Handbook of Cathodic Corrosion Protection

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Table of contents
  • Handbook of Cathodic Corrosion Protection, 3rd EditionCover
  • Copyright Pageiv
  • Cover
  • Contentsv
  • Foreword to the Third Editionxix
  • Foreword to the First Editionxx
  • Prefacexxii
  • Acknowledgmentsxxiii
  • Index of Authorsxxiv
  • Commonly Used Quantities, Constants, and Symbolsxxv
  • Frequently Used Indicesxxx
  • Chemical and Thermodynamic Quantities Yxxx
  • Electrochemical Quantities Yxxx
  • Electrical Quantities Yxxx
  • General Symbolsxxx
  • American and European Electrical Cable Sizesxxxii
  • Chapter 1. The History of Corrosion Protection1
  • 1.1 Corrosion Protection for Buried Pipelines1
  • 1.2 Corrosion Protection by Painting8
  • 1.3 History of Cathodic Protection9
  • 1.4 Development of Stray Current Protection20
  • 1.5 Corrosion Protection by Information23
  • 1.6 References25
  • Chapter 2. Fundamentals and Concepts of Corrosion and Electrochemical Corrosion Protection27
  • 2.1 Corrosion Processes, Corrosion Damage, and Protective Countermeasures27
  • 2.2 Electrochemical Corrosion29
  • 2.3 Potential Dependence of Corrosion Extent52
  • 2.4 Critical Protection Potentials and Ranges71
  • 2.5 References76
  • Chapter 3. Fundamentals and Practice of Electrical Measurements79
  • 3.1 The Electrical Parameters: Current, Voltage, and Resistance79
  • 3.2 Reference Electrodes85
  • 3.3 Potential Measurement88
  • 3.4 Current Measurement107
  • 3.5 Resistivity Measurement112
  • 3.6 Location of Faults119
  • 3.7 Intensive Measurement Technique131
  • 3.8 References137
  • Chapter 4. Corrosion in Aqueous Solutions and Soil139
  • 4.1 Action of Corrosion Products and Types of Corrosion139
  • 4.2 Determining the Corrosion Likelihood of Uncoated Metals142
  • 4.3 Enhancement of Anodic Corrosion by Cell Formation or Stray Currents from dc Installations148
  • 4.4 Corrosion Due to ac Interference150
  • 4.5 References152
  • Chapter 5. Coatings for Corrosion Protection153
  • 5.1 Objectives and Types of Corrosion Protection by Coatings153
  • 5.2 Properties of Organic Coatings155
  • 5.3 Properties of Cement Mortar and Concrete173
  • 5.4 Properties of Enamel Coatings175
  • 5.5 Properties of Metallic Coatings176
  • 5.6 References177
  • Chapter 6. Galvanic (Sacrificial) Anodes179
  • 6.1 General Information179
  • 6.2 Anode Materials185
  • 6.3 Backfill Materials196
  • 6.4 Supports198
  • 6.5 Forms of Anodes199
  • 6.6 Quality Control and Performance Testing203
  • 6.7 Advantages and Disadvantages of Galvanic Anodes204
  • 6.8 References206
  • Chapter 7. Impressed Current Anodes207
  • 7.1 General Comments207
  • 7.2 Anode Materials208
  • 7.3 Insulating Materials217
  • 7.4 Cables218
  • 7.5 Forms of Anode219
  • 7.6 References224
  • Chapter 8. Impressed Current Equipment and Transformer-Rectifiers225
  • 8.1 Site and Electrical Protection Measures226
  • 8.2 Design and Circuitry of Impressed Current228
  • 8.3 Rectifier Circuit229
  • 8.4 Adjustable Transformer-Rectifiers230
  • 8.5 Rectifiers Resistant to High Voltage232
  • 8.6 Control Rectifiers233
  • 8.7 Transformer-Rectifiers without Mains Connections237
  • 8.8 Equipment and Control of Transformer-Rectifiers237
  • 8.9 References242
  • Chapter 9. Impressed Current Ground Beds and Interference Problems243
  • 9.1 Impressed Current Ground Beds244
  • 9.2 Interference with Foreign Pipelines and Cables256
  • 9.3 References264
  • Chapter 10. Pipelines265
  • 10.1 Electrical Properties of Steel Pipelines265
  • 10.2 Preconditions for Pipeline Protection268
  • 10.3 Design of Cathodic Protection276
  • 10.4 Commissioning the Cathodic Protection Station285
  • 10.5 Monitoring and Supervision287
  • 10.6 References289
  • Chapter 11. Storage Tanks and Tank Farms290
  • 11.1 Special Problems Relating to the Protection of Tanks290
  • 11.2 Preparatory Measures290
  • 11.3 Storage Tanks292
  • 11.4 Tank Farms and Filling Stations299
  • 11.5 Special Problems in Cathodic Protection Near Railways300
  • 11.6 Measures in the Case of Dissimilar Metal Installations304
  • 11.7 Internal Protection of Fuel Tanks304
  • 11.8 Consideration of Other Protection Measures306
  • 11.9 Operation and Maintenance of Cathodic Protection Stations307
  • 11.10 References308
  • Chapter 12. Local Cathodic Protection309
  • 12.1 Range of Applications309
  • 12.2 Special Features of the Local Cathodic Protection310
  • 12.3 Power Stations312
  • 12.4 Oil Refineries315
  • 12.5 Installations with Small Steel-Reinforced Concrete Foundations317
  • 12.6 Tank Farms318
  • 12.7 References322
  • Chapter 13. Telephone Cables323
  • 13.1 Laying Cables323
  • 13.2 Passive Corrosion Protection324
  • 13.3 Cathodic Protection326
  • 13.4 References334
  • Chapter 14. Power Cables335
  • 14.1 Properties of Buried Power Cables335
  • 14.2 Cathodic Protection of the Steel Conduits for Power Cables336
  • 14.3 Stray Current Protection344
  • 14.4 References346
  • Chapter 15. Stray Current Interference and Stray Current Protection347
  • 15.1 Causes of Stray Current Interference347
  • 15.2 Stray Currents from dc Railways348
  • 15.3 Stray Currents from High-Voltage dc Power Lines353
  • 15.4 Stray Currents Due to Telluric Currents355
  • 15.5 Protective Measures358
  • 15.6 Stray Current Protection in Harbor Areas364
  • 15.7 References366
  • Chapter 16. Marine Structures and Offshore Pipelines367
  • 16.1 Cathodic Protection Measures367
  • 16.2 Platforms373
  • 16.3 Harbor Structures376
  • 16.4 Steel Sheet Piling380
  • 16.5 Piling Foundations380
  • 16.6 Offshore Pipelines383
  • 16.7 Control and Maintenance of Cathodic Protection385
  • 16.8 References390
  • Chapter 17. Cathodic Protection of Ships391
  • 17.1 Water Parameters391
  • 17.2 Effect of Materials and Coating Parameters395
  • 17.3 Cathodic Protection Below the Waterline397
  • 17.4 Internal Cathodic Protection of Tanks and Containers410
  • 17.5 Cathodic Protection of Heat Exchangers, Condensers and Tubing412
  • 17.6 Cathodic Protection of Bilges412
  • 17.7 Cathodic Protection of Docks413
  • 17.8 References414
  • Chapter 18. Cathodic Protection of Well Casings415
  • 18.1 Description of the Object to be Protected415
  • 18.2 Causes of Corrosion Danger415
  • 18.3 Measurements for Assessing Corrosion Protection of Well Casings418
  • 18.4 Design and Construction of Cathodic Protection Stations422
  • 18.5 Commissioning, Maintenance and Control425
  • 18.6 References426
  • Chapter 19. Cathodic Protection of Reinforcing Steel in Concrete Structures427
  • 19.1 The Corrosion System Steel-Concrete427
  • 19.2 Causes of Corrosion of Steel in Concrete428
  • 19.3 Electrolytic Properties of Concrete428
  • 19.4 Criteria for Cathodic Protection429
  • 19.5 Application of Cathodic Protection to Reinforced Concrete Structures431
  • 19.6 Stray Current Effects and Protective Measures438
  • 19.7 References439
  • Chapter 20. Internal Cathodic Protection of Water Tanks and Boilers441
  • 20.1 Description and Function of Objects to be Protected441
  • 20.2 Protection with Galvanic Anodes447
  • 20.3 Protection with Impressed Current448
  • 20.4 Description of Objects to be Protected450
  • 20.5 Requirements for Drinking Water462
  • 20.6 References463
  • Chapter 21. Internal Electrochemical Corrosion Protection of Processing Equipment, Vessels, and Tube464
  • 21.1 Special Features of Internal Protection464
  • 21.2 Cathodic Protection with Galvanic Anodes466
  • 21.3 Cathodic Protection with Impressed Current467
  • 21.4 Anodic Protection of Chemical Plant474
  • 21.5 Trends in the Application of Internal Electrochemical Protection485
  • 21.6 References487
  • Chapter 22. Safety and Economics489
  • 22.1 Safety489
  • 22.2 General Comments on Economics491
  • 22.3 Costs of Cathodic Protection of Buried Pipelines492
  • 22.4 Corrosion Protection of Well Casings499
  • 22.5 Corrosion Protection in Seawater500
  • 22.6 Cost of Internal Protection501
  • 22.7 References504
  • Chapter 23. Interference Effects of High-Voltage Transmission Lines on Pipelines505
  • 23.1 Capacitive Interference506
  • 23.2 Ohmic Interference507
  • 23.3 Inductive Interference510
  • 23.4 Limiting Lengths and Limiting Distances524
  • 23.5 Protection Measures against Unallowably High Pipeline Potentials526
  • 23.6 Measurement of Pipeline Potentials530
  • 23.7 References534
  • Chapter 24. Distribution of Current and Potential in a Stationary Electric Field535
  • 24.1 Grounding Resistance of Anodes and Grounds536
  • 24.2 Interference Factor with Several Anodes544
  • 24.3 Potential Distribution at Ground Level545
  • 24.4 Calculation of Current and Potential Distribution549
  • 24.5 General Comments on Current Distribution558
  • 24.6 References560
  • Index561
Book details
  • Vendor Elsevier S & T
  • SKU 9780884150565
  • ISBN-13 9780080507903

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This comprehensive handbook covers all aspects of cathodic protection in terms of both practice and theory.