Project Life-Cycle Data Management

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Marcel Ovčačík
před 9 lety
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1 Project Life-Cycle Data Management 1

2 Contend UJV Introduction Problem definition Input condition Proposed solution Reference Conclusion 2

3 UJV introduction Research, design and engineering company 1000 employee 6 daughters companies + 2 in process Main working areas Probabilistic and safety analyses Materials (calculation, testing, classification) Radioactive waste management Research reactor operation Radiopharmaceutical production (PET) Technology parks operation Design and engineering services (EGP) 3

testing, classification) Radioactive waste management Research reactor operation

4 ENERGOPROJEKT PRAHA introduction Design and engineering services 200 employee 60 years of experience Main designer for Power Plants in Czech and Slovak republic Running projects NPP Mochovce unit 3&4 Study for new NPP Temelin CCPP Balloki 200MW and Muridke 200MW in Pakistan Supercritical coal unit 660MW in Ledvice Reconstruction three coal units 250MW in Prunerov II 4

Mochovce unit 3&4 Study for new NPP Temelin CCPP Balloki 200MW and Muridke 200MW in Pakistan

5 Problem definition Needs Valid information (data/documentation) step by step verification is expensive Data consistency control and maintenance Users works with standard SW Assign (Intranet, MS Office) Develop data management system which: All data store only once Have automatic data consistency control Is useful for whole project life Is user friendly 5

standard SW Assign (Intranet, MS Office) Develop data management system which: All data

6 Input condition Operator requirements are principal Use all data / documentation Use them longest time Responsible for maintenance Data / documentation availability Common on-line data source for most applications Internet/Intranet environment Communication with operator Information System Open system Communication with large spectrum of SW true standard protocol (XML preferred) Enable future update Legal rules and regulations (especially QA ISO 9001:2000) 6

Internet/Intranet environment Communication with operator Information System Open system Communication with large

7 Proposed solution Database design documentation AXSYS ENGINE (Bentley) - P&IDs PDMS (AVEVA) spatial model MS Access (Excel) data processing SQL relational database, Web Server, XML based communication - environment 7

MS Access (Excel) data processing SQL relational

8 Proposed solution Data storage using and maintenance Changes management Connection with Information System Users application 8

9 Reference First application is working in NPP Temelin Presentation on DVD Users interface Users application Design for NPP Mochovce 3&4 and CPP Prunerov II are elaborated 9

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57 Conclusion Data management is never ending story. Present status is almost 20 years experience Tasks for future Standardize design parameters for various type of equipment Developed on-line Internet communication during the design elaboration Communication with producers to fulfil equipment catalogue Contact: Karel Biza Vladimir Vachek 57

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