Description

Book Synopsis
Batch reaction systems pose challenges to process safety managers because they do not operate in a steady state. This book identifies the concerns of batch reaction systems, including potential sources of unsafe conditions, and provides a how-to guide for engineers in dealing with them, by applying appropriate practices to prevent accidents.

Table of Contents
Preface.

Acknowledgments.

Acronyms and Abbreviations.

Chapter 1. Process Safety in Batch Reaction Systems.

1.1. Scope.

1.2. Special Concerns of Batch Reaction Systems.

1.3. Approach Used in Guidelines.

Chapter 2. Chemistry.

2.1. Introduction.

2.2. Case Study.

2.3. Key Issues.

2.4. Process Safety Practices.

Table 2: Chemistry.

Appendix 2A. Chemical Reactivity Hazards Screening.

A.1. Understand the Problem.

A.2. Conduct Theoretical Screening.

A.3. Conduct Experimental Screening.

A.4. Conduct Experimental Analysis.

Chapter 3. Equipment Configuration and Layout.

3.1. Introduction.

3.2. Case Studies.

Pump Leak Incidents.

Tank Farm Fire.

3.3. Key Issues.

3.4. Process Safety Practices.

Table 3: Equipment Configuration and Layout.

Chapter 4. Equipment.

4.1. Introduction.

Vessels Including Reactors and Storage Vessels.

Centrifuges.

Dryers.

Batch Distillation Columns and Evaporators.

Process Vents and Drains.

Charging and Transferring Equipment.

Drumming Equipment.

Milling Equipment.

Filters.

4.2. Case Studies.

Batch Pharmaceutical Reactor Accident.

Seveso Runaway Reaction.

Pharmaceutical Powder Dryer Fire and Explosion.

4.3. Key Issues.

4.4. Process Safety Practices.

Table 4.0: General.

Table 4.1: Reactors and Vessels.

Table 4.3: Dryers.

Table 4.5: Process Vents and Drains.

Table 4.6: Transferring and Charging Equipment.

Table 4.7: Drumming Equipment.

Table 4.8: Milling Equipment.

Table 4.9: Filters.

Appendix 4A. Storage and Warehousing.

Chapter 5. Instrumentation/Control Systems.

5.1. Introduction.

5.2. Case Study.

5.3. Key Issues.

5.4. Process Safety Practices.

Table 5: Instrumentation/Control Systems.

Chapter 6. Operations and Procedures.

6.1. Introduction.

6.2. Case Studies.

Initiator Overcharging Incident.

Reactant Stratification Incident.

6.3. Key Issues.

6.4. Process Safety Practices.

Table 6: Operations and Procedures.

References.

Glossary.

Guidelines for Process Safety in Batch Reaction Systems

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      Publisher: Wiley
      Publication Date: 01/09/1999
      ISBN13: 9780816907809, 978-0816907809
      ISBN10:

      Description

      Book Synopsis
      Batch reaction systems pose challenges to process safety managers because they do not operate in a steady state. This book identifies the concerns of batch reaction systems, including potential sources of unsafe conditions, and provides a how-to guide for engineers in dealing with them, by applying appropriate practices to prevent accidents.

      Table of Contents
      Preface.

      Acknowledgments.

      Acronyms and Abbreviations.

      Chapter 1. Process Safety in Batch Reaction Systems.

      1.1. Scope.

      1.2. Special Concerns of Batch Reaction Systems.

      1.3. Approach Used in Guidelines.

      Chapter 2. Chemistry.

      2.1. Introduction.

      2.2. Case Study.

      2.3. Key Issues.

      2.4. Process Safety Practices.

      Table 2: Chemistry.

      Appendix 2A. Chemical Reactivity Hazards Screening.

      A.1. Understand the Problem.

      A.2. Conduct Theoretical Screening.

      A.3. Conduct Experimental Screening.

      A.4. Conduct Experimental Analysis.

      Chapter 3. Equipment Configuration and Layout.

      3.1. Introduction.

      3.2. Case Studies.

      Pump Leak Incidents.

      Tank Farm Fire.

      3.3. Key Issues.

      3.4. Process Safety Practices.

      Table 3: Equipment Configuration and Layout.

      Chapter 4. Equipment.

      4.1. Introduction.

      Vessels Including Reactors and Storage Vessels.

      Centrifuges.

      Dryers.

      Batch Distillation Columns and Evaporators.

      Process Vents and Drains.

      Charging and Transferring Equipment.

      Drumming Equipment.

      Milling Equipment.

      Filters.

      4.2. Case Studies.

      Batch Pharmaceutical Reactor Accident.

      Seveso Runaway Reaction.

      Pharmaceutical Powder Dryer Fire and Explosion.

      4.3. Key Issues.

      4.4. Process Safety Practices.

      Table 4.0: General.

      Table 4.1: Reactors and Vessels.

      Table 4.3: Dryers.

      Table 4.5: Process Vents and Drains.

      Table 4.6: Transferring and Charging Equipment.

      Table 4.7: Drumming Equipment.

      Table 4.8: Milling Equipment.

      Table 4.9: Filters.

      Appendix 4A. Storage and Warehousing.

      Chapter 5. Instrumentation/Control Systems.

      5.1. Introduction.

      5.2. Case Study.

      5.3. Key Issues.

      5.4. Process Safety Practices.

      Table 5: Instrumentation/Control Systems.

      Chapter 6. Operations and Procedures.

      6.1. Introduction.

      6.2. Case Studies.

      Initiator Overcharging Incident.

      Reactant Stratification Incident.

      6.3. Key Issues.

      6.4. Process Safety Practices.

      Table 6: Operations and Procedures.

      References.

      Glossary.

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