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Piping presentation

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Vikas Suryavanshi
Vikas Suryavanshi

This document summarizes the benefits of intelligent P&IDs and 3D modeling compared to conventional CAD drafting. Intelligent P&IDs capture and organize project data in a single database, allowing for single data entry and association of engineering documents. 3D modeling enables visualization, interference detection, stress analysis and eliminates costly physical models. Both methods generate standard AutoCAD and MicroStation files and provide benefits over conventional drafting throughout the design, construction, and coordination process.

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Design Intelligent P&ID's 3d Modeling Walkthrough & Visualization Design Documents Construction Documents & Reports Prepared by Piping Design Consultants
Intelligent P&ID’s Benefits versus conventional CAD Drafting Captures, Organizes and Updates Data as projects progresses. One common Database for the entire project or facility. Single Data entry with multiple use outputs. Ability to associate Engineering Data and Documents to graphics. Standard AutoCAD and MicroStation files.
View of P&ID
View of Pump Data From P&ID Graphic
Associated Documents for Pump
Retrieved Associated Document for Pump
View of Data From Database Software Project Databases can be many different formats; FoxPro, Microsoft Access, Microsoft SQL or Oracle. This Project was run using Microsoft Access.
Pump Data From Database View All data is accessible from P&ID Drawings or directly from the database concurrently. All changes are reflected throughout all documents.
View of Data In Report Format All reports are easily custom tailored to your companies requirements.
Intelligent P&ID’s - Summary Benefits versus conventional CAD Drafting Captures, Organizes and updates Data as projects progresses. One common Database for the entire project or facility. Single Data entry with multiple use outputs. Ability to associate Engineering Data and Documents to graphics. Standard AutoCAD and MicroStation files.
3D Modeling Benefits versus conventional CAD Drafting Visualization, Walk Through and Interference Detection Capabilities. Stress Analysis data exchange. Elimination of Field Interference. Elimination of costly Physical Models. Design and Construction Drawings and Bills of Materials. Standard AutoCAD and MicroStation files.
Start of the Design Using conventional 2D files for backgrounds for the model.
Adding Equipment 3D Objects are drawn to actual dimensions.
Equipment in the Model Once 3D Objects are created they are placed and positioned in the model.
Adding Structures and Platforms After generally arranging all the equipment, Structures, Platforms and Stairs are added to finalize the arrangement.
Adding Piping and Components Piping is selected from specifications and are drawn as 3D Objects. They are connected to Equipment Nozzles.
Adding Piping and Components Piping components are placed in line to build the system.
Adding Piping and Components Piping is completed by attaching to the nozzle of interconnecting equipment.
(The AVI File will start and stop Automatically)
Completing the System of Piping The model is now ready for design review with client and interference checking.
Plan Drawing
Plan Drawing - Enlarged View
Section Drawing
Section Drawing - Enlarged View
Bill of Material for Procurement
Isometric Fabrication Drawing
Fabrication Bill of Materials
3D Modeling Summary Benefits versus conventional CAD Drafting Visualization, Walk Through and Interference Detection Capabilities. Stress Analysis data exchange. Elimination of Field Interference. Elimination of costly Physical Models. Design and Construction Drawings and Bills of Materials. Standard AutoCAD and MicroStation files.
Stress Analysis of Piping System Stress Analysis data is delivered from the piping model directly. 18 Piping Design Codes Including B31.1. Engineering Design Standards; API, ASME, AISC, UBC, ANSI, WRC, NEMA, DIN, JIS, KHK. Hanger Selection and Spring Sizing. Wind Load Profile Generation, Seismic Analysis. Wave Loading, Nonlinear Underground Pipeline analysis. Fluid Transient Synthesizers.
Stress Analysis: Cold to Hot
Stress Analysis: Cold to Hot
Coordination Field coordination meetings Design review Installation drawings As-built drawings
Piping Design Consultants Thanks for the opportunity to demonstrate our capabilities

More Related Content

Piping presentation

  • 1. Design Intelligent P&ID's 3d Modeling Walkthrough & Visualization Design Documents Construction Documents & Reports Prepared by Piping Design Consultants
  • 2. Intelligent P&ID’s Benefits versus conventional CAD Drafting Captures, Organizes and Updates Data as projects progresses. One common Database for the entire project or facility. Single Data entry with multiple use outputs. Ability to associate Engineering Data and Documents to graphics. Standard AutoCAD and MicroStation files.
  • 4. View of Pump Data From P&ID Graphic
  • 7. View of Data From Database Software Project Databases can be many different formats; FoxPro, Microsoft Access, Microsoft SQL or Oracle. This Project was run using Microsoft Access.
  • 8. Pump Data From Database View All data is accessible from P&ID Drawings or directly from the database concurrently. All changes are reflected throughout all documents.
  • 9. View of Data In Report Format All reports are easily custom tailored to your companies requirements.
  • 10. Intelligent P&ID’s - Summary Benefits versus conventional CAD Drafting Captures, Organizes and updates Data as projects progresses. One common Database for the entire project or facility. Single Data entry with multiple use outputs. Ability to associate Engineering Data and Documents to graphics. Standard AutoCAD and MicroStation files.
  • 11. 3D Modeling Benefits versus conventional CAD Drafting Visualization, Walk Through and Interference Detection Capabilities. Stress Analysis data exchange. Elimination of Field Interference. Elimination of costly Physical Models. Design and Construction Drawings and Bills of Materials. Standard AutoCAD and MicroStation files.
  • 12. Start of the Design Using conventional 2D files for backgrounds for the model.
  • 13. Adding Equipment 3D Objects are drawn to actual dimensions.
  • 14. Equipment in the Model Once 3D Objects are created they are placed and positioned in the model.
  • 15. Adding Structures and Platforms After generally arranging all the equipment, Structures, Platforms and Stairs are added to finalize the arrangement.
  • 16. Adding Piping and Components Piping is selected from specifications and are drawn as 3D Objects. They are connected to Equipment Nozzles.
  • 17. Adding Piping and Components Piping components are placed in line to build the system.
  • 18. Adding Piping and Components Piping is completed by attaching to the nozzle of interconnecting equipment.
  • 19. (The AVI File will start and stop Automatically)
  • 20. Completing the System of Piping The model is now ready for design review with client and interference checking.
  • 22. Plan Drawing - Enlarged View
  • 24. Section Drawing - Enlarged View
  • 25. Bill of Material for Procurement
  • 27. Fabrication Bill of Materials
  • 28. 3D Modeling Summary Benefits versus conventional CAD Drafting Visualization, Walk Through and Interference Detection Capabilities. Stress Analysis data exchange. Elimination of Field Interference. Elimination of costly Physical Models. Design and Construction Drawings and Bills of Materials. Standard AutoCAD and MicroStation files.
  • 29. Stress Analysis of Piping System Stress Analysis data is delivered from the piping model directly. 18 Piping Design Codes Including B31.1. Engineering Design Standards; API, ASME, AISC, UBC, ANSI, WRC, NEMA, DIN, JIS, KHK. Hanger Selection and Spring Sizing. Wind Load Profile Generation, Seismic Analysis. Wave Loading, Nonlinear Underground Pipeline analysis. Fluid Transient Synthesizers.
  • 32. Coordination Field coordination meetings Design review Installation drawings As-built drawings
  • 33. Piping Design Consultants Thanks for the opportunity to demonstrate our capabilities

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