UC 2005 1 GIS In Petroleum - Helping to support the Enterprise… Geoff Wade, ESRI
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UC 2005 1
GIS In Petroleum -
Helping to support the Enterprise…
Geoff Wade, ESRI
GIS in Petroleum
• A Growing realization of the value of GIS• Applied to many petroleum business processes• Increasingly at a Corporate or Enterprise level
To help support efficient Data Management.
Integrity Mgmt
Land Mgmt
Integrators
Data Vendors
Facility Mgmt
Leases
Parcels
Twps.
Survey
Petroleum Business Lifecycle Support
• Many Petroleum business functions are inherently spatial in character, thus leveraging GIS can:
– Increase efficiency– Improve decision making– Generate greater revenue
The following examples Illustrate how GIS hasbeen used to date.
Exploration
• Basin, Play and Prospect Analysis
• Structural Geology and Stratigraphy
• Source Rock ‘Kitchen’• Reservoir• Seal • Migration Pathway• Trap/Structure• Risk Assessment
• Reserves Analysis• Prospect Generation
Examples – UK National Petroleum Inventory (DEAL)USGS World Geology Assessment
Production
• Field Management
– Well positioning– Injection flood patterns– Lease trading– Asset Management– Gathering systems– Leak Detection– Storage Tanks– Environmental
Transportation
• Vehicle Routing and Tracking
– Drive time and load analysis– Pick-up and Delivery Scheduling– Tracking and Response Planning– Safety and Security– Mitigation/Accident Information
Pipeline Transmission
• Transmission routing• Integrity management• Cost development• Alignment Sheet Generation• Load forecasting• Schematic modeling
Pipeline High-Consequence Areas
• High-Consequence Area(HCA) analysis– Where is the pipeline?– What is its pressure?– Where is the building?– What is its occupancy?
• Regulatory reporting
Oil Spill Response and Planning
• Spill Mapping– Environmental Impacts– Weather conditions– Deployment logistics
•Boom Placement•Containment
– Impact to Society•Road Closings•Evacuations•Mitigation Analysis
Katrina Impacts
• GOM ‘shut in’ completely• Structures evacuated• No loss of life offshore• Production reduced to 30%• 5% US refining capacity
damaged for 3 months• Requires pro-active
management
MMS Report Sept 15, 2005
Real Time Control Rooms
GIS plays an important rolein a integrated
Data Management Policy
• Find data• Access data• Integrate data• Versioning and Replication• Metadata Management• Applications Integration• Interoperability
PermitsPermits
InfrastructureInfrastructureWellsWells
EnvironmentalEnvironmentalImageryImagery
•• LocationLocation•• GeoReferencingGeoReferencing•• Map OverlayMap Overlay•• Spatial AnalysisSpatial Analysis•• VisualizationVisualization
. . . Integrating measurements and disciplines. . . Integrating measurements and disciplines
Topography Topography
GIS Provides a Framework for Data Integration
GIS as a Language for integration
Integrating DataIntegrating Data
... ... Through Location, Models and VisualizationThrough Location, Models and Visualization
InteractiveInteractiveMappingMapping
ModelingModeling
GeoprocessingGeoprocessing
VisualizationVisualization
Complex DataComplex DataModelingModeling
DataData DataDataToolTool
GIS Technology in Context
•• Other Enabling TechnologiesOther Enabling Technologies•• Component Based SoftwareComponent Based Software•• Services Oriented Architecture Services Oriented Architecture •• Intelligent GISIntelligent GIS•• Interoperability TechnologiesInteroperability Technologies•• GIS Server Platforms GIS Server Platforms
. . .Creating Enterprise GIS Platform. . .Creating Enterprise GIS Platform
PervasivePervasiveComputingComputing•• Faster HardwareFaster Hardware
•• Distributed ComputingDistributed Computing••Mobile/WirelessMobile/Wireless•• Services Oriented ArchitectureServices Oriented Architecture•• Large Data RepositoriesLarge Data Repositories•• GIS SoftwareGIS Software
Enabling Technology
Capacity In 10 YearsCapacity In 10 Years•• 100x Computing100x Computing•• 1000x Storage1000x Storage•• 5000x Networks5000x Networks
GIS ServerGIS Server
Scalable Hardware Networks
. . . and services . . . and services orientedoriented
•• FasterFaster•• Multi ProcessorsMulti Processors•• Loosely CoupledLoosely Coupled•• ConnectedConnectedWeb
Services
Cell PhoneCell PhonePDAPDA
TabletTabletPCPC
LaptopLaptop
DesktopDesktop
ServerServer
Server Server ClusterCluster
BladeBladeServerServer
• Desktop GIS• Embedded GIS • GIS Servers• GIS Networks• Field GIS
. . . Supporting Distributed Enterprise Architecture. . . Supporting Distributed Enterprise Architecture
BrowsersBrowsersCustom AppCustom App’’ss
DesktopDesktop
ServerServer
MobileMobile
Allows GISAllows GISDeploymentDeploymentAnywhereAnywhere
GIS Software Is Becoming Component Based GIS Software Is Becoming Component Based Easily Integrating Into Standard IT Infrastructure
Schlumberger Info Services
OpenSpirit Data Integration
ProSource Data Interrogation and Analysis
. . . Supporting Encapsulation Of . . . Supporting Encapsulation Of Workflows And Essential InformationWorkflows And Essential Information
Data ModelsData Models
Geodata SetsGeodata Sets
Process and Workflow ModelsProcess and Workflow Models
Maps and GlobesMaps and Globes
MetadataMetadata
GIS Is Becoming Intelligent –Abstracting Geography into Five Basic Elements
. . . And Makes Them Available To The Enterprise. . . And Makes Them Available To The Enterprise
GIS Software Manages these Elementsin a Geodatabase
MetadataMetadata
ModelsModelsMapsMaps
GeodataGeodataSetsSets
DataDataModelsModels
GISGIS
GeodatabaseGeodatabase
Encapsulating Encapsulating Geographic Geographic KnowledgeKnowledge
Industry Standards Support
– Technology standards (XML, ISO, OGC, etc) – Petroleum Data Models (PPDM, APDM, PODS, ISAT)
L_PPDM_ORIGIN
SOURCE_TABLE_NAMESOURCE_PPDM_GUIDTARGET_TABLE_NAMETARGET_PPDM_GUIDDATA_SOURCEBUSINESS_RULEPPDM_GUIDREMARKSOURCE_COLUMN_NAMETARGET_COLUMN_NAME
L_PPDM_EXCEPTION
EXCEPT ION_IDDATA_SOURCEERROR_MESSAGEERROR_NOEXCEPT ION_COLUMN_NAMEEXCEPT ION_DATEEXCEPT ION_TABLE_NAMEEXCEPT ION_TYPEPLSQL_NAM EPPDM_GUIDREMARK
L_PPDM_DATA_SOURCE
DATA_SOURCEDATABASE_NAMEEFFECTIVE_DATEPPDM_GUIDREMARKUSER_NAME
L_PPDM_TABLE
TABLE_NAM EDATA_SOURCEPPDM_GUIDPRIMARY_KEY_NAMEREMARKTABLE_COMMENT
L_PPDM_COLUMN
TABLE_NAM ECOLUM N_NAMECOLUM N_COMMENTCOLUM N_SEQUENCEDATA_SOURCEDATA_TYPEPPDM_GUIDPRIMARY_KEY_SEQUENCEREMARK
LPE_LPDS_FK
LPO_LPDS_FK
LPT_
LPD
S_FK
LPO_LPT_FK
LPO
_LP
T_FK
2
LPC_LPDS_FK
LPC_LPT_FK
LPO_LPC_FK
LPO_LPC_FK2
APDM Pipeline Data Model
Public Petroleum Data Model
Facilities
*Each ESRI Defined Class has a Meta Data subclass that contains the following attributes: Changed_By, Changed_Date, Change_Program_ID, Created_By, Created_Date, Original_Program_ID.**Composite Aggregation relationships involving linear features will be implemented as Simple Aggregation relationships.
Last Revised: 06/11/2002 - Version 8.0Maintained by M.J. Harden Associates Inc./ESRI on behalf of the Pipeline Transmission User Community.Copyright 2002 M.J. Harden Associates Inc./Environment Systems Research Institute, Inc. All Rights Reserved.
Version 8.0
ESRI Defined Class*
Defined subtypes
Wormhole to Abstract Class
(italicized)
Types of Relationships
Binary Association -Relationship between exactly two classes
Composite Aggregation -A whole/part relationship in which the existence of
the part is dependent upon the existence of the whole**
Simple Aggregation -A whole/part relationship in which the existence of the part is not dependent upon the existence of the
whole
Generalization -A superclass/sublass relationship in which the subclass inherits all of the
properties of the superclass
Superclass
Subclass
PartWhole
Whole Part
Key
Property1Property2
ConcreteClass1 ConcreteClass2
Property1Property2
Wormhole to Concrete Class
(non-italicized)
Notes
Property1Property2
RoutingCenterline
SimpleJunctionFeature
ControlPointTypeStatus
ControlPoint
ComplexEdgeFeature
AlternateNameOPCOProperNameSeriesTypeStatus
StationSeries
HasM = True. HasZ = True.
Object
AlternateNameLineLoopTypeLineLoopNamePipelineSystemIDProduct
LineLoop
NamePipelineSystemID
DischargeSubsystem
NameOperatingCompanyID
PipelineSystemCompanyIDOwnershipTypePipelineSystemIDPercentOwnedStatus
Ownership
BeginStationSeriesIDBeginStationDivisionEndStationSeriesIDEndStationDistrictNameOperatingCompanyIDOrganizationTypeStatus
OperatingDistrict
Hierarchy
NameSiteTypeStatus
Site
BeginStationSeriesIDBeginStationEndStationSeriesIDEndStationFirstRightOfExcessOwnershipPercentageCapacityStatus
CompanyRange
AliasSiteID
SiteAlias
ControlPointIDStationSeriesIDStationingTypeStationingValue
Stationing
StationSeries
SubTypeInternalEnd
SubType:Series
Company
Point
Object
PolyLine
Feature
Company
Site
CompanyPipelineSystem
Stat ionSeries
AppurtenanceNumberAppurtenanceTypeDateManufacturedEventIDInServiceDateOPCOSiteIDStationSeriesIDStationStatus
NonRatedAppurtenance
SimpleJunctionFeature
NetworkFeature
NetworkFeature
AssemblyIDBranchConnectionTypeBranchTypeDateManufacturedDiameterBranchDiameterMainEventIDGradeLengthInServiceDateMainConnectionTypeManufacturerMaterialOPCOPressureRatingScraperBarsSiteIDSpecificationStationSeriesIDStationStatusTappingMethodWallThickness
Branch
StationSeriesSubTypeBranch C onnec tT apT ee
AssembyIDAttachedFabricationClosureTypeDateManufacturedEndConnectionTypeEventIDGradeInServiceDateLengthManufacturerMaterialOPCOOutsideDiameterPartOfFabricationPressureRatingSiteIDSpecificationStationSeriesIDStationWallThicknessStatus
Closure
SubTypeClosure
CompressorTypeDateManufacturedEventIDInServiceDateManufacturerOPCOPressureRatingSiteIDStationSeriesIDStationStatus
Compressor
SubTypeCompressor
AttachedFabricationAngleAssemblyIDDateManufacturedEndConnectionTypeEventIDGradeInServiceDateLengthManufacturerMaterialOutsideDiameterOPCOPressureRatingRadiusSiteIDSpecificationStationSeriesIDStationStatusWallThickness
Elbow
BeginStationSeriesIDBeginStationDateManufacturedEndStationSeriesIDEndStationEventIDGradeInletDiameterInletWallThicknessInServiceDateLengthManufacturerMaterialOPCOOutletDiameterOutletWallThicknessPressureRatingSiteIDSpecificationStatus
Extrusion
EventIDOutsideDiameterSeriesBranchStationSeriesIDStationStatusWallThickness
ExtrusionOpening
SubTypeLauncherReceiver
DateManufacturedDiameterEventIDFlangeTypeInletConnectionTypeInServiceDateLengthManufacturerMaterialOPCOOutletConnectionTypeParentEventIDPressureRatingRatingClassSpecificationStatusStationSeriesIDStation
Flange
DateManufacturedEventIDInServiceDateLengthManufacturerMeterNumberMeterTypeOPCOPressureRatingSiteIDSerialNumberStationSeriesIDStationStatusVanes
Meter
SubTypeInline MeterFlow MeterCap Meter
DateManufacturedEventIDInletDiameterInletWallThicknessInServiceDateGradeLengthManufacturerMaterialOPCOOutletDiameterOutletWallThicknessPressureRatingReducerTypeSiteIDSpecificationStationSeriesIDStationStatus
Reducer
SubTypeReducer
BranchConnectionTypeDateManufacturedDiameterInletDiameterOutletDiameterBranchEventIDInletConnectionTypeInServiceDateLengthManufacturerModelNumberOPCOOutletConnectionTypePressureInletPressureOutletPressureRatingRatingClassSiteIDSerialNumberStationSeriesIDStationStatusValveTypeValveNumber
Valve
SubType1 way Valve2 way Valve3 way ValveTerminus
DateManufacturedEventIDManufacturerInServiceDateSerialNumberStatusValveValveOperatorType
ValveOperator
SubTypeElectricGasHydraulicManual
ASMESectionYearASMETempuratureASMEStandardDateManufacturedEventIDInServiceDateManufacturerModelNumberOPCOPressureRatingRatingClassSiteIDSerialNumberStationSeriesIDStationStatusVesselType
Vessel
SubType1 Pipe Vessel2 Pipe Vessel3 Pipe Vessel
EventIDInServiceDateOPCOSiteIDStationSeriesIDStationSpecificationStatusJoinType
PipeJoinMethod
SubTypeWeldCouplingFlangeJoint
AssemblyIDAttachedFabricationBeginStationSeriesIDBeginStationDateManufacturedEndStationSeriesIDEndStationEventIDGirthWeldGradeInServiceDateInternallyCoatedLengthLongitudinalSeamManufacturerMaterialMillLocationMillTestPressureOPCOOutsideDiameterSiteIDSpecificationStatusInletWallThicknessOutletWallThickness
PipeSegment
ComplexEdgeFeature
SubTypeBendPipeR iserT ransition
PolyLine
Feature
CasingTypeCrossingTypeDateManufacturedBeginStationSeriesIDBeginStationEndStationSeriesIDEndStationEventIDInServiceDateInsulatorTypeOPCOOutsideDiameterSealTypeSiteIDStatusVentedWallThickness
Casing
DateManufacturedBeginStationSeriesIDBeginStationEndStationSeriesIDEndStationEventIDInServiceDateOPCOStatusWeightWeightMaterialWeightQuantityWeightSpacingWeightType
RiverWeight
AssemblyIDAttachedFabricationBeginStationSeriesIDBeginStationDateManufacturedEndStationSeriesIDEndStationEventIDGradeInServiceDateLengthOPCOOutsideDiameterWallThicknessSiteIDSleeveTypeStatus
Sleeve
SubTypeRepairReinforcement
Object
EncroachmentsEncroachments
AngleAngleSurveyMethodClearanceCommentCrossingTypeEventIDOPCOOrientationOwnerIDPositionPrimaryContactIDSecondaryContactIDStationSeriesIDStationStatus
LineCrossing
StationSeries
Point
Feature
AngleAngleSurveyMethodEventIDOPCOStationSeriesIDStationStatusStructureIDStructureDistance
StructureLocation
StationSeries
AddressIDDaysPerWeekEventIDOccupantIDOccupantCountRadiusStructureTypeStatusWeeksPerYear
Structure
Address
PolyLine
AddressIDBeginStationSeriesIDBeginStationEasementWidthEndStationSeriesIDEndStationEventIDOPCOOwnerIDParcel(Number)IDROWTypeStatusTraverseLength
Address
Operations
Operations
CommentEventIDFieldNoteTypeOPCOStationSeriesStationStatus
FieldNote
Stat ionSeries
Point
Feature
PolyLine
BeginStationSeriesIDBeginStationCommentEndStationSeriesIDEndStationEventIDLinearNoteTypeOffsetDistanceOffsetAngleOPCOPositionStatus
LinearNote
Stat ionSeries
BeginStationSeriesIDBeginStationClassRatingEndStationSeriesIDEndStationEventIDOPCOStatus
DOTClassArea
Stat ionSeries
BeginStationSeriesIDBeginStationCoatingTypeEndStationSeriesIDEndStationEventIDInServiceDateMaterialManufacturerOPCOWhereAppliedSiteIDStatus
Coating AgreedToPressureBeginStationSeriesIDBeginStationCalculatedPressureEndStationSeriesIDEndStationEventIDOPCOPressurePressureTypeStatusVerifiedByID
OperatingPressure
Stat ionSeries
BeginStationSeriesIDBeginStationCommentDurationEndStationSeriesIDEndStationEventIDMinDesignPressureMinAdjustedPressureOPCOPreTestStatusTestNameTestDateTestMediumTestType
PressureTest
StationSeries
Generic SupportEvents and Alignment Sheets
EventIDEventTypeReportStatus
EventHistory
CommentEventIDEventTypeStatus
EventComment
Object
CommentParentReportReportNameReportTypeReportDateStatus
Report
Point
DocumentTypeEventIDEventTypeEventReportFilePathFileName
ExternalDocument
Feature
Polygon
OPCOSheetNameSheetNumberSheetTypeStatus
AlignmentSheet
GENERIC LOOKUPObject
CityCountryStateProvinceStreet1Street2ZipPostalCode
Address
AddressLabelCommentCompanyTypeNameOPCO
Company
CommentCompanyContactTypeEmailFaxFirstNameLastNameMobilePagerPhoneStatus
Contact
RightOfWay
Contact
Structures could be modeled as Polygon Feature
HasZ = True.
SiteIDDischargeSubsystemID
DischargeSite
SubTypeBeginEnd
Site
DischargeSubsystem
DischargeSite
DischargeSite
GeobaseLandbase Geography
Feature
Polygon
CountyNameState
County
Owner
Parcels
ContactCompanyCommentExpirationDateSiteName
Easement
StateName
State
CountyRangeSectionStateTownship
SectionTwpRange
CorridorLimitLineLoop
ClassCorridor
AreaNameBlockNameLeaseeOwnerID
OffshoreBlocks
Contac tEvent
Contact
Contact
ExternalDocumentName
ImageBoundary
ExternalDocument
Contact
SubTypeElbow
LineLoop
Contact
Parcel
StationSeries
SYSTEM
AdditionalLayerFileAliasDefinitionQueryEventNameFeatureDataSetFeatureExclusionXMLFeatureTypeHyperlinkFieldLabelXMLMapTipsMinimumScaleMaximumScalePrimaryDisplayFieldRelateXMLScaleSymbolsSelectionColorSelectionSymbolSiteableStationableSymbolizationXMLTransparent
Event
Object
DataSetNameCoordRefXML
DataSet (Category)
System
Company
AlkalinityClassificationDrainagePercentGravelPercentClayPercentSandSoilTypeSusceptibilityTopography
Soils
NameComment
EnvironmentalAreas NameCulturalTypeComment
CulturalAreasFlowDirectionName
Hydrology
NameSurfaceType
Transportation
Point
SubTypeFederal ForestsFloodplainLakeReefsSpeciesHabitatState ForestsWetlands
SubTypeAirportArchaeologicalCemetariesGolf CoursesIndian ReservationsLarge Area LandmarksLocal ParksMilitaryNational ParksRecreat ional AreasRestricted AreasState Parks
SubType: Intermit tantMajorMinorDitchIrrigation CanalNav igable Waterway
SubType: 2-Lane Highway4-Lane HighwayRailroadRoadStreetTrail
CommentLandMarkType
LandMarks
LineLoop
DistrictName
Districts
Event
Event
AlignmentSheetBeginStationSeriesIDBeginStationEndStationSeriesIDEndStation
MatchLine
PolyLine
AlignmentSheetBandDefinitionStuff
BandDefinition
Non-Pressurized
Retired/Removed
PolyLine
Feature
AttributesBeginStationSeriesIDBeginStationEndStationSeriesIDEndStationEventIDEventTypeOPCORemovalDate
RemovedLine
Point
AttributesEventIDEventTypeOPCORemovalDateSeriesIDStation
RemovedPoint
Point
PolyLine
SubTypeExternalInternal
SubTypeHydrologyTransportationUtility
ZipCode
ZipCodes
SubType75MinuteQuadOrthoPhotoDOQQ24KQuad250KQuad
PolyLine
BeginStationSeriesIDBeginStationEndStationSeriesIDEndStation
AlternateReference
StationSeries
AltReferenceObjectIDMeasureMeasureType
AltRefMeasures
Feature
Event
Site
SiteIDEventIDOutletEventIDComment
SiteConnection
SubTypeBusinessCivicOutdoor AreaOtherResidential
NameCompanyID
Utility SubType: CableCommunicationGasElectric Transmiss ionElectric Distribut ionForeign PipelineTelephoneWater
LastEventID
EventID
IntegrityCathodic Protection
NameClientCompanyIDContractTypeServiceCompanyIDServiceContactIDSurveyEndDateSurveyStartDate
Contract
Point
Feature
AngleAnodeSpacingEventIDManufacturerMaterialNameNumberOfAnodesOffsetRectifierIDSeriesStationSeriesIDStatusTestLeadType
GroundBed
PolyLine
BeginStationSeriesIDBeginStationCommentEndStationSeriesIDEndStationEventID
Inspection
Stat ionSeries
UnitType
Units
Object
Company
ChainageEventIDInspectionIDStationSeriesIDStationStatus
SurveyPoint
EventIDStationSeriesIDStationStatus
TestPoint
InspectionIDInspectorContactIDReadingDateReadingTime
Reading
StationSeries
Stat ionSeries Reading
AmpsInputETSWireArrangementETSEnclosureETSFlangeTypeEventIDManufacturerModelNumberOfCircuitsOperatingTempuraturePhaseSerialNumberStationSeriesIDStationStatusVoltsInput
Rectifier
StationSeries
BurstPressureRatioCalcBurstPressureRatioPigBurstPressureVarianceRupturePressureRatioCalcRupturePressureRatioPigRupturePressureVariance
Corrosion
Stat ionSeries
Inspec tion
EventIDStationSeriesIDStationETSWireArrangementETSEnclosureETSFlangeTypeInspectionStatus
AboveGroundMarker
StationSeries Inspec tion
StationSeries Rectifier
EventIDInServiceDateStationSeriesIDStationStatus
Bond
StationSeries
StationSeries
Site
Stat ionSeries
Site
Stat ionSeries
Site
Stat ionSeries
Site
StationSeries
Site StationSeries
Site
Stat ionSeries
Site
Stat ionSeries
Extrusion
StationSeries
Event
Stat ionSeries
Site
StationSeries
Site
Stat ionSeries
Site
Object
AbandonedDateEventIDOPCO
Abandoned
Event
Site
Site
StationSeries
StationSeries
Site
StationSeries
Stat ionSeries
Site
StationSeries
Site
Stat ionSeries
AppurtenanceTypeDateManufacturedEventIDInServiceDateOPCOSiteIDStationSeriesIDStationSpecificationStatus
RatedAppurtenance
SubTypeAppurtenance
StationSeries
Site
EventIDInServiceDateOPCOParentEventIDStationSeriesIDStationSpecificationStatusWeldType
Weld
Event
Stat ionSeries
AssemblyIDBeginStationSeriesIDBeginStationEndStationSeriesIDEndStationEventID
Assembly
Stat ionSeries
Event
Site
SubType: TemporaryPermanent
SubTypeAirport , Amusement Park, Church, College, Highway Exit , Hospital, Monument, Point of Interes t, Stadium, T ransportat ion Terminal, Tree, Univers ity
Company
ProjectionString
CoordinateSystem
Contact
AnomalyIDDepthLengthOrientationStationSeriesIDStationWidth
AnomalyAdjustment
CommentMaximumDiameterMinimumDiameterOvalityRecommendedRemidiation
PipeGeometry
AboveGroundMarker
AnodeTypeGroundBedIDInServiceDate
Anode
GroundBed
Anomaly
AboveGroundMarkerIDAnomalyClusterIDDepthEventIDInspectionIDLengthOrientationRemediatedStationSeriesIDStationWheelCountWidth
Anomaly
SubType:In-lineClose IntervalCorrosion Scan
ConsequenceTypeDwellingCircleCenterRadiusRemarkStationSeriesIDStation
HighConsequenceArea
Stat ionSeries
BeginStationSeriesIDBeginStationCommentEconomicConsequenceEndStationSeriesIDEndStationEnviromentalConsequenceLifeConsquencePropertyConsequencePOFConstructionPOFInternalCorrosionPOFMaterialsPOFOutsideForcePOFThirdPartyThroughputConsquenceTotalConsequenceTotalPOFTotalRisk
RiskAnalysis
StationSeries
EventIDAverageLengthAverageOrientationRemediatedAverageWheelCountAverageWidth
AnomalyCluster
MultiPoint
Contrac t
Risk Analysis
Point
Feature
PolyLine
InspectionFeature
PolyLine
BeginStationSeriesIDBeginStationCommentContractIDEndStationSeriesIDEndStationEventIDExcavationDateInspectedByLandusePurposeOfInspectionSurfaceTempurature
Excavation
Contact
Contract
StationSeries
BeginStationSeriesIDBeginStationCommentDepthEndStationSeriesIDEndStationEventIDExcavationIDFillMaterialLengthWidth
Backfill
Stat ionSeries
BeginStationSeriesIDBeginStationCommentEndStationSeriesIDEndStationEventIDExcavationIDTestDate
Test
Excavat ion
StationSeries
DurationMediumPressure
Hydro
DurationTypeRecommendationRemainingWallThickness
NonDestructive
DurationMaximumAllowableMethodRecommendedReducedSafePressure
Pressure
BacteriaClassificationAlkalinityMoistureRES
Soils
Point
DepthDeviceEventIDExcavationIDStationSeriesIDStation
DepthOfCover
StationSeries
Excavation
BurstPressureRatioCalcBurstPressureRatioPigBurstPressureVarianceRupturePressureRatioCalcRupturePressureRatioPigRupturePressureVariance
Corrosion
StationSeries
Anomaly
CommentMaximumDiameterMinimumDiameterOvalityRecommendedRemidiation
PipeGeometry
AboveGroundMarker
AboveGroundMarkerIDAnomalyIDDepthEventIDExcavationIDLengthOrientationRemediatedStationSeriesIDStationWheelCountWidth
PIAnomaly
Excavation
Type
Defects
SubType:CrackLeakMalformed
DepthEventIDRemediatedStationSeriesIDStationPredictedVolume
Leak
Excavation
ConditionEventIDExcavationIDStatus
InspectedEvent
Object
CommentCondition
InGroundCondition
Excavat ion
AnomalyIDDepthLengthOrientationSeriesStationWidth
AnomalyAdjustment
CleaningTypeCommentRepairDateRepairTypeServiceProvider
Repair
Excavation
StationSeries
PIAnomaly
CompanyEvent
Stat ioning
HasM = True Ownership
Assem blyAssembly
StationSeries
StationSeries
StationSeries
Contac tInspec tion
SubType:CulturalEnvironm entalFacilityGeoPoliticalHydrologyIntegrityLine CrossingOperat ionsRout ingTransportation
TractBlockGroupBlock
Census
CityNamePopulation
CityBoundaries
SubTypeTaxationFireProtectionSew erMosquitoAbatementSchoolNERCRural Electric AreasRate Zones
Zone
TexasLandSurvey
CommentUtilityType
Utilities
SubTypeCommunication TowersElectric TowersMicrow ave Tow ersOffshore PlatformsPower Plants
NamePopulation
City
ModelsModels
DataData ToolsTools
Combined Models Combined Models
That Describe PetroleumThat Describe PetroleumProcesses WorkflowsProcesses Workflows
Sequences of Tools and Data . . .Sequences of Tools and Data . . .. . . That Define Process Knowledge. . . That Define Process Knowledge
Geodatabases Support Models
Metadata describes content and relationshipsMetadata describes content and relationships
Metadata is Managed In Catalogs
ModelsModels
Data SetsData SetsMapsMaps
Data ModelsData Models
CatalogCatalog
Desktop(Tools & Data)
Client/Server
ProfessionalProfessionalProductivityProductivity
InformationInformationManagementManagement
GISGISServicesServices
. . . Becoming More Distributed. . . Becoming More Distributed
Web Service Network
GIS Is Moving To Web Services EnvironmentGIS Is Moving To Web Services Environment
Mobile Mobile ServicesServices
Web Services Integrate Distributed Nodes
GIS GIS PortalPortal
CustomCustomProductsProducts
InternetInternetMap ServicesMap Services
DistributedDistributedGIS ServicesGIS Services
Dynamically integrating the most up to date informationDynamically integrating the most up to date information
Standard GISStandard GISProductsProducts
Base MapBase Map
FieldField
FacilitiesFacilities
PropertiesPropertiesImageryImagery
Interoperability Is Increasingly Important
ConversionConversion
Direct Read Direct Read (API)(API)
DBMSDBMSIntegrationIntegration
There Are Multiple Solutionsto Data Interoperability
Web Web ServicesServices
GISGISServerServer
XML/SOAPXML/SOAP
……Web services provide a new solutionWeb services provide a new solution
•• StandardsStandards--BasedBased•• CrossCross--PlatformPlatform•• Developer FocusDeveloper Focus
OpenOpenPlatformPlatform
. . . GIS Running . . . GIS Running On a ServerOn a Server
GIS ServerGIS Server
GIS ServerGIS Server
MappingMapping --VisualizationVisualization
DataDataServicesServices EditingEditing GeoprocessingGeoprocessing
ServicesServicesCatalogCatalogServicesServices
GeoDatabaseGeoDatabase
Centralized GIS Development and ProcessingCentralized GIS Development and Processing
Standard Web Standard Web ServicesServices
GIS Servers Supports Enterprise Deployment
GIS ServerGIS ServerSimple Custom Web Application DevelopmentSimple Custom Web Application Development
Open/InteroperableOpen/Interoperable
GISGISServerServer
StandardStandardNetworksNetworks
Integrates GIS into Standard IT InfrastructureIntegrates GIS into Standard IT Infrastructure
. . . Open, Flexible and Standards Based. . . Open, Flexible and Standards Based
GIS Servers Can Integrate with Other Enterprise Systems
at the Application Level
ApplicationApplication
Web Services &Web Services &MessagingMessaging
Other Other Enterprise Enterprise SystemsSystems
GeodatabaseGeodatabaseGISGISServer
Server
GIS as a component on an Enterprise Platform
GIS can/must integrate with other enterprise systems
•Petroleum Applications
•Enterprise Resource Planning (ERP) system
•Enterprise Content Management (ECM) system
• Real Time Systems (SCADA)
Workflow
DataModelsProspects
Portals
SDEStorage
GIS Services Extending to Smart Clients
•• FocusedFocused•• SpecializedSpecialized•• Sometimes ConnectedSometimes Connected•• Servers do the WorkServers do the Work
PDAPDA Tablet PCTablet PCPhonePhoneBrowserBrowser
Extension of Server ConceptExtension of Server Concept
GIS services anywhere, any time, any clientGIS services anywhere, any time, any client
GISGISServerServer
GIS – Helping to support the Enterprise
•• GIS Has Demonstrated ValueGIS Has Demonstrated Value• Standards Based Software• Conforming to modern architectures (SOA) • Supporting Interoperability• Component based Developer framework• Capable of embedding complex knowledge • Clear Value Proposition and Benefits• No risk implementations
. . . As part of Enterprise Data Management Strategy. . . As part of Enterprise Data Management Strategy
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