What It’s Like to Face the Fire
Members of S&T’s communications team recently spent a brisk morning at the Maryland Fire and Rescue Institute (MFRI).
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Members of S&T’s communications team recently spent a brisk morning at the Maryland Fire and Rescue Institute (MFRI).
S&T’s Transportation Security Lab wants us all to have a happy and safe Independence Day and share their top 10 tips for safely handling fireworks this holiday.
S&T CSAC developed a new cyanide detection test method, both affordable and efficient, to test fire survivors for toxic cyanide exposure at the scene.
S&T is developing new tools to support risk-based analysis for climate adaptation and disaster resilience.
Interactive synopsis and Interactive mobile synopsis for Enhancing Rescue Hoist Glove Operational Field Assessment
Today is International Firefighters Day, an occasion to recognize and honor the sacrifices that brave men and women around the world make to safeguard our communities.
S&T and NASA JPL successfully tested the Precision Outdoor and Indoor Navigation and Tracking for Emergency Responders (POINTER) technology at the Veteran’s Affairs Greater Los Angeles Healthcare System.
Rescue hoist gloves protect emergency responders’ hands during specialized helicopter hoist rescue operations. Read the results of two prototype fingerless glove designs, developed by DHS S&T, and tested by the National Urban Security Technology Laboratory.
First responders commonly enter situations with unknown threats wearing only duty uniforms. These uniforms offer little to no protection against atypical threats, causing the first responders to be exposed to unnecessary hazards. Multi-threat Personal Protective Equipment (PPE) for first responders, capable of withstanding chemical/biological, fire, stab and blast hazards, either do not exist in one garment or are bulky and unable to be worn at all times.
The Department of Homeland Security Science and Technology Directorate (S&T) is funding Higher Dimension Materials, Inc. (HDM), and the North Carolina State University Textile Protect and Comfort Center (TPACC) to identify, test and select the most appropriate fabric and supporting materials to incorporate into an enhanced glove design.