A simplified methodology was developed for the assessment of fire protection barriers and to support the Quantitative Risk Assessment (QRA) of industrial facilities. Given a generic fire scenario, the aim of the methodology was to evaluate the probability of fire damages on industrial equipment both considering the availability and effectiveness of the protective barriers. Fire protections for industrial equipment were first classified, and then literature reliability data were used to build a dataset of Probability of Failure on Demand (PFD) for each protection type. Next, the effectiveness was determined from specific studies and surveys available in the literature. For passive protections, the effectiveness evaluation was based on the pr...
The present study was aimed at the quantitative assessment of domino effect triggered by fires. A re...
The quantitative risk assessment of domino effect together with the development of dedicated tools a...
Fires involving storage or process units were the most frequent initiating cause of severe cascading...
A simplified methodology was developed for the assessment of fire protection barriers and to support...
none4noAbstract The evolution of domino scenarios triggered by fire critically depends on the presen...
A methodology for the probabilistic assessment of fired domino escalation through the analysis of sa...
PresentationThe prevention of high-impact low-probability (HILP) events in industrial clusters or co...
Accidental fires impinging equipment or pipes may cause severe secondary scenarios due to escalation...
Accidental fires impinging equipment or pipes may cause severe secondary scenarios due to escalation...
Accidental fires impinging equipment or pipes may cause severe secondary scenarios due to escalation...
The evolution of domino scenarios triggered by fire critically depends on the presence and the perfo...
Severe fires may damage process equipment or pipes, leading to accident escalation and domino effect...
none4noFires involving storage or process units were the most frequent initiating cause of severe ca...
The present study was aimed at the quantitative assessment of domino effect triggered by fires. A re...
The present study was aimed at the quantitative assessment of domino effect triggered by fires. A re...
The present study was aimed at the quantitative assessment of domino effect triggered by fires. A re...
The quantitative risk assessment of domino effect together with the development of dedicated tools a...
Fires involving storage or process units were the most frequent initiating cause of severe cascading...
A simplified methodology was developed for the assessment of fire protection barriers and to support...
none4noAbstract The evolution of domino scenarios triggered by fire critically depends on the presen...
A methodology for the probabilistic assessment of fired domino escalation through the analysis of sa...
PresentationThe prevention of high-impact low-probability (HILP) events in industrial clusters or co...
Accidental fires impinging equipment or pipes may cause severe secondary scenarios due to escalation...
Accidental fires impinging equipment or pipes may cause severe secondary scenarios due to escalation...
Accidental fires impinging equipment or pipes may cause severe secondary scenarios due to escalation...
The evolution of domino scenarios triggered by fire critically depends on the presence and the perfo...
Severe fires may damage process equipment or pipes, leading to accident escalation and domino effect...
none4noFires involving storage or process units were the most frequent initiating cause of severe ca...
The present study was aimed at the quantitative assessment of domino effect triggered by fires. A re...
The present study was aimed at the quantitative assessment of domino effect triggered by fires. A re...
The present study was aimed at the quantitative assessment of domino effect triggered by fires. A re...
The quantitative risk assessment of domino effect together with the development of dedicated tools a...
Fires involving storage or process units were the most frequent initiating cause of severe cascading...