New technologies, new processes, and standards for the fabrication, installation, operation, maintenance, and quality inspection of thermal pipeline projects

The application of thermal pipeline engineering technologies is becoming increasingly widespread. With the development of construction and industry, thermal pipeline systems are evolving toward longer distances and more networked configurations, while the manufacturing and installation processes and technologies are constantly being updated. This book begins with an introduction to the fundamentals of fabrication and installation in thermal pipeline engineering ； Manufacturing and installation of fittings for thermal pipeline projects ； Production, installation, operation, and maintenance of common materials used in thermal pipeline projects ； Fabrication, installation, operation, and maintenance of high-, medium-, and low-pressure thermal pipelines ； Thermal pipeline engineering: heating system equipment, manufacturing, installation, operation, and maintenance ； Manufacturing, installation, operation, and maintenance of industrial thermal pipelines ； Fabrication, installation, operation and maintenance of gas thermal pipelines ； Insulation and anti-corrosion construction of thermal pipelines, quality inspection ； It provides a detailed discussion on aspects such as quality inspection of thermal pipeline projects, prevention of common problems, construction safety management, and safety inspection techniques. It also covers new technologies and processes for quality inspection during the fabrication, installation, operation, and maintenance of thermal pipeline projects, and includes a large number of relevant industry standards, specifications, and laws and regulations. Detailed Introduction:
Part I: Introduction to the Basics of Fabrication and Installation in Thermal Pipeline Projects
Chapter 1: Basic Knowledge of Thermal Pipeline Projects
Chapter 2: Fluid Mechanics Theories and Material Heat Treatment in Thermal Pipeline Projects
Chapter 3: Reading Drawings for Thermal Pipeline Projects
Chapter 4: Common Materials Used in the Construction of Thermal Pipeline Projects
Chapter 5: Common Construction Tools Used in the Construction of Thermal Pipeline Projects
Chapter 6: Common Calculations Used in the Construction of Thermal Pipeline Projects

Part II: New Technologies and Processes for the Fabrication and Installation of Fittings in Thermal Pipeline Projects
Chapter 1: Processing and Fabrication of Fittings
Chapter 2: New Technologies and Processes for the Fabrication and Installation of Valves Commonly Used in Thermal Pipeline Projects
Chapter 3: New Technologies and Processes for the Fabrication and Installation of Supports in Thermal Pipeline Projects
Chapter 4: New Technologies and Processes for Connections in Thermal Pipeline Projects
Chapter 5: New Technologies and Processes for the Fabrication and Installation of Instruments and Instrument Pipelines
Chapter 6: New Technologies and Processes for the Expansion of Accessories in Thermal Pipeline Projects
Chapter 7: New Technologies and Processes for the Fabrication and Installation of Compensators in Thermal Pipeline Projects

Part III: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Common Materials Used in Thermal Pipeline Projects
Chapter 1: General Introduction
Chapter 2: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Polyethylene Gas Pipes and Steel-Reinforced Plastic Composite Pipes
Chapter 3: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Aluminum-Plastic Composite Pipes
Chapter 4: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of ABS Pipes
Chapter 5: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Copper and Copper Alloy Pipes
Chapter 6: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Carbon Steel Pipes

Part IV: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of High-, Medium-, and Low-Pressure Thermal Pipeline Projects
Chapter 1: Overview
Chapter 2: Pipe Laying Methods
Chapter 3: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Medium- and Low-Pressure Thermal Pipeline Projects
Chapter 4: New Technologies and Processes for Quality Inspection of High-Pressure Thermal Pipeline Projects

Part V: New Technologies and Processes for Equipment, Fabrication, Installation, Operation, and Maintenance of Thermal Pipeline Heating Systems
Chapter 1: Performance, Fabrication, and Installation of Heating Equipment
Chapter 2: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Indoor Steam Heating Systems
Chapter 3: Hydraulic Calculation of Steam Heating Networks
Chapter 4: Layout and Laying of Heating Pipelines

Part VI: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Industrial Thermal Pipeline Projects
Chapter 1: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Compressed Air Pipelines
Chapter 2: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Oxygen Pipelines
Chapter 3: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Acetylene Pipelines
Chapter 4: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Hydrogen Pipelines
Chapter 5: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of High-Purity Medium Pipelines

Part VII: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Gas-Thermal Pipeline Projects
Chapter 1: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Underground Gas-Thermal Pipelines
Chapter 2: New Technologies and Processes for the Installation of Auxiliary Equipment for Gas-Thermal Pipelines
Chapter 3: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Above-Ground Gas-Thermal Pipelines
Chapter 4: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Indoor Gas-Thermal Pipelines
Chapter 5: New Technologies and Processes for the Fabrication, Installation, Operation, and Maintenance of Outdoor Gas Pipelines

Part VIII: New Technologies and Processes for Insulation, Corrosion Protection, and Quality Inspection of Thermal Pipelines
Chapter 1: Insulation Functions of Thermal Pipelines and Insulation Materials
Chapter 2: Insulation Layer Thickness, Insulation Construction, and New Technologies and Processes for Quality Inspection
Chapter 3: Corrosion-Resistant Coatings
Chapter 4: New Technologies and Processes for Surface Treatment
Chapter 5: New Technologies and Processes for Corrosion Protection Construction
Chapter 6: New Technologies and Processes for Coloring Thermal Pipelines

Part IX: Quality Inspection of Thermal Pipeline Projects, Prevention of Common Problems, Construction Safety Management, and Safety Technologies
Chapter 1: Quality Problems and Prevention Measures Related to Thermal Pipeline Connections
Chapter 2: Quality Problems and Prevention Measures Related to Valves and Fittings
Chapter 3: Quality Inspection, Problems, and Prevention Measures for Heating and Gas Pipelines
Chapter 4: Quality Inspection, Problems, and Prevention Measures for Industrial Thermal Pipeline Projects
Chapter 5: Quality Inspection, Problems, and Prevention Measures for Pipe Corrosion Protection and Insulation
Chapter 6: Acceptance, Startup, Operation, and Maintenance of Heating Systems
Chapter 7: Construction Safety Management and Safety Technologies for Thermal Pipeline Projects

Part X: Relevant Standards and Specifications

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