Desware Contents | Sample Chapters
The Duty on the plant and the range ability
The specific and the special features for the desalination Plants
Cooling Water Recirculation Pump
The Duty of the Plant and Range ability
The Duty on the plant and the range ability
The specific and the special features for the desalination Plants
The Duty on the plant and the range ability
The specific and the special features for the desalination Plants
Sampling Pumps
Sump Pumps
Ejector Condensate Pumps
Clean Drain Transfer Pumps
Criteria of Selection for the standby Pumps
Plant Layout
Design Standard
Classification of the Various Processes
Layout features
Specification for the vacuum System
Information to be Gathered before Starting
General Plant Layou
Machine Sizing and Type Selection
Biological Protection
Specified Operating Losses of head
Generalities on Chemical Dosage
General Specification and reference codes
General design Criteria
Types and Effects of Depositions in Tubes
Arrangement of Systems
System Description
Factors Affecting Ball Circulation
Definition of Parameters and Design Criteria
Model Testing
Flows in Axial-Flow Pumps
Design and Manufacturing
Operating Behavior
Electrical System Network For Desalination Plants
Medium Voltage Switchgears
Circuit Breakers
Induction Motors
Load Analysis
Short Circuit Calculations
Areas of Application of Pressure Vessels and Shell Structures
Design of Pressure Vessels
Structural Elements of Pressure Vessels
Shell Structures of Composite Materials
Strength and Analysis of Pressure Vessels and Shell Structures
Historical Background
Mechanics of Composite Materials
Composite Piping
Composite Vessels
Thermal Analysis
Thermoelastic Analysis
Axial Temperature Gradients
Failure Mechanisms and Failure Modes
Reliability and Risk
Failure Frequency Estimation
Statistical Estimation Using Service Data
Structural Reliability Models
Expert Judgment Elicitation
Probabilistic Risk Assessment
Role of Operation, Inspection and Maintenance
Risk-Based In-service Inspection
Probabilistic Design Methods
Pipeline Operation
Gas Pipeline Operations
Liquid Pipeline Operation
Background
Historic Pipe Making Practices
Rolling Mill Configurations
Historic Seam Welding Processes
Current seam welding processes
Mechanical Properties
Strengthening Mechanisms
Accelerated Cooling
Toughness
Chemistry
Major Alloying Constituents
Tramp and Residual Elements
Typical Microalloying Elements
Convenient Empirical Relationships to Avoid Weld Cracking
Steel Making Practices
Ladle Metallurgy
Solidification
Sampling QA/QC is used to ensure that acceptable pipe leaves the mill
Testing Line Pipe to Yield
Tensile Testing of In-service Pipe and the Bauschinger Effect
Variability in Pipe Properties
Pipeline Structural Integrity Definition
Pipeline Structural Integrity throughout History and Today
Overview of Potential Factors Leading to Structural Integrity Breach
Piping Structural Integrity Evaluation
Integrity Management Programs
Pipeline Integrity Breach
Analyses Supporting Structural Integrity and Management Programs
Preventing Failures
Pipeline Structural Integrity and Training
Supervisory Control and Data Acquisition (SCADA) System
Measurement System
Station Control
Operation of Pump and Compressor Stations
Operation of Pump and Compressor Drivers
Operation of Pumps and Compressors
Performance of Pumps and Compressors
Maintenance of Pumps and Compressors
Environmental Conservation through Pipeline Route Selection
Soil Conservation
Aquatic Conservation
Wetland Conservation
Native Vegetation Conservation
Wildlife Conservation
Heritage Resources Conservation
Conservation of Lands used for Traditional Purposes
Environmental Protection Plans and Environmental Inspection
Environmental Conservation during Pipeline Operations
