PID Gas Sensors in First Response
When a hazardous materials response team, or first response team, arrives at the scene of an accident, there are many unknowns regarding its condition and first responders need to approach each event carefully.
18th August 2020
PID Gas Sensors
Photoionisation detection sensors (PIDs) allow first responders to know the dangerous conditions of an area. At the scene of an accident, PID gas sensors can monitor the ambient air for parts per million (ppm) concentrations of total volatile organic compounds (VOCs) to evaluate the danger.
Once the first responders have established the proper personal protection equipment (PPE), PID sensors can be utilised to determine if leaking materials in the atmosphere are toxic or benign.
Using this information provided by the PID sensor, first responders can determine a safe distance from the scene, and the potential leaking gases, to establish a proper control perimeter to keep bystanders and personnel safe in the most challenging of circumstances.
During product containment, decontamination and remediation, PID sensors can quickly monitor, acquire and log measurements to provide vital information on clean-up progress and for later post-incident analysis–allowing first responders to accurately respond as necessary.
In the world of first response, or government and defence, the speed and accuracy at which hazards exist is of great importance. PID sensors combine flexibility and precision to provide first responders with a gas detection tool that can be integrated within all phases of the public safety process.
For more information on PID gas detectors, please contact us on:
or telephone: +44 (0) 1763 208 503.
Everything you need to know about PID Gas Sensors for first response
ION Science PID Gas Sensors for first response, monitor the ambient air for parts per million (ppm) concentrations of VOCs to evaluate the danger.
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