29 Oct 2018
TOXI-Triage field trial success paves the way for new mass casualty technologies
A full scale field trial of ground breaking new technologies designed to improve the way emergency services triage casualties following a chemical, biological, radioactive, or nuclear (CBRN) incident has taken place.
The trial marked a key milestone for the international TOXI-Triage project, a Loughborough University led study that seeks to revolutionise the way the world tackles life threatening CBRN events.
In partnership with Greece’s Ministry of National Defence, the TOXI-Triage project team – which is led by Loughborough’s Professor Paul Thomas – travelled to Athens to test how the new technologies would work in a crisis situation.
For the trial two CBRN decontamination triage lines were set up by the Greek military and, following a simulated chemical incident, casualties contaminated with a substance were sent for assessment.
The technologies being assessed included:
- A new system to determine the level of casualty exposure to poisons by analysing the skin, salvia and breath
- The use of drones carrying payloads that contain radiological and poison cloud monitoring instrumentation to assess incident hot zones
- A Tag and Trace system for casualties that provides real-time data on their status and location to aid the management of decontamination activity
- A way to utilise social media to track a crisis situation as it develops, aiding the deployment of the emergency services and tackling the spread of fake news
Speaking after the event, Professor Thomas said: “The field trial was an incredible achievement. It was the first time ever so many new advanced methods and technologies were combined to tackle a simulated CBRN crisis.
“The data we have been able to collect will be invaluable in ensuring these technologies and systems continue to evolve, and ultimately become the tools used by emergency responders across the world.”
The TOXI-Triage team will travel to Finland in May 2019 to carry out a further field trial. Further information about the project can be found here.