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UPDM & APR Implementation for Gas Transmission

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SSP Innovations
SSP Innovations

With the release of Esri's ArcGIS Pipeline Referencing (APR) in early 2017, Memphis Light, Gas & Water (MLGW) identified the extensions as desirable tools to manage their gas transmission assets. The key driver for MLGW was the ability to utilize software within the Esri stack for editing linear referenced pipelines, viewing and reporting. This presentation will focus on MLGW’s APR implementation and include elements around the hardware/software architecture, Utility Pipeline Data Model, data migration across multiple sources, implementation of the Esri software and creation of a viewing/reporting application within Web App Builder.

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UPDM & ArcGIS Pipeline Referencing MLGW Project Summary
Introductions  Andrew McColgan – Memphis, Light, Gas & Water (MLGW)  Computer Software Specialist  Clarke Wiley – SSP Innovations  Director of Pipeline
MLGW – Gas System • 181 Miles of Transmission/Regulated Pipelines • Distribution: • 320,000 Natural Gas Customers • 4650 miles in length • Nearly 40 billion cubic feet delivered per year
MLGW – Current GIS Environment • Existing/Prior GIS Architecture: • Gas Distribution & Gas Transmission • ArcGIS Gas Distribution Data Model • Both Distribution and Transmission managed with same tools/workflows • Current GIS Environment • ArcGIS 10.1 • Oracle 11g
Project Overview - Transmission • Consolidation and Migration of Transmission gas assets into Utility Pipeline Data Model (UPDM) • Extend UPDM model to accommodate all datasets • Migration of MAOP Attribution/Documents from SQL RDBMS Environment • Migration of existing GIS Transmission assets to UPDM
Project Overview - Transmission Establish new Esri/RDBMS environment • ArcGIS Desktop 10.5 • ArcGIS Server 10.5 • ArcGIS Pro 2.0 • Oracle 11g Implementation of ArcGIS Pipeline Referencing Tools • ArcGIS Pro Extension – Centerline Editing • ArcGIS Server Extenstion – Web Event Editing • ArcGIS Desktop Extension – APR Configuration
Project Overview - Transmission Viewing/Reporting • WebApp Builder • Out of the Box internal web tool • Widget Based/Configurable • Geoprocessing Reporting: PHMSA, %SMYS, NPMS
•Benefits: • Complete 10.5 Esri Architecture Up and Running • Desktop • Server • ArcGIS Pro • Allows Gas Distribution/GIS/IT to review, evaluate and plan for next technology phase • Transmission Data will remain in UPDM model, added regulatory/editing benefits • Distribution can start reviewing UPDM model and multi year planning Project Overview - Transmission
Past (32 Bit) to Future (64 Bit)
UPDM & APR Implementation for Gas Transmission
Key Project Decisions/Milestones
Discovery Overview • Current GIS State, Data and IS/IT Overview • GIS Data • ArcGIS Gas Distribution Data Model • Electronic Data • Scanned Documents/Document Management Tools • Spreadsheets • Local DBs (GDB, Access) • Historical Paper Documentation • Application Review • Current GIS Data Projects
Key Decisions Utility Pipeline Data Model (UPDM) • Future data model for all gas assets • Industry/Esri supported model Linear Reference Transmission Data • Source data from ArcGIS Gas Distribution Database • GPS Survey Data/Centerline Rectification Load best known attribution and documentation • MAOP Database/Documents vs GIS
GIS – Management • Single Infrastructure • Applications and Integrations • Ability to program and configure against one location • Streamlined integration points Standardized Architecture • Clarity for the User Community • Regulatory Reporting, Asset Views, Mileage, Summaries • No need to compare and/or combine data from multiple locations for reporting • MAKE OUR GIS A DECISION MAKING TOOL Why UPDM?
Project Overview Utility Pipeline Data Model • Schema Extensions, RDMS/SDE & Database Implementation Data Migration • Linearly Reference Transmission (GL- ID) • ArcGIS Gas Distribution Model • Gas Transmission Assets • PCS – MAOP Document/Attribution Database 15
Project Overview ArcGIS Pipeline Referencing Implementation • Centerline Editing Tools – ArcGIS Pro • Web Event Editing Tools – ArcGIS Server • Desktop Configuration Tools – ArcGIS Desktop
Project Overview oBenefits: • Complete 10.5 Esri Architecture Up and Running • Desktop, Server & ArcGIS Pro • Allows Gas Distribution/GIS/IT to review, evaluate and plan for next technology phase • Transmission Data will remain in UPDM model and Dist Data will ultimately be merged
ArcGIS Pipeline Referencing (APR) Early Adopters
Early Adopters First companies on board, including MLGW, find UPDM appealing since both the distribution and transmission gas assets can be stored within the same enterprise geodatabase •Operators seeing the benefit of Esri out of the box tools versus third party software products for core pipeline management • ArcGIS Pipeline Referencing – Centerline & Event Management • Pro – Distribution
Early Adopters With PODS Next Generation on the horizon and the perceived jump from APDM to UPDM, we’ve found that pure transmission operators are road-mapping and planning prior to making the move • Integration points to current PODS or APDM model • Application compatibility (HCA/Class, Risk, MAOP/MOP and Alignment Sheet Generation) • Migration and Esri Version Upgrade Planning
ArcGIS Pipeline Referencing (APR) Data
Data, Data, Data How are pipeline routes being stored in the new model? • Past models, stored pipelines and systems in StationSeries and LineLoop/LineLoopHierarchy tables. • UPDM…review existing systems hierarchy and make key decisions for modeling the pipeline LRS networks Do you still need historical stationing? • Simply utilize continuous network and manage true pipeline length/location?
Data, Data, Data Data Mapping Phase • Example: GasMain -> UPDM.P_Pipes UPDM Database Extensions • Where is data duplicated? • Where can we consolidate? • Between both source datasets or within the same • What fields are truly needed to support GIS asset and integrity management
Data, Data, Data Data Migration Establish Empty UPDM Schema • Transmission vs Distribution • Shared Features (P_Pipes, P_Fittings, P_Valves) Configure APR • LRS Networks, LRS Events, Event Response • Centerline, Routes, Centerline Sequence
Data, Data, Data Don’t discount the APR Toolbox! • Streamlined Workflows • GIS Centric • Makes data loading a non-DBA task • Append Events (Location Referencing Tools) • Generate shapes and Event GUIDs • Add, Retire or Replace
ArcGIS Pipeline Referencing (APR) Architecture & Licensing
APR Architecture
APR Architecture Desktop ArcMap/ArcCatalog Extension Create Empty UPDM Schema LRS Network Creation/Configuration LRS Event Creation/Configuration Event Responses Route Loading/Generation Calibration Point Loading/Updating Intersection Events Location Referencing Tools Centerline/Route Editing Create, Update, Retire Route Representations Bulk Data Loading – GP Models ArcGIS Server Web Based Point/Linear Event (Feature) Editing Published Map Services
Licensing & Deployment ArcGIS Pro Location Referencing Extension – • Extension is part of the Pro Install! • Named User versus Single Use? • Single Use License: Provision APR as a single use on the same machine
Licensing & Deployment ArcGIS Pro Location Referencing Extension – • Named User License: Use Pro License and the APR License • Much easier to manage/implement • Use Pro from any machine and utilize named user account for authentication
Centerline & Data Loading Migrate core features and LRS tables • Follow Esri Documentation! • The features/data that are migrated (outside the core) will assume the LRS Network properties and users can proceed with using the APR applications.
Centerline & Data Loading Append Events – Location Referencing Toolbox • Your new best friend! • Event GUIDs • Create shapes from source data in a tabular format • ROUTEID, M Value (From/To) • Add, Retire or Replace • Field Mapping – Visual Representation of Mapped Columns
WebApp Builder Out of the box Esri App tool • Widget Based • Configured to Transmission Needs • <= 1970 Install Date • Unknown WT • Document Links
Questions? Andrew McColgan - amccolgan@mlgw.org Clarke Wiley – clarke.wiley@sspinnovations.com

More Related Content

UPDM & APR Implementation for Gas Transmission

  • 1. UPDM & ArcGIS Pipeline Referencing MLGW Project Summary
  • 2. Introductions  Andrew McColgan – Memphis, Light, Gas & Water (MLGW)  Computer Software Specialist  Clarke Wiley – SSP Innovations  Director of Pipeline
  • 3. MLGW – Gas System • 181 Miles of Transmission/Regulated Pipelines • Distribution: • 320,000 Natural Gas Customers • 4650 miles in length • Nearly 40 billion cubic feet delivered per year
  • 4. MLGW – Current GIS Environment • Existing/Prior GIS Architecture: • Gas Distribution & Gas Transmission • ArcGIS Gas Distribution Data Model • Both Distribution and Transmission managed with same tools/workflows • Current GIS Environment • ArcGIS 10.1 • Oracle 11g
  • 5. Project Overview - Transmission • Consolidation and Migration of Transmission gas assets into Utility Pipeline Data Model (UPDM) • Extend UPDM model to accommodate all datasets • Migration of MAOP Attribution/Documents from SQL RDBMS Environment • Migration of existing GIS Transmission assets to UPDM
  • 6. Project Overview - Transmission Establish new Esri/RDBMS environment • ArcGIS Desktop 10.5 • ArcGIS Server 10.5 • ArcGIS Pro 2.0 • Oracle 11g Implementation of ArcGIS Pipeline Referencing Tools • ArcGIS Pro Extension – Centerline Editing • ArcGIS Server Extenstion – Web Event Editing • ArcGIS Desktop Extension – APR Configuration
  • 7. Project Overview - Transmission Viewing/Reporting • WebApp Builder • Out of the Box internal web tool • Widget Based/Configurable • Geoprocessing Reporting: PHMSA, %SMYS, NPMS
  • 8. •Benefits: • Complete 10.5 Esri Architecture Up and Running • Desktop • Server • ArcGIS Pro • Allows Gas Distribution/GIS/IT to review, evaluate and plan for next technology phase • Transmission Data will remain in UPDM model, added regulatory/editing benefits • Distribution can start reviewing UPDM model and multi year planning Project Overview - Transmission
  • 9. Past (32 Bit) to Future (64 Bit)
  • 12. Discovery Overview • Current GIS State, Data and IS/IT Overview • GIS Data • ArcGIS Gas Distribution Data Model • Electronic Data • Scanned Documents/Document Management Tools • Spreadsheets • Local DBs (GDB, Access) • Historical Paper Documentation • Application Review • Current GIS Data Projects
  • 13. Key Decisions Utility Pipeline Data Model (UPDM) • Future data model for all gas assets • Industry/Esri supported model Linear Reference Transmission Data • Source data from ArcGIS Gas Distribution Database • GPS Survey Data/Centerline Rectification Load best known attribution and documentation • MAOP Database/Documents vs GIS
  • 14. GIS – Management • Single Infrastructure • Applications and Integrations • Ability to program and configure against one location • Streamlined integration points Standardized Architecture • Clarity for the User Community • Regulatory Reporting, Asset Views, Mileage, Summaries • No need to compare and/or combine data from multiple locations for reporting • MAKE OUR GIS A DECISION MAKING TOOL Why UPDM?
  • 15. Project Overview Utility Pipeline Data Model • Schema Extensions, RDMS/SDE & Database Implementation Data Migration • Linearly Reference Transmission (GL- ID) • ArcGIS Gas Distribution Model • Gas Transmission Assets • PCS – MAOP Document/Attribution Database 15
  • 16. Project Overview ArcGIS Pipeline Referencing Implementation • Centerline Editing Tools – ArcGIS Pro • Web Event Editing Tools – ArcGIS Server • Desktop Configuration Tools – ArcGIS Desktop
  • 17. Project Overview oBenefits: • Complete 10.5 Esri Architecture Up and Running • Desktop, Server & ArcGIS Pro • Allows Gas Distribution/GIS/IT to review, evaluate and plan for next technology phase • Transmission Data will remain in UPDM model and Dist Data will ultimately be merged
  • 18. ArcGIS Pipeline Referencing (APR) Early Adopters
  • 19. Early Adopters First companies on board, including MLGW, find UPDM appealing since both the distribution and transmission gas assets can be stored within the same enterprise geodatabase •Operators seeing the benefit of Esri out of the box tools versus third party software products for core pipeline management • ArcGIS Pipeline Referencing – Centerline & Event Management • Pro – Distribution
  • 20. Early Adopters With PODS Next Generation on the horizon and the perceived jump from APDM to UPDM, we’ve found that pure transmission operators are road-mapping and planning prior to making the move • Integration points to current PODS or APDM model • Application compatibility (HCA/Class, Risk, MAOP/MOP and Alignment Sheet Generation) • Migration and Esri Version Upgrade Planning
  • 22. Data, Data, Data How are pipeline routes being stored in the new model? • Past models, stored pipelines and systems in StationSeries and LineLoop/LineLoopHierarchy tables. • UPDM…review existing systems hierarchy and make key decisions for modeling the pipeline LRS networks Do you still need historical stationing? • Simply utilize continuous network and manage true pipeline length/location?
  • 23. Data, Data, Data Data Mapping Phase • Example: GasMain -> UPDM.P_Pipes UPDM Database Extensions • Where is data duplicated? • Where can we consolidate? • Between both source datasets or within the same • What fields are truly needed to support GIS asset and integrity management
  • 24. Data, Data, Data Data Migration Establish Empty UPDM Schema • Transmission vs Distribution • Shared Features (P_Pipes, P_Fittings, P_Valves) Configure APR • LRS Networks, LRS Events, Event Response • Centerline, Routes, Centerline Sequence
  • 25. Data, Data, Data Don’t discount the APR Toolbox! • Streamlined Workflows • GIS Centric • Makes data loading a non-DBA task • Append Events (Location Referencing Tools) • Generate shapes and Event GUIDs • Add, Retire or Replace
  • 26. ArcGIS Pipeline Referencing (APR) Architecture & Licensing
  • 28. APR Architecture Desktop ArcMap/ArcCatalog Extension Create Empty UPDM Schema LRS Network Creation/Configuration LRS Event Creation/Configuration Event Responses Route Loading/Generation Calibration Point Loading/Updating Intersection Events Location Referencing Tools Centerline/Route Editing Create, Update, Retire Route Representations Bulk Data Loading – GP Models ArcGIS Server Web Based Point/Linear Event (Feature) Editing Published Map Services
  • 29. Licensing & Deployment ArcGIS Pro Location Referencing Extension – • Extension is part of the Pro Install! • Named User versus Single Use? • Single Use License: Provision APR as a single use on the same machine
  • 30. Licensing & Deployment ArcGIS Pro Location Referencing Extension – • Named User License: Use Pro License and the APR License • Much easier to manage/implement • Use Pro from any machine and utilize named user account for authentication
  • 31. Centerline & Data Loading Migrate core features and LRS tables • Follow Esri Documentation! • The features/data that are migrated (outside the core) will assume the LRS Network properties and users can proceed with using the APR applications.
  • 32. Centerline & Data Loading Append Events – Location Referencing Toolbox • Your new best friend! • Event GUIDs • Create shapes from source data in a tabular format • ROUTEID, M Value (From/To) • Add, Retire or Replace • Field Mapping – Visual Representation of Mapped Columns
  • 33. WebApp Builder Out of the box Esri App tool • Widget Based • Configured to Transmission Needs • <= 1970 Install Date • Unknown WT • Document Links
  • 34. Questions? Andrew McColgan - amccolgan@mlgw.org Clarke Wiley – clarke.wiley@sspinnovations.com