Computational Analysis of Ammonia on a Demonstration Training Testbed for Chemical Terrorism On-site Crew

Abstract

Korea's international position is increasingly becoming prominent. Furthemore, there is an increased potential of chemical terrorism due to increase in international exchanges. Furthermore, significant increases in the quantity and type of chemical substances, given the development of various chemical industries, has led to an increase in the distribution and usage of harmful gases. Recent report of casualties due to chemical gas leaks in korea is a good example. Chemical terrorism using chemicals stolen from blind spots of management or due to chemicals manufactured illegally is no longer considered an accident in another country. In this study, we focused on terrorist incidents in multiuse facilities using harmful gases and performed computer simulations to ensure the safety of field crew members and make rational decisions. A study was conducted to reflect the same in a training scenario. From scenario derivation to writing and reflection of results via computerized simulation, results derived from computerized simulations were summarized and reported because they contain various variables and significant work content.