Piping Engineering Design

Piping Engineering Design is a comprehensive reference guide for engineers working in chemical plants, refineries, and process industries. Learn the fundamentals of piping engineering, from core concepts to advanced design practices.

Understand the role of process engineers and piping specialists, including major activities, interfaces, and scope of work within chemical facilities. Explore material streams, stress analysis, and equipment layout principles that form the foundation of plant design. Study equipment supports, basic engineering packages, and the systematic approach to pipe thickness calculations and branching configurations.

Master the technical details that make piping systems reliable: fittings for pipe termination, expansion joints, process instruments, and isometric drawing techniques. Learn to read and create Process Flow Diagrams (PFD) and Piping & Instrument Diagrams (PID), essential skills for every design engineer. Access detailed information on equipment lists, line lists, and pipeline Material of Construction (MOC) selection criteria.

Discover the specifications and standards that govern component selection: flange types and selection methods, gasket materials, valve classifications, and fastener requirements. Review special piping materials, IBR regulations, and standard connection tables including 90-degree branch configurations. Each topic includes practical guidance on fitting selection, full form definitions, and industry rules.

Whether you're preparing for exams, starting your engineering career, or refreshing your knowledge of piping systems, Piping Engineering Design provides quick access to essential reference material and design guidelines used across the chemical and process engineering industries.