在线一本码道高清

Position: Home > Book Manual > Data Download > Petroleum Geology > Practical Technical Guide for Pumps and Pumping Stations

Practical technical guide for pumps and pumping stations

Bookmark this page
  • Data size: 28.68 MB
  • Data language: Chinese version
  • Document format: PDF document
  • Data Type: Petroleum Geology
This site recommends:
Related Information:
Related instructions:
Practical Guide to Pumps and Pumping Stations Published: 2015 Edition Series: New Progress in Foreign Oil and Gas Exploration and Development Series (11)
Brief introduction "Practical Technical Guide to Pumps and Pumping Stations" mainly describes the application technology of pumps and pumping stations when pipelines are used to transport liquids. Contents include: various types of pumps used in the industry, fluid properties, pump performance curves and Bernoulli's equations; performance of centrifugal pumps at different speeds and impeller diameters; liquid pairs of pumps of different densities and viscosities Impact of performance; calculation of pressure loss caused by frictional resistance of piping system; head curve and calculation of piping system; similar law of centrifugal pump and the effect of pump impeller diameter or speed change on pump performance; effective cavitation of piping system Calculation of margin and necessary cavitation margin of the pump; practical application and economic evaluation of centrifugal pumps and piping systems. Finally, a relatively common commercial software that can analyze and simulate pumps is introduced. "Practical Technical Guide for Pumps and Pumping Stations" gives a lot of calculation examples, and there are corresponding exercises at the end of each chapter. "Practical Technical Guide for Pumps and Pumping Stations" is suitable for reference by engineering and technical personnel engaged in pump and pipeline engineering design, and can also be used as a reference for teachers and students of related universities.
Chapter 1 Overview
1.1 Classification of the pump
1.2 Liquid properties
1.3 Energy of the fluid and Bernoulli's equation
1.4 Pump head and flow rate Summary of this chapter Exercises Chapter 2 Pump performance
2.1 Pump performance curve
2.2 Hydraulic power and braking power
2.3 Cavitation Margin and Flow of the Pump
2.4 Pump drive and power
2.5 Multi-stage pump
2.6 Specific speed Summary of this chapter Exercises Chapter 3 Influence of fluid properties on pump performance
3.1 Influence of invalid work on temperature rise of pumped liquid
3.2 Pump starting parameters
3.3 System head curve
3.4 Diameter and Model of the Pipeline
4.1 Flow rate
4.2 Classification of pipe flow
4.3 Pressure drop caused by pipe friction
4.4 Determination of the coefficient of friction through Modi diagrams
4.5 Calculation of friction coefficient
4.6 Explicit equation for friction coefficient
4.7 Hazen-Williams pressure drop equation
4.8 Pressure loss of fittings and valves
4.9 Head loss in piping systems
4.10 Series and parallel piping
4.11 head loss in series pipeline
4.12 Head loss in parallel pipelines Summary in this chapter Exercises Chapter 5 System head curve
5.1 Pump throttling and energy loss
5.2 Classification of System Head Curves Chapter Summary Exercises Chapter 6 Impact of Impeller Size and Speed on Pump Performance
6.1 Similarity Law of Pumps
6.2 Calculation of Pump Impeller Diameter and Rotational Speed Chapter Summary Exercises Chapter 7 Cavitation Margin and Pump Cavitation Phenomenon Chapter 8 Application and Economics of Pumps
8.1 Series and parallel connection of pumps
8.2 Economics of the pumping station Summary in this chapter Exercises Chapter 9 Simulation calculation of centrifugal pump
9.1 Single-stage pump simulation
9.2 Simulation of impeller diameter and speed change
9.3 Calculating the amount of impeller trimming based on design conditions
9.4 Viscosity Correction Analysis Chapter Summary Appendix A Formula Summary Appendix B Units and Conversion Factors Appendix C Water Characteristics Appendix D Common Liquid Attributes Appendix E Pipe Sizes and Specifications (American Unit System)
Appendix F Pipe Sizes and Specifications (SI Units)
Appendix G Pipeline head loss Appendix H Darcy friction factor Appendix I Least squares references

泵和泵站实用技术指南 Download a practical technical guide to pumps and pumping stations

Download Ranking

Latest information