RAE Systems Inc., a leading global developer and manufacturer of rapidly-deployable, multi-sensor chemical and radiation detection monitors and networks for homeland security and industrial applications, today announced that it will be presenting the company's latest situational awareness tools at the Fire Department Instructor's Conference in Indianapolis, Indiana on April 14-16.
"Firefighters are often called on to respond to complex, chaotic events that may or may not involve fires," said Bob Durstenfeld, director of corporate marketing for RAE Systems. "These environments may contain potentially toxic substances such as radiation and lethal gases, which means that the threats first responders face are often unseen. RAE Systems' sensing and information tools enable better deployment decisions and help front line personnel avoid exposure to toxic substances, ensuring that they not only get home at night but that they also are able to enjoy their retirements."
Over the past year, RAE Systems has focused on developing sensing, data analysis and decision support tools that enable the best possible assessment and decision making at the site of terrorist events and HazMat accidents. RAE Systems will be demonstrating products including PlumeRAE, HazRAE, AreaRAE, and GammaRAE II.
PlumeRAE is RAE Systems' solution for maximizing community safety by providing the decision support information needed by civil authorities to protect nearby populations after the release of toxic materials. PlumeRAE enables first responders to measure the direction and concentration of a plume, giving incident commanders the information they need to prioritize response actions given limited resources, to direct shelter-in-place plans, and to issue road closures. Decision making is even more powerful when the PlumeRAE is coupled with HazRAE, the company's hazardous materials decision support application that runs on handheld, wireless devices. HazRAE contains more than 91,000 chemical, biological warfare, bioterror agents, trade names and improvised explosive devices. Materials can be retrieved by traditional search identifiers such as name or UN number, and can also be retrieved by using observable physical characteristics and symptoms in victims.