EV battery fires present unique challenges due to their intensity, potential for re-ignition, and the hazardous gases they release. We’ll explore what happens when these fires ignite, the risks they pose to first responders and nearby environments, and the steps you can take to minimize damage. Learn about the importance of having the right decontamination… Continue reading The Dangers of Lithium-ion Battery Fires
Video Category: Real Life Scenario
Chemical Decontamination Procedures with FAST-ACT
The powerful decontamination capabilities of FAST-ACT, specifically focusing on its ability to neutralize and safely decontaminate hazardous chemicals, like sulfuric acid. Whether you’re dealing with a spill of a known chemical like sulfuric acid or an unknown substance, FAST-ACT is engineered to rapidly respond and mitigate potential dangers by breaking down harmful chemicals on contact.… Continue reading Chemical Decontamination Procedures with FAST-ACT
What solution should be used to decontaminate equipment? With FAST-ACT
The scope of this is to describe the latest field trials on decontamination of senstitive equipment with FAST -ACT, carried out during a live agent training at the CBRN Academy Seibersdorf Laboratories Austria in June 2024. Establish and verify the functionality of sensitive equipment after several decontamination cycles with FAST-ACT, Assess the removal of agent… Continue reading What solution should be used to decontaminate equipment? With FAST-ACT
FAST-ACT Decon Wipes for Responders
How do you decontaminate CBRN? The FAST-ACT Decontamination Wipes are an innovative solution for the decontamination of chemical and radiological substances. These wipes offer a convenient and effective way to remove trace contaminants on skin and various surfaces, providing a safer environment for personnel.
What is the Best Method of Decontamination for CBRN?
Our technology methods utilizes safe earth minerals, naturally equipped to neutralize harmful chemicals. Innovative manufacturing methods amplify their beneficial properties while preserving their natural safety features. In simpler terms, these organized minerals, at the molecular level, capture and neutralize harmful chemicals upon contact, thanks to surface receptors.
