2005Process Safety ProgressRequires access

Implementing inherently safer design in an existing plant

Dennis C. Hendershot, Jonathan A. Sussman, Gerald E. Winkler, G. Lee Dill

Open publisher page 24 citations

Abstract

Abstract Although the best time for implementation of inherently safer design alternatives is during early process development and plant design, there are often opportunities to modify an existing plant to significantly enhance inherent safety. We will describe a modification to a bromine raw material handling facility, replacing an existing bulk storage tank with cylinders. Incident consequence analysis and quantitative risk analysis were used to understand the relative inherent safety characteristics of the design options. © 2005 American Institute of Chemical Engineers Process Saf Prog, 2006

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Abstract Although the best time for implementation of inherently safer design alternatives is during early process development and plant design, there are often opportunities to modify an existing plant to significantly enhance inherent safety. We will describe a modification to a bromine raw material handling facility, replacing an existing bulk storage tank with cylinders. Incident consequence analysis and quantitative risk analysis were used to understand the relative inherent safety characteristics of the design options. © 2005 American Institute of Chemical Engineers Process Saf Prog, 2006

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Available abstract

Abstract Although the best time for implementation of inherently safer design alternatives is during early process development and plant design, there are often opportunities to modify an existing plant to significantly enhance inherent safety. We will describe a modification to a bromine raw material handling facility, replacing an existing bulk storage tank with cylinders. Incident consequence analysis and quantitative risk analysis were used to understand the relative inherent safety characteristics of the design options. © 2005 American Institute of Chemical Engineers Process Saf Prog, 2006

Key concepts: SAFER, Risk analysis (engineering), Process (computing), Engineering, Process plant, Inherent safety, Systems engineering, Reliability engineering

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