Evaluation of the Effects and Consequences of Major Accidents in Industrial Plants (2nd Ed.)
Auteur : Casal Joaquim
Evaluation of the Effects and Consequences of Major Accidents in Industrial Plants, Second Edition, covers the essential aspects of a diverse range of major accidents including fires, explosions and toxic clouds, and provides the key models necessary to calculate their effects and consequences with applications to real incidents. New topics in this up-to-date edition include dust explosions, evaluation of frequencies and probabilities, domino effect, transportation of hazardous materials, and analysis of significant accidents.The new edition of Evaluation of the Effects and Consequences of Major Accidents in Industrial Plants is a valuable resource to engineers from the chemical/petrochemical industry and those working with the transportation of hazardous materials (by road, rail, or pipelines), in addition to engineering companies and academics alike.
1. Introduction 2. Source term 3. Fire accidents 4. Vapour cloud explosions 5. BLEVEs and vessel explosions 6. Dust explosions 7. Atmospheric dispersion of toxic or flammable clouds 8. Vulnerability 9. Determination of accident frequencies 10. Domino effect 11. Quantitative risk analysis 12. Transportation of hazardous materials
Engineers from chemical/petrochemical industry, or working with the transportation of hazardous materials (by road, rail or pipelines); Safety engineers from industry,;Engineering companies; Academic people from departments of chemical engineering, energy and environmental technology; students from these fields
- Evaluates the expected/probable occurrence frequency of major accidents
- Describes the main features of fires, explosions and toxic releases
- Includes mathematical modeling of major accidents, evaluation of their effects, and consequences on people and equipment
- Explains how to perform a Quantitative Risk Analysis
Date de parution : 09-2017
Ouvrage de 570 p.
19x23.3 cm
Thème d’Evaluation of the Effects and Consequences of Major... :
Mots-clés :
Atmospheric dispersion; BLEVE; Blast wave; Damage to people; Dispersion models; Domino effect; Dust explosion; Dust properties; Ejection of fragments; Escalation vectors; Event tree; Fault tree; Fireball; Flammability; Flash fires; Flow rate calculation; Frequency; Hazmat transportation; Individual risk; Jet fires; Loss-of-containment; Major accidents; Material damage; Mathematical modeling; Multienergy; NaTech accidents; Outflow guidelines; Overpressure; Overpressure wave; Parallel pipelines; Pipelines; Pool fires; Probability; Probit analysis; QRA; Quantitative risk analysis; Rail transportation; Risk; Risk analysis; Risk mapping; Road transportation; Sheltering; Societal risk; Superheating; TNT equivalency; Thermal radiation; Transportation; VCE; Venting design; Vessel failure; Vulnerability