Seeking information on <Corrosion Failure and Protection Technologies for Boiler and Pressure Vessels>

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That brother has this book; could he upload it? The link is: http://img32.dangdang.com/77/33/20283692-1_b.jpg. Title of the book: Corrosion Failure and Protection Technologies for Boilers and Pressure Vessels. Authors: Dou Zhaoying and Zhou Jun. Number of pages: 316. Publisher: Chemical Industry Press. Publication date: 2008. Summary: The authors of this book have long been engaged in research and practical work related to the assessment of corrosion failure risks and the development of protection measures for boiler and pressure vessel equipment. The book focuses on the safe operation of such devices as well as issues related to corrosion failure. It provides detailed information, based on technical examples from the authors’ years of experience, on water treatment methods for preventing corrosion and scaling, cleaning techniques, methods for detecting and analyzing failures, as well as diagnostic techniques and risk assessment approaches for corrosion and scaling. Chapter 1: The Concept, Role, and Related Knowledge of Failure Analysis Techniques 1.1 The Concept of Failure Analysis Techniques 1.2 The Role of Failure Analysis Techniques 1.3 Related Knowledge of Failure Analysis Techniques 1.3.1 Basic Knowledge Required for Failure Analysis 1.3.2 Knowledge Necessary to Prevent Failures and Stop Their Progress 1.3.3 Supplementary Knowledge to Improve the Safe Operation of Equipment

Chapter 2: Water Treatment Techniques to Prevent Scaling and Corrosion in Equipment 2.1 Water Treatment for Steam Power Equipment 2.1.1 Treatment of Water Used to Fill Boilers 2.1.2 Treatment of Boiler Feedwater and Boiler Water 2.1.3 Treatment of Condensate Water, Cooling Water, and Coolant in Generators 2.1.4 Waste Water Treatment 2.2 Failures Caused by Deviations from Water Quality Standards and Remedies 2.2.1 Water Quality Standards for Steam Power Equipment 2.2.2 Corrosion and Scaling Failures Caused by Deviations from Standards and Corresponding Remedies

Chapter 3: Corrosion and Protection of Steam Power Equipment 3.1 Corrosion in Steam Power Equipment (or Thermal Equipment) 3.1.1 Common Materials Used in Thermal Equipment 3.1.2 Effects of Impurities in Water and Operating Conditions on Corrosion 3.2 Common Cases of Corrosion-Related Failures and Major Anti-Corrosion Measures 3.2.1 Corrosion Failures in Medium- and Low-Pressure Boilers 3.2.2 Corrosion Failures in Boilers with Pressures of 10.8 MPa and Above 3.3 Major Measures to Prevent Corrosion Failures 3.3.1 Water Treatment to Prevent Corrosion Failures 3.3.2 Management of Water and Steam Quality

Chapter 4: Chemical Cleaning Techniques 4.1 Basics of Chemical Cleaning Techniques 4.1.1 Fouling, Its Causes, and Hazards 4.1.2 Cleaning Mechanisms and Cleaners 4.1.3 Regulations Regarding Corrosion Inhibitors, Passivators, and Additives 4.2 Chemical Cleaning of Boilers 4.2.1 Boiling and Cleaning of Newly Installed Boilers 4.2.2 Chemical Cleaning of Operating Boilers 4.3 Chemical Cleaning of Other Equipment 4.3.1 Chemical Cleaning of Heat Exchangers 4.3.2 Cleaning of Superheaters, Turbines, Ash Transport Pipelines, and Cracking Furnaces

Chapter 5: Failure Analysis Techniques 5.1 Methods for Analyzing Corrosion and Scaling Failures in Boilers and Pressure Vessels 5.1.1 An Overview of the Patterns of Corrosion and Scaling Failures 5.1.2 Methods for Analyzing Corrosion and Scaling Failures in Boilers and Pressure Vessels 5.2 Cases of Boiler Failures and Corresponding Handling Methods 5.2.1 Overheating Failures Caused by Scaling and Salt Deposits 5.2.2 Cases of Corrosion Failures in Boilers and Corresponding Handling Methods 5.2.3 Cases of Failures in Containers and Pipes and Corresponding Handling Methods

Chapter 6: Fault Diagnosis Techniques and Risk Assessment Techniques for Corrosion and Scaling 6.1 Fault Prediction and Diagnosis and Equipment Condition Diagnosis 6.1.1 Fault Prediction and Diagnosis Techniques 6.1.2 Equipment Condition Diagnosis Techniques 6.2 Risk Assessment Techniques and Their Use in Preventing Corrosion and Scaling Failures 6.2.1 Use of Risk Assessment Techniques to Prevent Failures 6.2.2 Risk Assessment (Safety Evaluation) in Thermal Power Plants and Its Applications