TOXI-Triage

Revolutionising the way emergency services across the world tackle life threatening incidents

Research led by 新澳门彩历史开奖记录 seeks to set the new global 鈥楪old Standard鈥� for how emergency services should tackle a chemical, biological, radioactive, or nuclear (CBRN) incident.

In an age where a CBRN emergency, both accidental and deliberate, poses a real threat to society, new integrated systems and technologies are needed to aid first responders and enhance the protection of citizens.

The multi-million pound TOXI-Triage project, which brings together experts from across Europe, is creating novel ways to give effective and diagnostically sound medical and toxic assessments to the casualties of a CBRN event amid the confusion, disorder, and dangers it would bring.

These new technologies and systems will revolutionise the way emergency services across the world tackle a CBRN incident.

People in chemical protection suits being cleaned after an exercise

What is TOXI-Triage?

The multi-million pound TOXI-Triage project brings together emergency and health services, defence, industry, and university academics.
A researcher in a breath analysis laboratory

Accurate and rapid CBRN diagnosis

Creating new technologies to detect CBRN agents from a simple breath, saliva or skin test
Top down photo of a desk with people using laptops

Crisis Comms

Producing new recommendations to guide official communications during a CBRN emergency
Emergency service workers standing with their backs to camera

The crisis journey

Mapping each stage and operational level of an emergency response
Aerial view of a big city with speech bubble icons overlaid

Toxi-Motive

Using social media to detect and track a crisis situation
Drone against a vibrant orange cityscape

UAV chemical detection

Air sampling technology small enough to be carried by a drone
Emergency services workers taking part in a field trial in Athens

Putting the TOXI-Triage technologies to the test in Athens

The TOXI-Triage project team joined forces with the Greek Ministry of National Defence to run a full scale field trial of its mass casualty diagnostic technologies and systems.

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