(Ebook) Deflagration and Detonation Flame Arresters 1st Edition by Stanley S Grossel ISBN 9780816907915 0816907919

(Ebook) Deflagration and Detonation Flame Arresters 1st Edition by Stanley S Grossel ISBN 9780816907915 0816907919

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ISBN 10: 0816907919
ISBN 13: 9780816907915
Author: Stanley S Grossel

(Ebook) Deflagration and Detonation Flame Arresters 1st Edition Table of contents:

1.2 Why This Book Was Written
1.3 What Is Covered in This Book
1.5 Units of Measure
2.1 Historical Development of Flame Arresters
2.2.1 Successful Applications
2.2.2 Unsuccessful Applications
2.3.1 United States
2.3.3 United Kingdom
2.3.4 Europe and International
2.5 References
3.2 Deflagration and Detonation Flame Arresters
3.3 Deflagration Venting
3.4 Oxidant Concentration Reduction
3.5 Combustible Concentration Reduction
3.6 Deflagration Suppression
3.8 Equipment and Piping Isolation
3.9 References
4.1 Introduction to the Chemistry and Physics of Flame Propagation
4.1.1 Combustion Chemistry and Thermodynamics
4.1.2 Flammability Characteristics
4.1.3 Decomposition Flames
4.2.1 Burning Velocity and Flame Speed
4.2.2 Flame Acceleration and Deflagration-to-Detonation Transition (DDT)
4.2.3 Detonations
4.3 Ignition and Quenching
4.5 References
5.1 Where Flame Arresters May Be Needed
5.2.2 Crimped Metal Ribbon
5.2.3 Parallel Plate
5.2.4 Expanded Metal Cartridge
5.2.5 Perforated Plate
5.2.6 Wire Gauze
5.2.8 Ceramic Balls
5.2.9 Metal Shot
5.2.10 Hydraulic (Liquid Seal) Flame Arrester
5.2.11 Packed Bed Flame Arrester
5.2.12 Velocity Flame Stopper
5.2.13 High Velocity Vent Valve
5.3.1 Classification According to NEC Groups and MESGs
5.3.2 Reactions and Combustion Dynamics of Fast-Burning Gases
5.3.4 Quenching Diameter, Quenching Length, and Flame Velocity
5.3.5 Burnback Resistance
5.3.6 Pressure Drop Limitations
5.3.7 Fouling and Plugging Potential and Protection
5.3.9 Material Selection Requirements
5.3.11 System Constraints
5.3.12 Mixture Composition
5.3.13 Operating Temperature and Pressure
5.3.14 Ignition Location
5.3.15 Changes in Pipe Diameter
5.3.16 Location and Orientation
5.3.17 Reliability
5.3.18 Monitoring and Instrumentation
5.4 Special Applications
5.4.1 Hydrogen
5.4.2 Acetylene
5.5 Information That Should Be Provided to Manufacturers
5.6 References
6.1 Design Considerations with Respect to Other System Components
6.2 Piping and Flame Arrester System Design Considerations
6.4 Optimum Location in System
6.5 Supports for Static and Dynamic Forces
6.6 References
7.2 Mechanical Integrity Issues
7.2.1 Inspection
7.2.2 Current Maintenance Practices
7.4 On-Stream Isolation and Switching of Parallel Spares
7.6 References
8.1.1 United States
8.1.2 Canada
8.1.3 United Kingdom
8.1.4 Europe and International
8.2 Comparison of Various Flame Arrester Standards and Codes
8.4 References
9.2 Example 1 - Protective Measures for a Vent Manifold System
9.3 Example 2 - Sizing of an End-of-Line Deflagration Flame Arrester
9.5 Example 4 - Calculation of the LFL and UFL of Mixtures
9.6 Example 5 - Calculation of the MESG of Mixtures
9.8 Typical Locations in Process Systems
9.9 List of Steps in the Selection of a DDA or Other Flame Propagation Control Method
9.10 References
10.1 Status of DDA Technology
10.2 Recommended Practices
10.4 Future Technology Development
10.5 References
Appendix A: Flame Arrester Specification Sheet for Manufacturer Quotation
Appendix B: List of Flame Arrester Manufacturers
Appendix C: UL and FM Listings and Approvals
Appendix D: Suggested Additional Reading

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Tags: Stanley S Grossel, Deflagration, Detonation Flame Arresters