Hazards and Safety in Process Industries
portes grátis
Hazards and Safety in Process Industries
Case Studies
Changmai, Murchana; Mondal, Piyal; Shu, Chi-Min; Purkait, Mihir Kumar; Volli, Vikranth
Taylor & Francis Ltd
10/2024
334
Mole
9780367516529
Pré-lançamento - envio 15 a 20 dias após a sua edição
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1. Introduction to industrial safety and hazard. 2. Caprolactum storage tank accident: Root cause analysis. 3. Fire explosion accident caused by static electricity in a propylene plant. 4. Thermal hazard accident during hydrogen peroxide mixing with propanone: Case study. 5. Hydroelectric power plant fire accident: Fire dynamics simulator (FDS) . 6. Thermal accident of methyl ethyl ketone peroxide plant: Calorimetric analysis. 7. Case study on the integrated self-assessment module for fire rescue, safety in a chemical plant. 8. Chemical releases in a semiconductor plant: Emergency response study. 9. Thermal hazard and safety during combustion of 1-butylimidazolium nitrate . 10. Safety and flammability analysis for fuel-air-diluent mixtures plant. 11. Advanced calorimetric technology for kinetic and thermal safety analysis of Tert-Butylperoxy-3,5,5-Trimethylhexanoate. 12. Thermal hazard analysis and its application on process safety assessments. 13. Safety of flammable liquid mixtures. 14. Calorimetric approach on the thermal hazard assessment of Cumene Hydroperoxide. 15. Evaluation of the information system of maintenance efficiency in petrochemical plants. 16. Challenges in emerging economies to industry 4.0 initiatives for supply chain sustainability. 17. Spatial features for heavy metal pollution and ecological risk assessment during mining. 18. Evaluation of human factors risk and management in process safety engineering. 19. Analysis of off-site emergency procedures and reciprocation for nuclear accidents.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Thermokinetic Parameters;Accidents;Thermal Hazard;Root Cause Analysis;Runaway Reaction;Fire;Self-heating Rate;Process Safety Assessment;Thermal Explosion;Emergency;Organic Peroxides;Supply Chain;Methyl Ethyl Ketone Peroxide;Risk assessment;Accident Investigation;Industrial safety;Thermal Runaway;Chemical process safety;DSC Experiment;Root causes analysis;Thermal Decomposition;Safety management;Flash Point Values;ILs;High Tech Plants;Flammability Limits;Aqueous Organic Mixtures;Sustainable Supply Chain Management;Weld Seam;Potential Ecological Risk Assessment;Methyl Formate;HFACS Framework;Fukushima Daiichi;Hydroelectric Power Plant;Partially Miscible;Transformer Room
1. Introduction to industrial safety and hazard. 2. Caprolactum storage tank accident: Root cause analysis. 3. Fire explosion accident caused by static electricity in a propylene plant. 4. Thermal hazard accident during hydrogen peroxide mixing with propanone: Case study. 5. Hydroelectric power plant fire accident: Fire dynamics simulator (FDS) . 6. Thermal accident of methyl ethyl ketone peroxide plant: Calorimetric analysis. 7. Case study on the integrated self-assessment module for fire rescue, safety in a chemical plant. 8. Chemical releases in a semiconductor plant: Emergency response study. 9. Thermal hazard and safety during combustion of 1-butylimidazolium nitrate . 10. Safety and flammability analysis for fuel-air-diluent mixtures plant. 11. Advanced calorimetric technology for kinetic and thermal safety analysis of Tert-Butylperoxy-3,5,5-Trimethylhexanoate. 12. Thermal hazard analysis and its application on process safety assessments. 13. Safety of flammable liquid mixtures. 14. Calorimetric approach on the thermal hazard assessment of Cumene Hydroperoxide. 15. Evaluation of the information system of maintenance efficiency in petrochemical plants. 16. Challenges in emerging economies to industry 4.0 initiatives for supply chain sustainability. 17. Spatial features for heavy metal pollution and ecological risk assessment during mining. 18. Evaluation of human factors risk and management in process safety engineering. 19. Analysis of off-site emergency procedures and reciprocation for nuclear accidents.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Thermokinetic Parameters;Accidents;Thermal Hazard;Root Cause Analysis;Runaway Reaction;Fire;Self-heating Rate;Process Safety Assessment;Thermal Explosion;Emergency;Organic Peroxides;Supply Chain;Methyl Ethyl Ketone Peroxide;Risk assessment;Accident Investigation;Industrial safety;Thermal Runaway;Chemical process safety;DSC Experiment;Root causes analysis;Thermal Decomposition;Safety management;Flash Point Values;ILs;High Tech Plants;Flammability Limits;Aqueous Organic Mixtures;Sustainable Supply Chain Management;Weld Seam;Potential Ecological Risk Assessment;Methyl Formate;HFACS Framework;Fukushima Daiichi;Hydroelectric Power Plant;Partially Miscible;Transformer Room
