This infographic is a complete playbook for what an EHS Engineer - Environment, Health and Safety Engineer does when an incident happens. The core message is at the top and bottom:

 This infographic is a complete playbook for what an EHS Engineer - Environment, Health and Safety Engineer does when an incident happens. The core message is at the top and bottom:

PROTECT PEOPLE | PRESERVE THE ENVIRONMENT | MINIMIZE IMPACT

Safety is not a choice, it's a responsibility.

An EHS Engineer doesn't just fight the fire. They are the technical safety brain of the response. Here is what the 6 roles mean:

1. ENSURE IMMEDIATE SAFETY - The first priority

Assess the situation - Is it still getting worse? What are the ongoing risks?

Make sure emergency procedures are actually followed - not bypassed in panic.

Evacuate or isolate - clear the area, set up barricades if needed.

This is about stopping harm to people first.

### 2. COORDINATE RESPONSE EFFORTS - The connector

Liaise between emergency services, management, and response teams. You speak both languages.

Provide technical advice - Is that smoke toxic? Is that spill flammable? What PPE is needed? Chemical, fire, spill, confined space - you advise.

Support the Incident Commander with HSE input, so decisions don't create a second incident.

3. ASSESS AND CONTROL RISKS - The technical eye

Identify immediate AND potential hazards that others might miss.

Implement controls to prevent further harm - shut down ignition sources, stop a leak, control runoff.

Monitor - check air quality, gas levels, chemical leaks, fire/explosion risk in real-time. That’s why the image shows the engineer observing from a safe distance with a clipboard.

4. INVESTIGATE AND DOCUMENT - The fact finder

Gather evidence while it's fresh: photos, measurements, witness statements, sensor data.

Find out what happened, why it happened, and what can be improved - not who to blame.

Ensure accurate and timely reporting for legal and company requirements.

5. SUPPORT RECOVERY AND RETURN TO WORK - The gatekeeper for restart

Make the area safe and decontaminated before anyone goes back.

Verify corrective actions are in place - you don't restart until it's truly safe.

Support injured persons and give HSE guidance for a safe return to work.

6. PREVENT RECURRENCE - The most important job

Drive root cause analysis and corrective actions - fix the system, not just the symptom.

Update risk assessments, procedures and training so the gap is closed.

Share lessons learned across the organisation.

The bottom flowchart: THE EHS ENGINEER IN ACTION

This is the timeline you follow:

RECEIVE ALERT -> GO TO SCENE (while staying safe) -> ASSESS RISKS -> SUPPORT RESPONSE -> INVESTIGATE & REPORT -> IMPLEMENT CORRECTIVE ACTIONS

You never rush into danger. You go to the scene but stay safe first, so you can help others.

KEY PRINCIPLES at the very bottom

People first

Protect the environment

Follow legal & company requirements

Work with teams & communicate clearly

Turn incidents into lessons for a safer tomorrow

That’s why the final line says: "AN EHS ENGINEER DOESN'T JUST REACT TO INCIDENTS... THEY HELP PREVENT THEM."

In a training or toolbox talk, you can use this to explain that the EHS role is not just during the fire - it starts with the first alarm and ends only when the lesson is learned and shared so it never happens again. 🌡️🗼🚨🏗️🚥🚧⚠️🚦🦺