Engineering of Power Plant and Industrial Cooling Water Systems 1st Edition by Charles F Bowman, Seth N Bowman ISBN 9780367775285 036777528X

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Product details:

ISBN 10: 036777528X
ISBN 13: 9780367775285
Author: Charles F Bowman, Seth N Bowman

Engineering of Power Plant and Industrial Cooling Water Systems 1st Edition Table of contents:

Chapter 1: Introduction

1.1 background

1.2 Types of Cooling Water Systems

1.3 Types of Cooling Water System Pumps

1.4 Intake Pumping Stations

1.5 Cooling Water System Piping and Valves

1.6 Cooling Water System Flow Deficiencies

1.7 Heat Exchanger Fouling

1.8 Engineering Design Errors

1.9 NRC Oversight

1.10 Authors’ Perspective

Chapter 2: Properties of Water

2.1 Temperature

2.2 Pressure

2.3 Density

2.4 Viscosity

2.5 Reyolds Number

2.6 Prandtl Number

2.7 Specific Gravity

Reference

Chapter 3: Intake Structures

3.1 Intake Structure Design

3.2 Intake Structure Design Deficiencies

3.3 Requirements of §316(b) of the Clean Water Act

3.4 Potential Improvements in the Engineering of Intake Pumping Stations

References

Chapter 4: Pumps

4.1 Types of Pumps

4.2 Types of Pump Impellers

4.3 Specific Speed

4.4 Cavitation and Pump Suction Specific Speed

4.5 System Head Curve

4.6 Pump Head Capacity Curve

4.7 Pump Size, Efficiency, and Speed

4.8 Net Positive Suction Head

4.9 Pump Minimum Flow Rate

4.10 Air Venting

4.11 Pump Line Shaft Seals

4.12 Pump Motors

4.13 Pump Margin and In-Service Testing

4.14 Potential Improvements in the Engineering of Cooling Water Pumps

References

Chapter 5: Piping and Valves

5.1 Piping Applications

5.2 Piping Materials

5.3 Pipe Linings, Coatings, and Wraps

5.4 Buried Piping

5.4.1 Concrete Pressure Pipes

5.4.2 Pre-Lined Ductile Iron Pipes

5.4.3 Plastic Pipes

5.4.4 Stainless Steel Pipes

5.4.5 In Situ Lined Pipes

5.5 Hung Piping

5.6 Nuclear Safety Considerations

5.6.1 Seismic Qualification

5.6.2 Codes and Standards

5.6.3 NRC Approval of CML

5.7 Valves and Fittings

5.7.1 Valves

5.7.2 Fittings

5.8 Piping Design Wall Thickness

References

Chapter 6: Corrosion and Fouling

6.1 Corrosion of Cooling Water Piping

6.1.1 Background

6.1.2 Tennessee Valley Authority Investigation

6.1.3 Industry Response to MIC

6.1.4 MIC Tubercles

6.1.5 Potential Improvements to Combat Corrosion in Cooling Water Systems

6.2 Fouling In Cooling Water Piping

6.2.1 Background

6.2.2 Asiatic Clams

6.2.3 Zebra Mussels

6.3 Chemical and Heat Treatment

6.3.1 Chemical Treatment

6.3.2 Coatings for Zebra Mussel Control

6.3.3 Heat Treatments for Zebra Mussel Control

6.4 TVA Qualification Testing of Chemical Treatment

6.4.1 Corrosion Inhibitor Testing

6.4.2 Biocide Testing

6.5 TVA Experience with Chemical Treatment

6.5.1 Sequoyah Nuclear Plant

6.5.2 Watts Bar Nuclear Plant

6.5.3 Browns Ferry Nuclear Plant

6.6 Conclusions and Recommendations

References

Chapter 7: Pipe Flow

7.1 Equations for Head Loss by Pipe Friction

7.1.1 Darcy-Weisbach Equation

7.1.2 Hazen-Williams Equation

7.1.3 Selection of Roughness Coefficient

7.2 Pipe Form Losses

7.2.1 Form Loss Equation

7.2.2 Equivalent Lengths

7.3 The Bowman-Bain Equations for Friction Loss

7.4 Flow and Pressure Drop Tests of Large Diameter Piping

7.5 Multiflow Piping Analysis Software

7.6 Piping Network Analysis Using Multiflow

References

Chapter 8: Cooling Water System Engineering Pitfalls

8.1 Hydraulic Pressure Gradient

8.2 Air Liberation

8.3 Flashing

8.4 Cavitation

8.5 Water Hammer

8.5.1 Concepts of Water Hammer

8.5.2 Control and Analysis of Water Hammer

References

Chapter 9: Heat Exchangers

9.1 Shell-And-Tube Heat Exchangers

9.2 Air-to-Water Heat Exchangers

9.3 Plate Heat Exchangers

9.4 Heat Exchanger Fouling

References

Chapter 10: Heat Rejection

10.1 Regulatory Requirements

10.2 Cooling Towers

10.2.1 Cross-Flow Mechanical Draft Cooling Towers

10.2.2 Cross-Flow Natural Draft Cooling Tower

10.2.3 Splash-Type Cooling Tower Fill Material

10.2.4 Counter-Flow Mechanical Draft Cooling Tower

10.2.5 Counter-Flow Natural Draft Cooling Tower

10.2.6 Thin Film-Type Cooling Tower Fill Material

10.3 Spray Ponds

10.3.1 Advantages of Spray Ponds

10.3.2 Conventional Flat Bed Spray Ponds

10.3.3 Oriented Spray Cooling System

10.3.4 Analysis of Spray Ponds

10.3.5 Spray Pond Test Results

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Tags: Charles F Bowman, Seth N Bowman, Power Plant, Industrial Cooling Water Systems