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Engineering Data Management (EDM) for Owner Operators
Andrew Hall
Production Division
Slide 2Engineering Data Management | February 2010 | DRIMS #5090360
WOODSIDE - Engineering Data Management
Key Points
• Woodside - Who we are
• Our key engineering interfaces
• Rationale & road map for moving to a digital plant environment
• Engineering Data Management road map
• Dealing with legacy data
• Using & developing software systems
• Return On Investment
• The Future of engineering technology
• Why Standardise the Standards ?
Slide 3Engineering Data Management | February 2010 | DRIMS #5090360
WOODSIDE ENERGY - AUSTRALIAWoodside Energy Limited (WEL) is one of Australia’s top ten companies by market capitalisation, and the nation’s largest publicly-traded oil and gas exploration and production company.
Based in Perth, Western Australia, Woodside has major operational assets and exploration and development interests in five continents including Australia and the United States.
In 50 years we have grown from a pioneer oil and gas explorer to Australia’s largest independent producer of oil and gas and one of the world’s largest producers of LNG.
Woodside operates Australia’s largest resources project, the North West Shelf Venture in Western Australia, which produces about 40 per cent of Australia’s oil and gas.
In 2010, Woodside will complete construction of its $12 billion Pluto LNG Project near Karratha –Australia’s second biggest resources project. Woodside is also seeking to progress its Sunrise LNG development in the Timor Sea and the Browse LNG development in northern Western Australia.
With a proved plus probable reserves to production ratio of 25 years at 2007 production rates, Woodside is poised to help meet growing global demand for clean energy.
Slide 4Engineering Data Management | February 2010 | DRIMS #5090360
Evolution of data management
Cave Paintings
Hand Held PC’s
Desk & LaptopsMain Frames
Scrolls & BooksStone Tablets
Slide 5Engineering Data Management | February 2010 | DRIMS #5090360
Strategy for Greenfield Projects
ProjectDocument Management System (DMS)
CorporateDomain
ProjectDomain
Engineering &Design Phase
Onshore
Topsides
Turret /Mooring
SubseaFacilities
WellConstr’n
Sub Projects
Operate & MaintainPhase
OperationsHSE, Competency)
ProcurementMaterials Mgt
Maintenance &InspectionMaintenance Mgt
EngineeringEngineeringSystems
Asset Lifecycle Information System (ALIS)
Pipeline
Progressive Data Exchange:QA Data
Population of Operational systems
Progressive Document Exchange:Controlled Drawings For OperationsControlled Documents For Operations
Project Owner Operator
1 – 3 Years 3 – 40 Years
OperationsDocument Management System (DMS)
Slide 6Engineering Data Management | February 2010 | DRIMS #5090360
EDM – Engineering support
AngelGWA
NRA & NRB
Pluto Offshore
Thylacine
Cossack
KGP
Otway
Pluto Onshore
Northern Endeavour
Vincent
Enfield
EDM
Facility
Overview
Slide 7Engineering Data Management | February 2010 | DRIMS #5090360
Strategic Requirements for managing Woodside EDM
• Provide ready access to engineering information
• Establish links to all related engineering data
• Rationalise engineering applications and data sets
• Improve the EDM processes
• Enable efficient handover of project information to Operations from EPC’s
• Bring WEL standards and procedures up-to-date with Best Practice EDM processes
• Enable identification and rectification of data inconsistencies
• Improve data integrity
• Improve access to legacy (20 years+) non-electronic information
Slide 8Engineering Data Management | February 2010 | DRIMS #5090360
EDM Roadmap – Woodside’s “4” Year Journey
1. Define key engineering deliverables, and develop process maps
2. Revise engineering standards & guidelines to reflect today's requirements
3. Develop a single metadata profile
4. Deploy a fully integrated suite of engineering design tools, and engineering software system & libraries ( VNET, SPO, VPE, VP P&ID, SPI, SPEL, SPPID, PDS, PDMS)
5. Implement common software platforms
6. Develop gateways to our key systems (SAP, document management system, commissioning system, sharepoint.)
7. Develop an intelligent set of corporate datasheet
8. Replace legacy systems & migrate to new tools
9. Provide access to interested parties via an engineering portal
10. Measure, evaluate effectiveness & achieved cost savings
Slide 9Engineering Data Management | February 2010 | DRIMS #5090360
EDM Roadmap – Brownfield and Greenfield Projects
Production Projects
• Deploy software systems & standards
• Provide project access to Portal & design tools
• Train & develop internal resources
• Support projects, review implementation, fine tune
Greenfield Projects
• Promote WEL software systems
• Enforce standards
• Provide up-front information engineering support
• Ensure engineering libraries are adopted (VPE, SPF, E-Warehouse)
• Issue seed files (VPE, VP P&ID, SPI, SPE) to EPC's
Slide 10Engineering Data Management | February 2010 | DRIMS #5090360
Engineering Portal relationship to EDM applications
Data Publishing
SAP PMMaintenance System
SAP LOAD TOOLWeb Enabled
Engineering
database
2DCAD
Intelligent
P&ID
3D Model
Instrumentation
database
PHDProduction Real Time Data
DMSDocument Management System
Document publishing
Engineering Portal (VNET)
WinPCsCommissioning
Slide 11Engineering Data Management | February 2010 | DRIMS #5090360
Legacy Data Migration is not a Show Stopper!
2D Drawings
Microfilms
Documents & Drawings
DatasheetsExcel & Access
Electronic
OCRCreate Tag
Relationships
Scan to PDFScan to PDF
OCR
Create TagRelationships
Create TagRelationships
Populate Engineering Master
Repositories
Create QueryForms
“Key Lists”
Hard Copy Electronic
Key ListEngineering
List
ALIS (VNET Engineering Portal)
Slide 12Engineering Data Management | February 2010 | DRIMS #5090360
Strategic Management – One Common Entry Point !
Slide 13Engineering Data Management | February 2010 | DRIMS #5090360
Engineering Portal Configuration
Slide 14Engineering Data Management | February 2010 | DRIMS #5090360
Engineering Portal Photogrammetry
Slide 15Engineering Data Management | February 2010 | DRIMS #5090360
Engineering Portal Media Gallery
2009 Major Shutdown Tag: 2KT1420
HP Rotor Overview Stage 1-4 HP Blades Guide Van Pins HP Rotor - N D E Stage 5-11 HP Blades
LP Blade Section LP Stator Blades LP Rotor Section LP Rotor in Situ LP Rotor Shaft & Brg
Active Thrust Pad Brg Thrust Pad T/C’s 4Brg Thrust Ring Assy Thrust Pad Hot Spot1 Thrust Pad Hot Spot2
Thrust Pad Normal v1 Thrust Pad Normal v2 Half Moon Thrust Pad Thrust Pad Carrier Thrust Pad Shoes
HP Tilting Pad Brg 4U HP Tilting Pad Brg 4L HP Tilting Pad Brg 4L Tilting Pad Assy Brg 4 Scaffolding Arrangement
Lifting Beam Install Scaffolding Arrangement Enclosure Scaffolding Enclosure Scaffolding HP Stators Topside
2009 Major Shutdown
2009 Major Shutdown
Media Gallery
Slide 16Engineering Data Management | February 2010 | DRIMS #5090360
Return On Investment
Quantified Benefits:
1. 10% more efficient Information Searching
2. 86% more streamlined Data Handover
3. 93% reduction in Supported Applications
4. 93% reduction in Training costs
Unquantified Benefits
• Handover of engineering data for sold assets
• Reuse of engineering data and designs
• Improved IM quality resulting in safer workplace and reduced unplanned shutdowns
• Strategic sourcing opportunities of EPC’s
Hyperlink to published ROI study:
http://www.deloitte.com/view/en_AU/au/services/consulting/article/4ba0f25acb2a3210VgnVCM100000ba42f00aRCRD.htm
Slide 17Engineering Data Management | February 2010 | DRIMS #5090360
Award Winning Performance !Angel “Overall” winner Engineering Australia Excellence Award
2009
Integration and innovative use of computer automation, intelligence, modelling systems or multi-media techniques . Angel was the first project to deliver a fully integrated set of information to the company for use prior to start-up.
The “electronic” information asset was delivered within an integrated “VNET” Angel Project Portal ( branded in Woodside as ALIS – Asset Lifecycle Information System).
The portal allowed access to all engineering, maintenance and operations information and allowed for two views, a project view and an operations view.
The project view allowed project personnel to use the portal for project execution while the operations view allowed for the integration of information assisting the development of maintenance and operations information well in advance of facility start-up.
ALIS was established on an extranet (new Woodside infrastructure) which was accessible by third parties involved in the design, fabrication and installation processes.
Slide 18Engineering Data Management | February 2010 | DRIMS #5090360
Angel Platform - “Engineering Excellence Award 2009”
Integration of information was primarily via a tag paradigm & included access to & from the following:
. Intelligent P&IDs . 3D models
. Computerised Maintenance Management System . All engineering data
. Documents and drawings . Subsea Inspection System
. Geographical Information System (GIS). . Photographs
. Equipment manuals & certification & traceability dossiers
Many of these engineering applications were new. All information was progressively passed into the Woodside systems after quality checks were done.
It was a benchmark, with 100% of all project information established within the Woodside systems at the ready for start-up phase, including all hazardous area inspection and pressure safety valve certification.
The project integrated the asset information, which traditionally has been restricted to topsides plant, with all the substructure (jacket) and Subsea infrastructure.
The project 3D models were the prime mechanism to navigate this information, using associations with relevant information and systems. For Subsea, this included integration with the Subsea inspection system (COABIS) and the GIS. All 3D models were as-built and fully tagged with x-refs, an innovation for the industry.
Hyperlink : http://www.engineersaustralia.org.au/ieaust/index.cfm?4B274629-D2B5-F3D1-EC4C-DA5201D2A5E5
Slide 19Engineering Data Management | February 2010 | DRIMS #5090360
EDM and ALIS Statistics
Total – 419,141Total – 14,357,055
Physical tags in ALIS
Karratha, 189050
GWA, 67349
Northern End, 63230
Otway, 13034
NRA, 35213
Enfield, 19241
Cossack, 22424
Angel, 9600
Angel
Cossack
Enfield
GWA
Karratha
Northern End
NRA
Otway
Tag Association References
Karratha, 7021802
Northern End, 2452654
NRA, 2352344
Otway, 79834
Angel, 761907Cossack, 166488
Enfield, 933298
GWA, 443384
Angel
Cossack
Enfield
GWA
Karratha
Northern End
NRA
Otway
Slide 20Engineering Data Management | February 2010 | DRIMS #5090360
EDM and ALIS Statistics
ALIS hits per day average over last 4 weeks
0
50
100
150
200
250
Nu
mb
er o
f h
its
Mon 18 171 8 120 6 12
Tue 7 146 9 187 7 13
Wed 11 163 14 194 14 19
Thu 16 172 16 195 5 10
Fri 8 161 8 201 8 14
Sat 5 59 1 47 2 0
Sun 9 45 1 39 0 1
Angel NWS Enfield KGP NE Otway
Number of times an ALIS portal has been opened in 1 week (avg over 4 weeks) at specific times each year since ALIS was implemented
Nov-05, 58
Sep-06, 412
Jun-07, 692
May-08, 1324
Jun-09, 2141
0
500
1000
1500
2000
2500
Jul-05 Jan-06 Jul-06 Jan-07 Jul-07 Jan-08 Jul-08 Jan-09 Jul-09 Jan-10
Time
Nu
mb
er
of
tim
es
AL
IS o
pe
ne
d i
n 1
we
ek
Slide 21Engineering Data Management | February 2010 | DRIMS #5090360
Current Opportunities and Activities
1. Integration with electronic permit to work system
2. Integration with handheld devices
3. Use of Radio Frequency Identification (RFID)
4. Photogrammetry and Media Galleries
5. SAP Integration Portal
6. Integration of Sub sea GIS / GPS Technologies
7. People / location management
8. ISO 15926 active Participation
Slide 22Engineering Data Management | February 2010 | DRIMS #5090360
Woodside Success factors
1. Understand Human Behaviour – “what’s in it for me” duck management
2. Drive Intuitive solutions – “Internet banking approach = less training”
3. Drive System (software) Integration – “configuration not customisation”
4. Embrace Operations and Maintenance processes
5. Demonstrate financial returns
6. Standardise Metadata – “Google type wildcard search”
7. Standardise standards and deviation process – “one size fits all”
8. Draw the line – “Address legacy data separately”
9. Use “internet” portal technology
10. Drive process through “Engineering” & not “IT”
Slide 23Engineering Data Management | February 2010 | DRIMS #5090360
International Standards - Owner Operator Participation
Part 1 Overview and fundamental principles
Part 2 Data Model Resources
Part 3 Ontology for geometry and topology Resources
Part 4 Initial reference dataResources
ISO Maintenance Agency (to replace Part 5)
Part 6 Methodology for the development and validation of reference data
Part 7 Implementation methods for the integration of distributed systems
Slide 24Engineering Data Management | February 2010 | DRIMS #5090360
Golden Rule of Our Engineering Library
• Keep it simple – Basic Description
• Characteristic Description “Operating Temperature”
• Metric Value Only
• Alphas or Numeric Value
• Decimal Places Y/N (Y = .000)
• + / - Value allowed (Y/N)
• Business Criticality – (Legal, Operational, Maintenance, General)
• Unique Characteristic identifier
Question “Do we need “32” references for each characteristic to define its meaning ??????????
Slide 25Engineering Data Management | February 2010 | DRIMS #5090360
Why Standardise?
• EPC to Production Integration pre-requisite
• Common information format
• Reduce time for handover between life-cycle phases
• Set direction
• Uniformity
• Reduced errors on input
• Reduced costs to maintain
Slide 26Engineering Data Management | February 2010 | DRIMS #5090360
Why Standardise?
• Engineering Characteristics library provided to POSC / Caeser contribution to ISO 15926 reference data library.
• One global standard for common information types, reduces the workload on creators of information.
• Data can be verified throughout project cycle for validity and gap analysis.
• Non application specific, so creators able to maintain own systems and still meet Owner Operator requirements.
• Software vendors able to embed standard in products to provide off the shelf compatibility
Slide 27Engineering Data Management | February 2010 | DRIMS #5090360
ISO 15926 Parts 4,5,6 – Engineering Reference Data
DesignEngineering Databases
• 80% + of the data we use every day to operate a facility is based on Engineering Reference Data
• Our primary focus is to create a universal library of Engineering Characteristics to Design, Construct, Operate & Maintain facilities.
ISO 15926
SAPMaintenance
System
ProductionEngineeringdatabases
DesignEngineering
Database
SubseaEngineeringdatabases
Engineering Integrated Hub & Portal
Datasetsa.k.a
Datasheets
DatabaseGenerated
Models
Key ListReports Database
GeneratedDrawings
MaintenanceDatasets
Slide 28Engineering Data Management | February 2010 | DRIMS #5090360
EDM overview
Questions & Answers!