Hazard identification is an important part of risk management, because no action can be made to avoid, or mitigate in a timely way, the risk derived from unidentified hazards. The hazard identification process also has a large potential for human error, with little or no feedback pertaining to those errors. Theoretical and practical limitations affecting results of the hazard identification process suggest a need for an improvement of current techniques. For this reason, a specific method, named dynamic procedure for atypical scenarios identification, was conceived to provide comprehensive hazard identification of industrial systems, joined to a process of continuous improvement of the results of the assessment. It is a method for the continuous systematization of information from early risk signals and provides support for the assessment of potential accident scenarios in compliance with the five main hazard identification principles.

Advanced Technique for Dynamic Hazard Identification

TUGNOLI, ALESSANDRO;COZZANI, VALERIO
2016

Abstract

Hazard identification is an important part of risk management, because no action can be made to avoid, or mitigate in a timely way, the risk derived from unidentified hazards. The hazard identification process also has a large potential for human error, with little or no feedback pertaining to those errors. Theoretical and practical limitations affecting results of the hazard identification process suggest a need for an improvement of current techniques. For this reason, a specific method, named dynamic procedure for atypical scenarios identification, was conceived to provide comprehensive hazard identification of industrial systems, joined to a process of continuous improvement of the results of the assessment. It is a method for the continuous systematization of information from early risk signals and provides support for the assessment of potential accident scenarios in compliance with the five main hazard identification principles.
2016
Dynamic Risk Analysis in the Chemical and Petroleum Industry: Evolution and Interaction with Parallel Disciplines in the Perspective of Industrial Application
27
36
Paltrinieri, N.; Tugnoli, A.; Cozzani, V.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/589993
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