TrainSaf® Specification Sheet

 

Personnel responsible for identification, demarcation, characterization, monitoring and decontamination of an area and adjacent areas affected by Chemical Warfare Agents (CWAs) require extensive 04/12/2008 - U.S. Marine Corps Marines fit their M40 chemical-biological protective masks April 12, 2008, to ensure proper seal as part of a training exercise at Dyess Air Force Base, Texas, April 12, 2008. (U.S. Air Force photo by Senior Airman Courtney Richardson) (Released)training in the field with the tools and equipment that they will use in a real event, including chemical detectors that analyze CWA vapors. Effective training exercises for these personnel require high fidelity simulations of these contaminants.

Simulated events will involve the dispersal of liquid chemical simulant or particulate radiological simulant materials, which the trainees MUST be able to detect and respond to.TrainSaf Simulants, Ideal Chemical & Radiological Training The TrainSaf® Simulants will allow dispersion of the agents in a manner that mimics the dispersion expected for a real event. This requires high fidelity simulation of the physical and chemical properties of the agents.

It is expected that the simulants will be distributed by trainers over the surfaces of03/10/2008 - U.S. Navy Chief Petty Officer Keith Campbell tests a sensor that detects chemicals to assure it works properly in preparation for Exercise Desert Sailor in Bahrain Feb. 25, 2008. Desert Sailor is a two-week hazardous material response exercise for U.S. Sailors and Marines and their Bahraini counterparts. (U.S. Navy photo by Mass Communication Specialist 2nd Class Kirk Worley) (Released) an area and the trainees will be expected to use their CWA detectors to determine where the agents are located followed by decontamination of the surfaces. The simulants are intended to be used in exercises that involve “civilian” contamination and therefore the simulants can be used on unprotected skin and clothing. The UV flashlight included in the TrainSaf® kit or any other 390 nm wavelength UV emitting “black light” bulbs may be used in a darkened area for examination and identification of the TrainSaf® chemical or radiological simulants. Training or exercise evaluators can use this method to assess the effectiveness of decontamination procedures.

Since the vapor pressures of the TrainSaf® chemical simulants match those of the actual chemical agents, the relative ppmv concentrationTrainSaf Simulants, Ideal Chemical & Radiological Training levels will also correlate for each simulant-agent pair; and thus training or exercise evaluators may accomplish detection of simulants using any detection device that can measure volatile organic compounds (VOCs), such as a photoionization detector (PID). This may be accomplished pre- and post-decon to evaluate decontamination process efficacy, and evaluate critical personnel and equipment to determine any post-decon cross-contamination.

 

 

 

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