Monday, August 12, 2019
System Safety Application to control chemical accidents in the Work Case Study
System Safety Application to control chemical accidents in the Work Environment - Case Study Example In this project paper, we look at potential risk to system safety and the techniques we can use to strengthen the system safety. Some of the areas will discuss is a maintenance project design, industrial accidents, the principles and techniques and how we can use them in a real world situation. System safety is crucial to every organization as it facilitates efficiency and effectiveness. It also ensures that the correct procedure is followed at each stage to avoid any accidents and adhere to the policies and regulations put in place by the state. Process system management ensures that highly hazardous substances are not released to the environment. This is accomplished by use of an outlined process to manage the energy sources and chemicals produced in the industries to reduce the occurrence of accidents. For this process to be effective there are several elements that are integrated, and they include training, prestart up safety review, mechanical integrity, process hazardous analysis, emergency planning mechanism and the most important employee participation among other elements. The United States Occupational Safety and Health Administration (OSHA) established in 1910 is an organization set to help regulate the release of energy sources and hazardous chemicals in industries by use of standard procedure set in place. Standard procedure comprises of the audit program, operational procedures as well as design guidance (Australian Global Maritime Distress and Safety 2004). These methods ensure that the desired outcome to minimize incidents is achieved in industries. The process safety management is broken down into different 14 elements which include: The elements listed above are interdependent to mean that one element contributes to the outcome of another. They provide information to others elements and in return receive information from other elements to complete the process. All elements
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