GetSmart SmartPlant University

Transcription

1 SmartPlant P&ID GetSmart SmartPlant University Intergraph November 30, 2011

2 Agenda Objectives Td Today s Topic Presentation/Demonstration Poll Questions/Conclusions Questions & Answers 2

3 SmartPlant Enterprise SmartPlant P&ID Engineering Integrity

4 SmartPlant E&S Solving Business Problems Designing the Process SP P&ID Safety and Risk Mitigation Safety SP Process Safety Controlling the Process SP Instrumentation Powering the Process SP Electrical Value add Engineering SmartSketch SP Explorer Validating the Design ETAP SmartPlant P&ID Engineering Integrity Power Controls Process Motor Operated Control valve

5 GetSmart Webinars Increase the utilization of the products/solutions offering New features Existing but under utilized Tips and Tricks User Experiences Increase the productivity Learn about integration Complementary solution from our partners to help complete the work process Opportunity to ask questions to the PPM teams See what the peers think with poll questions And more. 5

6 Objectives Get more mileage out of SP Engineering & Schematics Solution Increase productivity, design quality and bottom line Be a Front Runner with innovative solutions Making Smart Decisions The Presenters Mike Herod, SmartPlant P&ID Product Manager, Huntsville Frank Joop, E&S Global Business Development 6

7 The Topic SmartPlant P&ID Engineering Integrity Making the Right Decision Early 7

8 SmartPlant P&ID Engineering Integrity Save time during P&ID checking Avoid making costly changes late in a project cycle Ensure the quality and dependability of data to downstream disciplines Capture the company s best practices Check for safety Engineering Interface that quick/intuitive to build rules Easy to check Comes delivered with over 3000 checks Derived from ISO 10418/API 14C

9 Validation at each project milestone Check at each project milestone Time consuming Consistency Faster releases means faster project execution Great ROI as if; 1 hour to check a P&ID 500 P&ID on the project 4 releases Is 2000 equals $ 120,000 Leverage the intelligent P&ID capabilities beyond reports, validation and integration Rev 1 Rev 2 Rev 3 Rev 4

10 SmartPlant P&ID System Editing Rules

11 SmartPlant P&ID System Editing Rules

12 SmartPlant P&ID System Editing Rules Display Sets

13 SmartPlant P&ID System Editing Rules Display Sets

14 SmartPlant P&ID System Editing Rules Display Sets Reports Automation (Llama, Plaice)

15 SmartPlant P&ID SmartPlant P&ID contains a wealth of data Object Identity Properties Select Lists Text UOMs Connectivity (topology) SmartPlant P&ID Engineering Integrity will use all that data to provide Engineering Information on the state of the design

16 SP P&ID Engineering Integrity

17 SP P&ID Engineering Integrity Save time checking the P&IDs All drain valves, unless noted otherwise, are 3/4.

18 Save time checking the P&ID All drain valves, unless noted otherwise, are 3/4. The unmarked drain valve is 4, not 3/4

19 Quality Data to downstream disciplines All Control Valves must: have an Actuator have an Opening Action defined and this must be shown on the drawing Globe valve (piping) vs Globe Control Valve (instrument) 19

20 Avoid costly changes late in project Equipment vent/drain valves sized according to volume of vessel

21 Avoid costly changes late in project Equipment vent/drain valves sized according to volume of vessel Calculate volume & look-up in chart for Vent & Drain sizes

22 Company/Project Best Practises Compliance with engineering guidelines/best practices Control valves less than certain size should have blocks & bypass Drain valves in water service should be freeze protected according to winterization guideline

23 Save time checking P&IDs Topology & Data There should be a pressure indicator on the discharge of centrifugal pumps - followed by a check valve - a drain valve and an isolation block valve.

24 Company Best Practises Design check No pipe size over 2 if flow-rate is < 80 GPM No Gate Valves in Caustic service

25 Safety Checks If a PSV inlet and outlet have block valves they will be CSO. Topology: Look on either side of PRV to determine if there are valves. Data: If valves are found, the correct property Fail Action is checked for CSO definition Visual: If CSO definition is found then rule will determine if the correct label is attached

26 The SmartPlant P&ID Engineering Integrity Rules

27 The SmartPlant P&ID Engineering Integrity Rules

28 The SmartPlant P&ID Engineering Integrity Results

29 The Results - Failed

30 Rules in Compliance with ISO 10418/API 14C

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32 Poll Question 32

33 Question #1 Rule driven engineering i is a key part of our strategy. t Do you think that rules can lower cost and increase quality of the design/projects or it is too difficult to capture/create the rules and have to them cover enough to be beneficial Yes, the rules can lower projects costs and risks and increase quality Yes, but it is a challenge to create the right and sufficient rules No, as manual checking will always be needed Do not know 33

34 Summary Engineering Interface that quick/intuitive to build rules Easy to check Powerful capabilities Save time during P&ID checking Avoid making costly changes late in a project cycle Ensure the quality and dependability of data to downstream disciplines Capture the company s best practices Check for safety

35 Today s presentation

36 Q&A 36

37 Additional Information & Recording The recording of the webinar and additional information can be found at: t h / / or 37

38 The Future of Engineering Today