3.72 How to obtain your Safety Case

A Safety Case demonstrates that an organisation is fit for purpose—not merely compliant. It provides structured evidence that hazards have been identified, risks have been evaluated, controls have been verified and continuous improvement is taking place.

Insurance companies and Company boards will need to know the impacts for a business. This OpenAI ChatGPT takes account historical EHS performance data for identified hazards like fire spread.

AI technology can now help your organization efficiently generate a comprehensive safety case while ensuring confidentiality and accuracy. By using the AI Safety Case Code below, you can submit your organization’s details privately to AI and receive a structured custom safety case report tailored to your inputs like Hazard history and safety management system (SMS).

Data that AI prompts can read

Use this prompt to get your own Safety case generated by AI Chat GPT – Copy and paste into the chat and add data

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AI to Act as an experienced Safety Case Specialist with expertise in:

• Safety Management Systems
• Risk Assessment
• Hazard Identification
• Due Diligence
• Human Factors
• Emergency Preparedness
• ISO 45001
• CSA Z1000
• General Duty Clause (GDC)
• Safety Case Methodology

Review all uploaded documents and produce a detailed Safety Case report.

The report should include:

1. Executive Summary

Provide an overview of the organization and your overall opinion of the adequacy of the Safety Management System.

2. Major Hazards

Identify significant hazards that could result in:

• Fatalities
• Serious injuries
• Environmental damage
• Business interruption
• Reputation damage

3. Cascading Hazard Analysis

Identify hazards that could escalate into larger incidents.

Examples:

• Fire
• Lithium battery failure
• Chemical release
• Equipment failure
• Vehicle incidents
• Severe weather
• Human error

Explain possible consequences.

4. Safety Management System Review

Evaluate:

• Leadership
• Responsibilities
• Communications
• Planning
• Training
• Contractor Management
• Emergency Preparedness
• Monitoring
• Continuous Improvement

Identify omissions and weaknesses.

5. General Duty Clause Review

Identify areas where regulations may not specifically apply but where additional reasonable precautions should be considered.

6. Human Factors Review

Evaluate potential risks from:

• Fatigue
• Distraction
• Time pressure
• Inadequate supervision
• Poor communication
• Competency issues

7. Control Verification

Evaluate whether existing controls appear:

• Suitable
• Adequate
• Understood
• Implemented
• Verified

8. Due Diligence Assessment

Evaluate whether the organization demonstrates reasonable care and due diligence.

9. Fit For Purpose Assessment

Provide your opinion whether the organization appears fit for purpose.

10. Improvement Opportunities

Provide prioritized recommendations:

High Priority
Medium Priority
Low Priority

11. Safety Case Conclusion

Summarize:

• Key strengths
• Key weaknesses
• Major risks
• Improvement priorities

Present the report in clear professional language suitable for management review.

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SMS & GDC Gap Analysis FAQ and Troubleshooting Guide – Frequently Asked Questions (FAQ)

Q1: What file format should I use to upload my SMS documents?

A: Use standard formats such as .docx, .pdf, or .txt.

Q2: Is there a file size limit?

A: Yes, files should not exceed 10MB.

Q3: How long does the gap analysis process take?

A: Usually less than 1 minute. If longer, check file guidelines.

Q4: Can I submit multiple documents at once?

A: Yes, multiple files can be uploaded simultaneously.

Q5: What if my file fails to upload or analyze?

A: Confirm your file meets format and size requirements, or refresh the page.

Applying Safet Case criteria to real incidents

This is where this website could become unique.

Instead of simply describing incidents, analyze each one against these questions.

Example 1 – Piper Alpha

Question	Answer
Hazard identified?	Yes
Consequences understood?	Yes
Barriers identified?	Partly
Permit-to-work effective?	No
Communication effective?	No
Barrier verification?	Inadequate
Emergency systems?	Failed under escalation
Independent barriers?	Insufficient once fire developed
Could escalation occur?	Yes—but not adequately controlled
Fit for Purpose?	Clearly no

Example 2 – Libya Dam Failure

Question	Answer
Hazard known?	Yes
Consequences known?	Yes
Ageing infrastructure reviewed?	Poorly
Maintenance completed?	No
Extreme rainfall considered?	Inadequately
Emergency evacuation?	Ineffective
Barrier verification?	No
Safety Case?	None

Example 3 – Runway Overrun

The investigation might reveal that the aircraft crew made errors, but a Safety Case would ask broader questions:

• Why was there no engineered arresting system?
• Was the runway safety area sufficient?
• Was the risk of an overrun assessed for this airport?
• Were weather and stopping-distance assumptions realistic?
• Could an obstacle such as a concrete block have been relocated or protected?
• Had previous overruns or near-misses been analysed?

The Safety Case shifts the focus from assigning blame after the event to demonstrating that the overall system was designed to manage foreseeable hazards.

Example 4 – Baltimore Bridge Collision

Question: Were all credible hazards identified?

• Large container ships navigating beneath the bridge
• Complete loss of ship propulsion
• Steering failure
• Electrical blackout
• Human error
• Collision with bridge support pier
• Collapse of bridge
• Workers on bridge
• Closure of major shipping channel

Finding

The hazard of a large vessel striking a bridge pier was known but was not fully assessed using modern risk methods – Safety Case: FAIL

Italian Air force wing replacing Tornado’s with F35’s

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