Categories > Technical / Mechanical Category: 

Mechanical Piping Design and Drafting

 

 

Program Duration

:

5 Days

Program Date

:

08-12 April, 2012

Program Location

:

Jeddah, KSA

Program Fees

:

US$ 1950/Per Person

 

PROGRAM OUTLINES:

 

Introduction of piping Engineering.

  • Definition of Pipe and piping.

  • Application of Piping.

  • Piping Standards.

  • Line specification and its importance.

  • Pipe ends, joining types and application.

  • Pressure class rating.

  • NPS, DN and OD.

Pipe Manufacturing methods

  • Seam pipe.

  • Seamless pipe.

  • Spiral pipe.

  • U. O. Pipe.

Valves : ASME Standards

  • Applications.

  • Operation.

  • Orientation.

  • Drawing symbols

  • Dimensions.

  • Pressure Drop.

  • Back flow.

  • Standards.

  • Selections.

  • Specifications.

  • Types of valve Gate, globe, needle, ball, plug, pinch, diaphragm, PSV, PRV, Butterfly,

  • NRV, Diverting, mixing, knife, blow down, flow control valve, etc.,

Flanges

  • Pipe Flange

  • Joining methods

    • Stub- in.

    • Stub- on.

    • Stub-end.

  • Flange standards.

  • Applications.

  • Drawing symbols.
    Dimensions and pressure class rating selection.

  • Types of flanges

    • Slip on flange.

    • Threaded.

    • Orifice.

    • Weld neck.

    • Socket.

    • Blind.

    • Reduced.

    • Lap joint.

    • Flange and.

    • Spades and spectical blinds.

Fittings

  • Standards.

  • Dimensions.

  • Symbolic representations.

  • Applications.

  • Design concepts.

  • Specification.

  • Types.

  • 900 LR & SR.

  • 450 LR & SR.

  • Bends - 1800 LR &SR , miter bends.

  • Branch connections

  • Straight:

  • Equal Tees.

  • Unequal Tees.

  • Cross-Tees.

  • Reducers /Expands.

    • Concentric.

    • Eccentric

  • Olets .

    • Weldolets.

    • Sockets.

    • Threadolets.

    • Latrolets.

    • Elbolets.

    • Sweepolets.

    • Thermolets.

    • Flageolets etc.

  • Couplings.

    • Full.

    • Half

    • Reducing.

  • Unions.

  • Special fittings.

    • Traps.

    • Expansion bellows.

    • Expansion loops.

    • Strainers.

Gaskets

  • Types of gaskets.

  • Selection process fluids.

  • Specification.

  • Standards.

  • Types of flange facings.

  • Flat.

  • Raised face.

  • RTJ.

  • Flange face finishing.

  • Tangent grooves.

  • Radio graphics and

  • Concentric gloves.

  • Gaskets indication color representation.

Drawing generations

  • Straight isometric.

  • Single rolling isometric

  • Double rolling isometric.

  • Drawings Extractions.

Detailed MTO s.

PFD and P&ID s

  • Process Flow Diagram (PFD).

  • Piping and Instrumentation Diagram (P&ID).

  • Development of P&ID from formulae.

  • Symbolic representation.

  • Process flow.

  • Reading of P&ID .

    • Line list.

    • Equipment list.

  • Development of piping diagrams with PFD and P&ID.

  • Instruments, loop diagrams, symbols.

  • Utility flow diagrams.

General arrangement diagrams

  • Extraction of isometrics and MTO s

  • Development of detailed diagrams.

Pressure drop calculations

  • Straight pipes.

  • Valves, fittings and components.

  • Pressure Drop in

  • liquid line.

  • gasses lines and.

  • multi fluid lines..

  • Fluid flow in pipe line.

  • Types of flows.

Pipe supports.

  • Importance of Supports.

  • Classification of supports.

  • Rigid.

  • Hanger.

  • Flexible and Restraints

  • Standards.

  • Span and specification.

  • Applications.

  • Representation.

  • Rigid

    • Shoe

    • Saddle

    • Trunnion.

    • Dummy leg.

    • Base adjustment Support and

    • Sleeper.

  • Flexible

    • Constant load.

    • Variable Load.

  • Restraints

    • Guide.

    • Roller.

    • Anchor Supports.

Pipe Rocks :

  • Design Concepts.

  • Width and height calculations.

  • Spacing (spans).

  • Pipe arrangements.

  • Process Pipelines.

  • Utilities.

  • Cable Trays.

Pipe thickness calculations.

  • Schedule Selections.

Importance of Stress analysis.

  • Sustained Loads.

  • Occasional Loads.

  • Expunction Loads.

  • Primary stress.

  • Secondary stress.

  • Peak Stress.

Pump Head.

  • Pump head Calculations.

  • Closed System and Open system.

  • Design Concepts.

  • NPS Ha.

  • NPS Hr Cavitations.

  • Applications.

  • Pumps Selection.

Pump Piping Basic.

  • All types of applications.

  • Rooting Concepts of Piping for a pump.

Plot Plan.

  • Equipment layout.

  • Piping Layout.

  • Preparation Of equipment layout- Factors consideration, Battery limits and Bund walls.

  • Concepts.

  • Sample Layouts.

  • Importance.

Piping Layout.

  • Complete Design Concepts.

  • Pumps.

  • Vessels.

  • Racks / Tracks.

  • Hazardous.

  • Head Room clearances.

  • Control Stations.

  • Drain Pipelines.

  • Vent Pipelines.

  • Process Pipelines.

  • Safety.

  • Maintenance.

  • Operation. etc.,