.6 Elevation Hazards; 4.7 Thermal Hazards; 4.7.1 Heat; 4.7.2 Cold; 4.8 Vibration Hazards; 4.9 Mechanical Failure Hazards; 4.10 Mechanical Hazards; 4.11 Corrosion Hazards; 4.12 Noise Hazards; 4.13 Radiation Hazards; 4.13.1 Ionizing Radiation Hazards; 4.13.2 Non-ionizing Radiation Hazards; 4.14 Impact Hazards; 4.15 Struck Against Hazards; 4.16 Visibility Hazards; 4.17 Weather Phenomena Hazards; 4.17.1 Temperature Extreme Hazards; 4.17.2 Hurricane |
4.17.3 Flood4.17.4 Wind; 4.18 References; 5 Evaluate Hazards; 5.1 Field Surveys; 5.1.1 Behavior Observation; 5.1.2 Facility Walkthrough Checklists; 5.2 Pre-Job Assessments; 5.2.1 Job Hazard Analysis; 5.2.2 Pre-Job Planning and Permitting; 5.2.3 Ad Hoc Risk Assessment; 5.3 Facility Assessments; 5.3.1 Preliminary Hazard Analysis; 5.3.2 Critical Task Identification Analysis; 5.4 Incident and Near-Miss Reporting; 5.4.1 Hazard Trending and Analysis; 5.4.2 Hazard Mapping; 5.5 Hazard Identification and Analysis Training; 5.6 References; 6 Make Risk-Based Decisions; 6.1 Hazard Ranking |
6.2 Understanding Risk6.3 Risk Ranking; 6.3.1 Severity; 6.3.2 Hierarchy of Safeguards or Layers of Protection; 6.3.3 Likelihood; 6.3.4 Risk Ranking; 6.3.5 Example 1 - Flammable/Explosive Hazard; 6.3.6 Example 2 - Flammable Hazard; 6.3.7 More Detailed Matrices; 6.3.8 Similarities Between More Sophisticated Process Hazard Evaluation Techniques; 6.4 References; 7 Follow-Up and Call to Action; 7.1 Safety Culture; 7.2 Management Commitment; 7.3 Employee Ownership; 7.4 Implement an Effective Hazard Management Program; 7.4.1 Written Procedures and Training |
7.4.2 Resolving Recommendations for Risk Reduction |