An Innovational Approach for Assessment of Hypothetical Emergency Evacuation Distance in Pharmaceutical Industry

Abstract

Nobody predict an emergency or disaster situation especially one that affects them their employees and their business personally. The evacuation is a simple way to evacuate employee from workplace safely. It is very important that the evacuation is having a systematic approach, rules, regulation and design aspect concerns followed during the evacuation. There are number of principles factor and mathematical models which can simulate the evacuation systematically, so the evacuation may be more effective and less time consuming process. A workplace emergency is an unforeseen situation that threatens our employee, customers or the public disrupt or shut down the operation cause physical or environmental damage. Evacuation of a group of pedestrians from the hazardous area, under temporal and physical constrain is a major issue. If the crowd fails to escape from the industry in time, due to failure of obstacles avoidance or wrong exit selection, people may be injured or killed. Also, people behavior rushing towards the exit, shuffling, pushing, crushing, and itself may result in injury and death in the industrial manufacturing facilities are expected to maintain high level of production an at same time employee stuck safety standards to ensure the safe evacuation of people in the event of emergencies. In view of the above, this paper presents an innovational design approach for the assessment of emergency evacuation distance in pharmaceutical industry.