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Surface Production Operations: Volume IV: Pumps and Compressors [Kõva köide]

(President, Stewart Training Company, USA)
  • Formaat: Hardback, 934 pages, kõrgus x laius: 229x152 mm, kaal: 1610 g, Approx. 130 illustrations; Illustrations, unspecified
  • Ilmumisaeg: 03-Dec-2018
  • Kirjastus: Gulf Professional Publishing
  • ISBN-10: 0128098953
  • ISBN-13: 9780128098950
Teised raamatud teemal:
Surface Production Operations: Volume IV: Pumps and CompressorsSuurem pilt
  • Formaat: Hardback, 934 pages, kõrgus x laius: 229x152 mm, kaal: 1610 g, Approx. 130 illustrations; Illustrations, unspecified
  • Ilmumisaeg: 03-Dec-2018
  • Kirjastus: Gulf Professional Publishing
  • ISBN-10: 0128098953
  • ISBN-13: 9780128098950
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9780128098950.html
Märksõnad:

Surface Production Operations: Volume 4: Pump and Compressor Systems: Mechanical Design and Specification, the fourth volume in the classic series Pump and Compressor Systems: Mechanical Design and Equipment and Specification presents readers with a hands-on manual for applying mechanical and physical principles to select and design pump and compressor systems. Packed with charts, tables and diagrams, this authoritative book is all a practicing engineer and senior field personnel need for a rigorous and comprehensive understanding of pump and compressor systems theory, fundamentals and applications.

Readers will find expert advice on determining TDH, NPSH, BHP power requirements, discharge temperature, parallel/series operation and their impact on the operating conditions. In addition, the book provides information on how to develop system-head curves, performance considerations and pump and compressor driver selection.

Finally, the authors include a guide on how to apply international design codes/standards, such as API 610, API 674, ANSI B78.1, API 617, API 11P, API RP 14C and the Hydraulic Institute. With this book, readers learn not only what, but how, pump and compressor systems work, including their limitations, operating/maintenance considerations and troubleshooting.

  • Presents important information on hydraulic principles, fluid principles and hydraulics
  • Includes pump and piping installation guidelines
  • Covers application and performance considerations for all types of pumps and compressors
  • Includes the applications of compression theory

Muu info

Helps readers quickly develop an understanding of important parameters in designing, selecting, specifying, installing, operating and maintaining pumps and compressor systems
Acknowledgments xi
Disclaimer xv
1 Overview of pumps, compressors, and drivers 1(6)
1.1 Overview
1(3)
1.2 Scope and application
4(1)
1.3 Organization
4(2)
References
6(1)
2 Pump fundamentals 7(54)
2.1 Engineering principles
8(6)
2.2 Hydraulic principles
14(31)
2.3 Selection criteria
45(10)
2.4 Exercises
55(4)
References
59(2)
3 Centrifugal pumps 61(250)
3.1 Engineering principles
62(12)
3.2 Process piping considerations
74(6)
3.3 Pump characteristic "performance" curves
80(27)
3.4 Parallel and series operation
107(5)
3.5 Viscosity effects on centrifugal performance
112(7)
3.6 Changing centrifugal pump's performance
119(5)
3.7 Pump specific speed
124(3)
3.8 Suction specific speed
127(2)
3.9 Suction considerations
129(4)
3.10 Regulating flow rate
133(10)
3.11 Pump construction details
143(70)
3.12 Axial thrust
213(5)
3.13 Radial thrust
218(3)
3.14 Materials of construction
221(7)
3.15 Centrifugal pump selection criteria
228(10)
3.16 Centrifugal pump types
238(25)
3.17 Troubleshooting
263(26)
3.18 Start-up considerations
289(1)
3.19 Operations and maintenance considerations
290(11)
3.20 Exercises
301(8)
References
309(2)
4 Reciprocating pumps 311(104)
4.1 Engineering principles
312(12)
4.2 Performance considerations
324(12)
4.3 Pump classification
336(6)
4.4 Pump construction details
342(20)
4.5 Reciprocating pump standards
362(2)
4.6 Materials of construction
364(8)
4.7 Installation considerations
372(20)
4.8 Reciprocating pump selection criteria
392(2)
4.9 Reciprocating pump types
394(4)
4.10 Start-up considerations
398(1)
4.11 Operations and maintenance considerations
399(11)
4.12 Exercises
410(4)
References
414(1)
5 Rotary pumps 415(26)
5.1 Engineering principles
416(5)
5.2 Rotary pump types
421(8)
5.3 Rotary pump selection guidelines
429(3)
5.4 Rotary pump service considerations
432(1)
5.5 Rotary pump configurations
433(5)
5.6 Installation considerations
438(2)
References
440(1)
6 Special purpose pumps 441(16)
6.1 Artificial lift pumps
441(8)
6.2 Air-diaphragm pumps
449(1)
6.3 Regenerative turbine
450(3)
6.4 Jet pumps
453(1)
6.5 Slurry pumps
454(1)
6.6 Peristaltic pumps
454(1)
References
455(2)
7 Compressor fundamentals 457(70)
7.1 Engineering principles
457(9)
7.2 Thermodynamic principles of compressors
466(24)
7.3 How to select a compressor
490(11)
7.4 Design considerations
501(4)
7.5 Application and selection criteria
505(15)
7.6 Exercises
520(5)
References
525(2)
8 Dynamic compressors 527(128)
8.1 Engineering principles
527(8)
8.2 Major components
535(42)
8.3 Compressor performance curves
577(16)
8.4 Centrifugal compressor selection criteria
593(5)
8.5 Centrifugal compressor performance maps
598(8)
8.6 System considerations
606(8)
8.7 Materials of construction
614(3)
8.8 Instrumentation and control selection
617(5)
8.9 Retrofitting and rerating considerations
622(4)
8.10 Axial compressors
626(5)
8.11 Foundations
631(5)
8.12 Centrifugal compressor performance
636(12)
8.13 Exercises
648(4)
References
652(3)
9 Reciprocating compressors 655(124)
9.1 Engineering principles
656(23)
9.2 Compressor types
679(4)
9.3 Machine components
683(38)
9.4 Pulsation and vibration
721(8)
9.5 Process piping considerations
729(6)
9.6 Control and instrumentation
735(3)
9.7 Lubrication and cooling systems
738(5)
9.8 Materials of construction
743(3)
9.9 Foundations
746(7)
9.10 Troubleshooting
753(1)
9.11 Specifications
753(5)
9.12 Rerating considerations
758(15)
9.13 Exercises
773(4)
References
777(2)
10 Application of compression theory and practical solutions 779(68)
10.1 Overview
779(1)
10.2 Design considerations
780(18)
10.3 Adding clearance to multistage compressors
798(5)
10.4 Effects of speed
803(2)
10.5 Multistage compressors
805(26)
10.6 Determination of safety device set points
831(3)
10.7 Determination of capacity from P-V diagram
834(2)
10.8 Compressor suction and discharge line sizing
836(1)
10.9 Pulsation bottles
837(5)
10.10 Exercises
842(3)
Reference
845(2)
11 Rotary compressors 847(10)
11.1 Engineering principles
847(1)
11.2 Screw compressors
848(6)
11.3 Liquid-ring rotary compressors
854(1)
11.4 Sliding vane compressors
855(1)
11.5 Straight-lobe compressors
855(1)
References
856(1)
12 Overview of commonly used drivers 857(42)
12.1 General considerations
857(1)
12.2 Driver categories
857(10)
12.3 Application and selection criteria: Driver categories
867(14)
12.4 Typical applications
881(7)
12.5 Packaging
888(2)
12.6 Foundations
890(7)
References
897(2)
Index 899
Dr. Maurice Stewart, PE, a Registered Professional Engineer with over 40 years international consulting experience in project management; designing, selecting, specifying, installing, operating, optimizing, retrofitting and troubleshooting oil, water and gas handling, conditioning and processing facilities; designing plant piping and pipeline systems, heat exchangers, pressure vessels, process equipment, and pumping and compression systems; and leading hazards analysis reviews and risk assessments.