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Process industry incidents : investigation protocols, case histories, lessons learned ; October 3-6, 2000, Hotel Royal Plaza, Orlando, Florida /
| Clasificación: | Libro Electrónico |
|---|---|
| Autores Corporativos: | , , |
| Formato: | Electrónico Congresos, conferencias eBook |
| Idioma: | Inglés |
| Publicado: |
New York :
American Institute of Chemical Engineers,
2000.
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- [Pt. 1] Case studies / lessons searned
- Lessons learned from an on-plot refinery tank explosion
- Case history of the Tosco Avon refinery investigation: January 1997 through November 1998
- A review of past accidents occurring in major hazard installations in Italy: Discussion of the causes, consequences, and lessons learned
- Lessons learned from a process tank explosion
- [Pt. 2] Management systems
- Incident severity rating and investigation guidelines
- The development of approaches to incident selection for the chemical safety board
- The chemical safety and hazard investigation board's process for selecting incident investigations
- [Pt. 3] Case studies / lessons learned
- A structured approach to safe design or do the safety risks outweigh the environmental benefit?
- Investigation of a pesticide explosion
- A compressor failure that MOC may not have caught!
- [Pt. 4] Investigation technologies
- Premature stopping points for determining the root cause of human error in process incident investigations
- Using advanced trending techniques to learn from your incident statistics
- Human factors in accident investigations
- [Pt. 5] Case studies / lessons learned
- Lessons learned from a cold weather explosion and fire in an oil refinery
- Steam line rupture at Tennessee Eastman Division
- Lessons learned from the Longford Royal Commission investigation into the explosion and fire on 25 September 1998 at the Esso Gas processing plant
- Risk reduction by learning from incidents and near-misses
- [Pt. 6] Investigation technologies
- Root cause analysis: Not what you might think
- Investigation into the root causes of repeated incinerator incidents
- Investigation of explosion accidents
- [Pt. 7] Case studies / lessons learned
- Central collecting and evaluating of major accidents and near-misses in the Federal Republic of Germany
- Impact of identifying root causes
- A reactive chemical incident: Morton International, Paterson, New Jersey
- [Pt. 8] Management systems
- Safety management through learning from experience in the chemical industry: Example of a new incident analysis methodology
- Using process tools, system evaluation, and accident trends to improve operational reliability
- Quality assurance in incident reporting and investigation
- [Pt. 9] Management systems
- Organizational unlearning: Detrimental behaviors present in chemical process incident investigation teams
- A case study in the use of electronic networking for incident notification, response, mitigation, and sharing
- Legal issues and incident investigations
- Conquering cultural change in incident investigation
- [Pt. 10] Case studies / lessons learned
- Get near misses reported
- The case of the pressurized drums (unexpected oxidation-reduction reaction)
- Acrylic polymer reactor accident investigation: Lessons learned and three years later
- [Pt. 11] Incident data workshop
- Recent developments in European Commission tools to manage industrial risks in Europe
- Establishment of an industrial accident database in Korea
- [Pt. 12] Chemical accident investigation around the world workshop
- Chemical accident investigation and management in Korea
- [Pt. 13] The loss and claim adjusting process workshop: Cost estimation, investigation objectives, and the settlement
- Consequence analysis of an oil refinery explosion in Thailand
- Estimating chemical accident costs in the United States: A new analytical approach
- [Pt. 14] Poster session
- Insurance, terrorism and the risk management program
- The secret to measuring process safety performance: Combine process incident data with leading indicators
- Use of computational modeling to identify the cause of vapor cloud explosion incidents
- Realistic dispersion modeling of chlorine release incident.