BENEFITS OF TRAINING
What is Piping Engineering course?
A comprehensive course covering in depth the design of various pressure piping systems including Basic, Piping Design , Piping Engineering , Piping Layout Pipe Stress Analysis ,detailed design and engineering etc. This course also provides design projects per ASME B 31.
Training Schedule: By Request/In Session
Training Method: Classroom/Virtual
Duration: 5 Days
COURSE OBJECTIVE:
The objective of this course is to provide the participants with the fundamentals principles behind the design, construction, Integrity Assessment and operation of both onshore and offshore pipelines.
• Addresses:-
• Lagos: 41, Osolo way Ajao Estate, By 7 & 8 Junction, Off International Airport Road Isolo, Lagos State
• Suite 48 Futeb Plaza, Effurun-Sapele Road, Opposite Refinery road Junction, By Delta Shopping Mall(Shoprite), Effurun/Warri, Delta State
COURSE OUTLINE:–(BASIC)
1. Introduction to Piping fundamentals:
– Differences between pipe and tube. Types of pipe, NPS.
– Piping systems and arrangement.
– Methodology of Pipe size calculations & Pipe material selection
2. Pipe fittings and connections: Tees, elbows, Reducers, Olet, Nipples and Gaskets, Spectacle blinds, couplings, stub-in, unions, plug, and weld caps
3. Pipe fittings and connections: Flanges, types and functions, pressure temperature relationships.
4. Pipe fittings and connections:
– Valves, types and functions. Valve material selections
– Pipe supports and pipe racks
5. Deliverables in piping Engineering and documentations
6. Design Phases: Preliminary, Conceptual, FEED, and Detail.
– P & ID , PFD: Meaning, importance, applications, and limitations
– How to read and interpret P & ID.
– Line numbering philosophy
7. Meaning and applications of Piping & Equipment layout Layout,
– General Arrangement drawings and Piping Isometric drawings.
– Interpreting Piping layout, PGA and Piping Isometric drawings.
8. International standards: ASME, API, ANSI, ASTM and their codes.
– ASME B31.3, B31.4, B31.8, B16.5, B36.10, B36.19.
– ASTM A105, ASTM A106, ASTM 234, etc
9. Grade selection of pipe
– Wall thickness calculations
– Piping material selection and specification
– Piping class and MTO (Material take-off List)
– Valve Data sheets
10. Pipe datapro software applications
ADVANCED:-
1. Introduction to Piping fundamentals:
– Differences between pipe and tube. Types of pipe, NPS.
– Piping systems and arrangement.
– Methodology of Pipe size calculations & Pipe material selection
2. Pipe fittings and connections: Tees, elbows, Reducers, Olet, Nipples and Gaskets, Spectacle blinds, couplings, stub-in, unions, plug, and weld caps
3. Pipe fittings and connections: Flanges, types and functions, pressure temperature relationships.
4. Pipe fittings and connections:
– Valves, types and functions. Valve material selections
– Pipe supports and pipe racks
5. Deliverables in piping Engineering and documentations
6. Design Phases: Preliminary, Conceptual, FEED, and Detail.
– P & ID , PFD: Meaning, importance, applications, and limitations
– How to read and interpret P & ID.
– Line numbering philosophy
7. Meaning and applications of Piping & Equipment layout Layout,
– General Arrangement drawings and Piping Isometric drawings.
– Interpreting Piping layout, PGA and Piping Isometric drawings.
8. International standards: ASME, API, ANSI, ASTM and their codes.
– ASME B31.3, B31.4, B31.8, B16.5, B36.10, B36.19.
– ASTM A105, ASTM A106, ASTM 234, etc
9. Grade selection of pipe
– Wall thickness calculations
– Piping material selection and specification
– Piping class and MTO (Material take-off List)
– Valve Data sheets
10. Pipe datapro software applications
– Pipe stress Analysis reports using CAESAR 2 Software applications (Basic)
11. Pressure vessel design and Analysis reports using PV Elite software applications (Basic)
– PDMS (Equipment & Piping Basic)
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