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    High productivity is the result of  driving the design with dynamic, structured, smart information then displaying that information graphically. ( * Denotes a feature that can be demonstrated today).

Process Design Works (PDW)

Dynamic:

  • * sizing of pipes. (Single Velocity)
  • * generic identification of process elements.
  • * assignment of processes to P&IDs.
  • * creation of loops. (Seven Elements)
  • * generic numbering of loops and loop elements.
  • * one click, development of a known, standard process.
  • * driving of the process graphics (drawing) from the process information.(Start)
  • * naming of loops and fluids.
  •   creation of titles and assignment drawing numbers  to P&IDs.
  •   one click development of basic plant utility processes.

Linking:

  • * process elements, fluids, pipes, vessels, devices - one to another.
  • * fluids and pipes from process to process and P&ID to P&ID. 
  • * the process design to a library of fluid specifications.(Start)  
  • * identifying fluids as to process input or process / pump output.
  • updating project numbering format for all process elements.
  • full dynamic sizing of vessels, pumps and pipes.

Instrument Design Works (IDW)

One click:

  • * import of a single loop from the process tool.
  • * import of a P&ID’s worth of loops from the process tool. (Average number of loops in a traditional P&ID - 20 to 30).
  • * change of loop type. (eg. Level to Flow).
  • * I/O assignment.

Dynamic:

  • * loop development. (1 to 7 devices, 0 to 3 termination points plus I/O).
  • * loop and tag numbering format. (Five flavours to date).

Instant:

  • * cabinet sizing.  
  • * update of termination points.
  • * update of wire colours.
  • * update of loop format.
  • * update of I/O format and product line.
  • * update of digital wiring format.

Automatic:

  • * generation of analog and digital loops.
  • * generation of Instrument Index and Cable Schedule.
  • * linking of I/O to loop. (Once P&ID is assigned).
  • * generation of loop, cabinet and I/O drawings.
  •   establishing of device range.
  •   establishment of device calibration.
  •   development of loop sheet title.
  •   assignment of loop drawing numbers.

Multiple:

  • * wiring schemes for digital loops.
  • * power point options for digital loops.
  • * digital monitors - one to four contacts.
  • * loops sorted as to Project, Plant and P&ID.
  • * manual option for building analog or digital loops.
  • * cables, wires, terminals automatically identified.
  • * only four clicks away from any project information.

Importing:

  • fluid specification from the IDW process tool.
  • alarm and shut-down points  from the IDW process tool.
  • linking device requirements to manufacturers’ specifications.
  • converting drawing to DXF format.
  • establishing I/O system from control information. (Once the manufacturers product line is identified by the user).

           EASIER - FASTER - CHEAPER - SAFER

 






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