【2026 Book Recommendations】Engineering Design of Piping Systems for Petrochemical Plants
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Content Summary: “Piping Engineering Design for Petrochemical Plants” consists of 6 chapters, covering the layout design of petrochemical plants, the piping layout design for such plants, pipeline material selection, pipeline stress analysis, as well as the insulation, corrosion protection, and surface coloring of pipelines. The compilation of \"Piping Engineering Design for Petrochemical Plants\" was based on books such as the \"Chemical Process Design Manual\", the \"Training Materials for Pressure Pipeline Design Reviewers Nationwide\", \"Pressure Pipeline Technology\", and the \"Quick Reference Handbook for Petrochemical Pipeline Installation\", as well as relevant standards and specifications. The purpose of this book is to integrate engineering design knowledge into teaching, thereby enabling students to adapt to workplace requirements as soon as they graduate; it also broadens their horizons. The book provides a comprehensive overview of aspects related to petroleum chemical plant engineering design, including plant layout, piping layout, piping materials, pipeline stress analysis, as well as pipeline insulation and corrosion protection, covering essentially all the knowledge required in piping engineering design, from basic principles to more specialized topics. \"Piping Engineering Design for Petrochemical Plants\" is suitable for use in teaching related fields such as chemical engineering, petrochemistry, oil and gas storage and transportation engineering, chemical process machinery, and materials science and engineering. It can also serve as a reference book for engineering and technical professionals in these fields.
Table of Contents Chapter 1 Introduction Chapter 2 Layout Design of Petrochemical Plants 2.1 General Requirements for Plant Layout 2.1.1 Composition of the Plant 2.1.2 Data and Conditions Required for Plant Layout 2.1.3 Principles of Plant Layout 2.1.4 General Requirements for the Layout of Plant Equipment 2.2 Layout of Pipe Trays 2.2.1 Types and Locations of Pipe Trays 2.2.2 Key Points in Pipe Tray Layout 2.3 Layout of Towers 2.3.1 Methods of Tower Layout 2.3.2 Principles for Tower Layout 2.3.3 Requirements for the Distance Between Towers and Pipe Trays 2.3.4 Factors Affecting the Installation Height of Towers 2.3.5 Layout Requirements for Segmented Towers Mounted on Frames 2.4 Layout of Reactors 2.4.1 Basic Requirements for Reactor Layout 2.4.2 Requirements for the Installation Height of Reactors 2.4.3 Support Requirements for Reactors 2.4.4 Layout Requirements for Special Reactors 2.5 Layout of Vessels 2.5.1 Requirements for the Layout of Vertical Vessels 2.5.2 Requirements for the Layout of Horizontal Vessels 2.6 Layout of Heating Furnaces 2.7 Layout of Heat Exchangers 2.7.1 Requirements for the Layout of Shell-and-Tube Heat Exchangers 2.7.2 Requirements for the Layout of Reboilers 2.8 Layout of Air Coolers 2.8.1 Requirements for the Layout of Air Coolers 2.8.2 Measures Taken for Air Cooler Layout 2.9 Layout of Pumps 2.9.1 Principles for Pump Layout 2.9.2 General Requirements for Pump Layout 2.10 Layout of Compressors 2.10.1 Requirements for Compressor Layout 2.10.2 Layout of Compressor Buildings 2.10.3 Requirements for Selecting Lifting Equipment for Compressors 2.11 Layout of Storage Tanks in the Plant 2.11.1 Requirements for Tank Layout (Based on Volume) 2.11.2 Requirements for Tank Layout (Based on Hazard Category)
\"Piping Engineering Design for Petrochemical Plants\"
\"Piping Engineering Design for Petrochemical Plants\"
\"Piping Engineering Design for Petrochemical Plants\"
\"Piping Engineering Design for Petrochemical Plants\"
\"Piping Engineering Design for Petrochemical Plants\"
\"Piping Engineering Design for Petrochemical Plants\"
\"Piping Engineering Design for Petrochemical Plants\"
\"Piping Engineering Design for Petrochemical Plants\"
\"Piping Engineering Design for Petrochemical Plants\"