PIP - Pipeline Information Platform How to implement a GIS based Pipeline Management System Karim ELHANAFI Head of Pipeline Projects Abu Dhabi, May 2010 www.msgis.com, © by ms.GIS 2010 Page 1 Agenda Introduction of ms.GIS What is the aim to use IT & GIS for Pipeline projects Phases of GIS implementation project Implementation Project Benefits Abu Dhabi, May 2010 www.msgis.com, © by ms.GIS 2010 Page 2 Introduction ms.GIS information systems inc. Based in Vienna / Austria IT & GIS services and solutions Focus: Pipelines, Utilities, Transport, Environment, Public Member of: PODS – Pipeline Open Data Standard MSDN – Microsoft Developer Network EDN – ESRI Developer Network ODN – Oracle Developer Network Abu Dhabi, May 2010 www.msgis.com, © by ms.GIS 2010 Page 3 What is the aim to use IT & GIS for Pipelines Information Management: structured storage of collected information (Database) usage of proper software tools for different tasks sharing of latest collected information between involved parties departments communicate via DB long distance assets => GIS data distribution via intranet, Web or offline Design Abu Dhabi, May 2010 Procurement Construction www.msgis.com, © by ms.GIS 2010 Operation Page 4 Project Phases Phases for implementing a Pipeline GIS Needs analysis (for tender or direct contracting) Project phases and –schedule (Budgetary planning) System Study Specifications Implementation by contractor Roll-out and Testing User Training, Workflow & SW Documentation Abu Dhabi, May 2010 www.msgis.com, © by ms.GIS 2010 Page 5 Needs Analysis The following Analysis should be done before tender/contracting Which phase of my pipeline project do I want to support? Design, Construction, Operation – or all? Which existing geo-spatial and non-spatial data do I have? Which departments shall share collected information? Which Modules are needed to support my technical- and business workflows? Which solutions are available on the market? Abu Dhabi, May 2010 www.msgis.com, © by ms.GIS 2010 Page 6 Project Phases and -schedule Project scheduling Tender Data Migration System Study (existing IT environment for integration) Database Implementation Customization of Modules Implementation of Modules Roll out & Testing User Training 6-12 Month Abu Dhabi, May 2010 www.msgis.com, © by ms.GIS 2010 Page 7 System Study Existing data Data to be collected System architecture Specifications Abu Dhabi, May 2010 www.msgis.com, © by ms.GIS 2010 Page 8 Specifications Data Model (OGC compliant, not proprietary) Data structure (standards based – PODS) Data interfaces Software Interfaces Modules Abu Dhabi, May 2010 www.msgis.com, © by ms.GIS 2010 Page 9 Modules Implemented Implemented Modules: Desktop Solution NOC Processing Tool Pipe Book HCA Analysis Tool Alignment Sheet Generator Metadata Administrative Seats PIP Geodataserver Maintenance Inspection MEMO Module LRST User Access Control Location Class Analysis GIS Intelligent Inline Pigging Base Components used: Oracle, ESRI, Pipeline Information Platform, CartoPac, MS Office Abu Dhabi, May 2010 www.msgis.com, © by ms.GIS 2010 Page 10 Implementation Phase Close cooperation between client and contractor Clients staff involved during implementation Review and adaption of modules to meet clients needs Internal testing User Acceptance Test Documentation Roll out User Training Abu Dhabi, May 2010 www.msgis.com, © by ms.GIS 2010 Page 11 Benefits no loss of information / sharing of information fast access to latest information data at-a-glance increased user productivity decision support progress monitoring knowledge about the condition / status basis for reducing operational / overhead costs protection of investment Abu Dhabi, May 2010 www.msgis.com, © by ms.GIS 2010 Page 12 PIP - Pipeline Information Platform Thank you for your audience ! [email protected] [email protected] Abu Dhabi, May 2010 www.msgis.com, © by ms.GIS 2010 Page 13
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