ABSTRACT
Written by engineers for engineers (with over 150 International Editorial Advisory Board members),this highly lauded resource provides up-to-the-minute information on the chemical processes, methods, practices, products, and standards in the chemical, and related, industries.
TABLE OF CONTENTS
entry |33 pages
Pipeline Flow, Basics (see also articles on Fluid Flow)
entry |2 pages
Pipeline Freezing, Prevention of by Bleeding
entry |10 pages
Pipeline Leak Detection
entry |19 pages
Pipeline Leak Detection Using SCADA Information
entry |7 pages
Pipeline Loops or Expansion Joints
entry |29 pages
Pipeline Materials of Construction—Selection, Costs, and Installation
entry |33 pages
Pipeline Operation, Friction Reduction (see also Pipeline Design, Slurry Systems, Energy Reduction)
entry |11 pages
Pipeline Pulsation (see Pulsation in Centrifugal Compressors; Pulsation in Centrifugal Pumps)
entry |7 pages
Pipeline Replacement Projects, Risk Analysis (see also articles on Risk Analysis)
entry |26 pages
Pipeline Rupture (see also Pipeline Failure)
entry |23 pages
Pipeline Service Problems
entry |7 pages
Pipeline Shortcut Methods: Collapsing Pressure
entry |3 pages
Pipeline Shortcut Methods: Collapsing Pressure, Nomograph
entry |4 pages
Pipeline Shortcut Methods: Discharge from Horizontal Pipes
entry |2 pages
Pipeline Shortcut Methods: Discharge from Vertical Pipes
entry |4 pages
Pipeline Shortcut Methods: Economic Pipe Sizes
entry |2 pages
Pipeline Shortcut Methods: Expansion of Pipe Materials
entry |2 pages
Pipeline Shortcut Methods: External Pressure Conditions (see articles on Pipeline Shortcut Methods: Collapsing Pressure)
entry |6 pages
Pipeline Shortcut Methods: Friction Losses, Contraction or Expansion
entry |4 pages
Pipeline Shortcut Methods: Friction Losses, Fittings
entry |6 pages
Pipeline Shortcut Methods: Friction Losses, Incompressible and Compressible Flow
entry |4 pages
Pipeline Shortcut Methods: Friction Losses, Nonstandard Ducts
entry |4 pages
Pipeline Shortcut Methods: Friction Losses, Straight Pipes
entry |2 pages
Pipeline Shortcut Methods: Gas Flow
entry |2 pages
Pipeline Shortcut Methods: Looped Lines
entry |3 pages
Pipeline Shortcut Methods: Parallel Lines
entry |3 pages
Pipeline Shortcut Methods: Parallel Lines, Computer Method
entry |7 pages
Pipeline Shortcut Methods: Pressure Drop Calculations
entry |3 pages
Pipeline Shortcut Methods: Relative Capacities of Pipes
entry |3 pages
Pipeline Shortcut Methods: Sizing for Steam Traps
entry |4 pages
Pipeline Shortcut Methods: Steel Pipe Properties
entry |5 pages
Pipeline Shortcut Methods: Two-Phase Flow (see also Fluid Flow, Slurry Systems)
entry |1 pages
Pipeline Shortcut Methods: Weight of Piping
entry |16 pages
Pipeline Support Design
entry 2|14 pages
Step-by-Step Design Procedures
entry |8 pages
Pipeline Wear (see also Pneumatic Conveyors, Cost-Effective Design)
entry |4 pages
Pipe Sizing, Economics (see Piping Design, Sizing Economics) Piping, Acoustic Emission Testing (see Plastics, Fiberglass, Acoustic Emission Testing)
entry |48 pages
Piping, Corrosion-Resistant, Cost of *
entry |193 pages
Piping Design (see also Offshore Process Piping, High Performance Alloys; articles on Pipeline Design)
