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PRODML Overview – Energistics Seminar

PRODML Overview – Energistics Seminar. Rick Morneau, Transformation IT Manager, R&D Chevron Energistics Standards Seminar SPE Digital Energy Conference 6 April 2009. Summary. Overview of PRODML Background and Evolution Description of the PRODML Standard Examples

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PRODML Overview – Energistics Seminar

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  1. PRODML Overview – Energistics Seminar Rick Morneau, Transformation IT Manager, R&D Chevron Energistics Standards Seminar SPE Digital Energy Conference 6 April 2009

  2. Summary • Overview of PRODML • Background and Evolution • Description of the PRODML Standard • Examples • Summary & Business Benefits

  3. An Overview of PRODML (PRODuction xML) • Is a data exchange mechanism: facilitates integration between software tools to turn raw production data into valuable information. • Aim is Near-real time optimization: achieved by making changes in existing producing configuration, within 1 day. • Enables Digital Oil Field: beyond single surveillance and optimization “loops” by providing single source of authoritative info.

  4. Classifications of PRODML Capabilities App C PRODML App A App B SAM* Service PRODML PRODML PRODML Business Objects PRODML PRODML Company Database A Company Database B People People Process Technology Process Technology Data Transfer Data Integration Work Flow Automation Business Application(s) PRODML Document (XML) Entity A Entity B *SAM – Shared Asset Model • PRODML schemasas exchange format between entities. • Established Uses : • Production Reporting: • Op Co. to Regulator • Op Co. to Op Co. Company Data Stores • PRODML schemas /web servicesto map data for apps & data stores, simpler workflows • Established Uses: • Production Reporting • DTS • PRODML schemas /web services/asset modelto automate business processes. Proof of Concept: • DTS • Activities • NOJV reporting • Well Services to Op Co. Excel-to-PRODML. • Activities • Transient Testing • Activities: • Publication first release Business Transformation / Smart Fields Base Business Increasing potential business value Increasing complexity (People-Process-Technology)

  5. Evolution of PRODML, lifecycle and its relationship to WITSML

  6. PRODML Positioning in E&P Business Processes High Frequency Low Frequency Sensor Data Geoscience Data SCADA Systems Reservoir Models OPC Domain RESQML™ Domain Application A Application B Application C Application etc. PRODML™ Domain Drilling Systems Maintenance Systems WITSML™ Domain MIMOSA Domain Business Processes 30 1 Many Production Applications THE SOLUTION PRODML Open Standards Framework

  7. Release Data Transfer Schemas Data Integration Schemas + Web Services Workflow Automation: GDA & SAM Services PRODML Life Cycle Timeline Years 2005 2006 2007 2008 2009 2010-2011 Ex-WITSML Product Volume Formation Version 1.0 4 Pilots Version 1.1 7 Pilots Data V 1.2 Major Review Services V 2 POC R&D Services V 2 Services V 2.1 Data V 1.3 Data &Services x.y ??

  8. Description of the PRODML Standard

  9. PRODML Standard – Description & Solution Kinds • XML Schemas for common data objects • Can be used to define XML files, transferred by any method (Data Transfer) • Web Services bound to specific schemas • Enable application- to -application or –data store integration (Data Integration) • Generic Data Access & Shared Asset Model • GDA Supports any data object • SAM is common repository of asset info • Workflow Automation • Note: started after major review concluded Solution 2 did not meet all needs of the Digital Oil Field

  10. Enterprise Architecture Positioning Example Applications Presentation Reference Production Portal Orchestration Reporting Optimization PROD_Asset_Registry PROD_DATA PROD_GDA Schemas Services Applications Hydrocarbon Accounting Historian SAM Application Data Accounting DB Historian DB SAM DB

  11. PRODML Positioning in E&P Business Processes High Frequency Low Frequency Sensor Data Geoscience Data SCADA Systems Reservoir Models OPC Domain RESQML™ Domain Application A Application B Application C Application etc. PRODML™ Domain Drilling Systems Maintenance Systems WITSML™ Domain MIMOSA Domain Business Processes 30 1 Many Production Applications

  12. PRODML Use Case Categories WITSML Mimosa RESQML

  13. Partially Satisfied Functions and Versions Matrix Substantially Satisfied

  14. Scale of Use and Examples

  15. Scale of use today • Production reporting is widely used today: • Used by multiple major operators in over 30 fields in North Sea, USA and Africa • Using both Data Transfer & Data Integration solution models • Live deployments and commercial products providing limited workflow automation have been made or are under development by multiple operators and vendors • Well test validation • Wireline formation testing • WAG fluids management • Future: Digital Oil Fields • Multiple operators are at the pilot stages of Workflow Automation solution models, for applications such as well test validation.

  16. How would my Company get started? • PRODML is NOT an “All or Nothing” decision • A company can start using the schemas and can extend them for testing purposes – requesting changes to the standards when needs are clear • Well test is a popular starting point as a common process which is simple in PRODML • The recent GDA adds: ease of use, standard query mechanisms, identification and options, and plug-and-play with (PRODML compliant) third party systems

  17. Examples: • Data Transfer: Reporting with XML files (Statoil, BP, TietoEnator) • Data Integration: Web Services/XML (Statoil, AspenTech, Petex, Schlumberger, TietoEnator) • Workflow Automation: using SAM & GDA (Shell, Infosys, OSI, Weatherford, PDS)

  18. Stavanger, Norway Algeria Scan filestore Publish to PMR with webservice EC InAmenas EC InSalah Email File publish PDF PRODML NAS Filestore TE QiM PRODML PMR FTP - GateWay Stavanger 1. Schedule 2. Generate 3. Transform 4. Validate 5. Approve 6. Publish Workflow PMR Store PMR = Production monitoring and reporting EC = Energy Components Statoil 2007: report to Sonatrach and get data to partners over very low network availability

  19. Set up IAM model 1 models Historical P&I data are collected 2 Determine well type Trigger time base every X minutes 4 8 Set P&I Targets Pressure per zone, calculate zonal & total rates Poll well information 6 3 7 Poll Data Historian 5 Simulate well performance 9 Alarm if targets or constraints are not met 12 Calculate reservoir pressure per zone Calculates choke positions 10 11 Trigger an update of the IAM model 14 Do the cause analysis 13 Statoil 2007: Run smart wells at optimum level by determining zonal Pres & compare with models 9 13 PETEX Prosper/GAP APS 8 7a 7b 4 Decide! 10 1 14b IAM 12a 12b 14a 3b 3a 2b 6b 2a 6a 5b 11b Advanced Process Control 5a 11a 11 TE EnergyComponents Aspentech IP21

  20. Shell 2009: V2.0 Services, Proof of Concept Distributed Temperature Reconciliation Workflow automation (above) Orchestration (right) Sequence diagram (left)

  21. Summary: Energistics Standards & PRODML AssetManagement Energistics schemas standardize information exchange Reservoir Reservoir Production Production Engineering Engineering Geology Geology Energistics standards are key components in today's IT Enterprise Architectures Expl Expl Petrophysics Petrophysics Petroleum Petroleum Geology Geology Engineering Engineering Energistics standards reduce the lifetime cost of information exchange in the Energy industry. Drilling Drilling Production Production Facilities Facilities Engineering Engineering Engineering Engineering Engineering Engineering Completion & Drilling Drilling Completion & Production Production Geophysics Workover Operations Geophysics Operations Workover Operations Operations <PRODML/> PRODML enables standardized reporting PRODML enables easier, cheaper application integration PRODML enables the vision of Digital Oil Fields now

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