Using GIS as a Helping Tool in Gas Pipeline Design
Using GIS as a Helping Tool in Gas Pipeline Design
ESRI User’s Conference 2003 Sidney Pereira dos Santos Business Consultant Petrobras Gas Business Unit
Gilberto Luis Sanches Hernandes GIS Specialist Petrobras Gas Business Unit
Alessandro de Souza Diniz GIS Analyst Imagem
Renato Cabral GIS Analyst Imagem
Using GIS as a Helping Tool in Gas Pipeline Design
Objective To Present GIS Implementation at Petrobras/GBU Ø Scenario Ø Challenges Ø GIS Solution Adopted Ø Interface Ø Data Management Ø Data Sharing - WEB Ø Final Considerations
Using GIS as a Helping Tool in Gas Pipeline Design
Scenario BR Gas Market & Pipeline Network Expansion 45.0
Growth of ~ 10% per year
40.0
42.1
(MMm3/d)
35.0 30.0 25.0 20.0 15.0 10.0 5.0
Internal Production 10.55 10.07 20.1 5.74 Gasbol Importation = 2.15 9.0
Sales 23.3
Reinjection
4.1
0.0 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002
9.2
Using GIS as a Helping Tool in Gas Pipeline Design
CW, S and SE Gas Pipeline Network Gasbol – Northern Section DN 32” 1813 km (1127 miles)
Existing System DN 12 a 22” 1400 km (870 miles)
30 ~ 34 30 ~ 34 14 ~ 20 1.2 ~ 1.7 Gasup (TSB) DN 24” 615 km (382 miles)
9 ~ 12
Gasbol –Southern Section DN 16 a 24” 1100 km (684 miles)
Total Supply ~ 100 MMm3/d (2.8 MMCFD)
Using GIS as a Helping Tool in Gas Pipeline Design
Investment in Expansion Projects US$ 1.3 billion in Expansion New Gas Pipelines: 3000 km (1865 miles) New Comp. Stations: over 10 New city-gates: over 30
Existing Pipelines Gas pipelines: 7962 km (4948 miles) Oil/Products: 6300 km (3915 miles)
Using GIS as a Helping Tool in Gas Pipeline Design
Why implementing a GIS? • Management of existing and new gas pipeline projects • Cover a wide geographic area (~3000 km (1865 miles) new ppl.) • Assure information integrity and security (ArcSDE + workflow) • Capability to manage and share spatial info.
Using GIS as a Helping Tool in Gas Pipeline Design
Implementation Guideline • Addressed the following points: •Overall status of existing data •Data Workflow definition •Data Standardization (in-out) •Data Management & Publishing •Reliability of System Architecture •Scalability (stand alone to enterprise)
Using GIS as a Helping Tool in Gas Pipeline Design
GIS Architecture User InterfaceCatalog Gas Pipeline GPC WEB
GPC
ArcGIS
Plug-In Plug-In
TCP/IP
ArcPad
ArcGIS
Plug-In Plug-In
Notification of any data editing from GPC to be inserted into APDM
Browser
ArcIMS ArcSDE
APDM
Files
Catalog
APDM
Disconnected Edit
Using GIS as a Helping Tool in Gas Pipeline Design
Why APDM? • UML approach (Unified Modeling Language) • Easy communication among team members • Implements the best of ISAT and PODS • Customizable – Allows user to incorporate their specific needs. • Spatially enabled
Using GIS as a Helping Tool in Gas Pipeline Design PPL Facilities Operation
SCADA
Cathodic Protection
APDM
PPL Inspection
Data Structure
Encroachment
Geobase Facilities Operation Encroachments Geobase Inspection
Design Project Management Operation Maintenance Gas Business Financing & Accounting Environmental
x x x x x x
x x x x
x x x x x x
x x x x x x x
x x x x
Cathodic SCADA Protection x x x x
x x x x x
Using GIS as a Helping Tool in Gas Pipeline Design
APDM Implementation • Raw APDM UML (diagram) • XMI Export – XMI file • Physical implementation (RDBMS) • Adapting and expanding model • Data converting and loading
Using GIS as a Helping Tool in Gas Pipeline Design
Control Points Definition Key definition - design & field survey x, y valve pipe section replacement
157+574 157+588 L1
x, y valve
L2
•Linear Reference •Abs. X and Y position from DGPS or Row Orthophotos
Using GIS as a Helping Tool in Gas Pipeline Design
Gasduc I Overview
Atlantic Ocean
Using GIS as a Helping Tool in Gas Pipeline Design
Gas Pipeline Viewer
Using GIS as a Helping Tool in Gas Pipeline Design
ESRI User’s Conference 2003 Sidney Pereira dos Santos Business Consultant Petrobras Gas Business Unit
Gilberto Luis Sanches Hernandes GIS Specialist Petrobras Gas Business Unit
Alessandro de Souza Diniz GIS Analyst Imagem
Renato Cabral GIS Analyst Imagem
ESRI User’s Conference 2003 Sidney Pereira dos Santos Business Consultant Petrobras Gas Business Unit
Gilberto Luis Sanches Hernandes GIS Specialist Petrobras Gas Business Unit
Alessandro de Souza Diniz GIS Analyst Imagem
Renato Cabral GIS Analyst Imagem
Using GIS as a Helping Tool in Gas Pipeline Design
Objective To Present GIS Implementation at Petrobras/GBU Ø Scenario Ø Challenges Ø GIS Solution Adopted Ø Interface Ø Data Management Ø Data Sharing - WEB Ø Final Considerations
Using GIS as a Helping Tool in Gas Pipeline Design
Scenario BR Gas Market & Pipeline Network Expansion 45.0
Growth of ~ 10% per year
40.0
42.1
(MMm3/d)
35.0 30.0 25.0 20.0 15.0 10.0 5.0
Internal Production 10.55 10.07 20.1 5.74 Gasbol Importation = 2.15 9.0
Sales 23.3
Reinjection
4.1
0.0 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002
9.2
Using GIS as a Helping Tool in Gas Pipeline Design
CW, S and SE Gas Pipeline Network Gasbol – Northern Section DN 32” 1813 km (1127 miles)
Existing System DN 12 a 22” 1400 km (870 miles)
30 ~ 34 30 ~ 34 14 ~ 20 1.2 ~ 1.7 Gasup (TSB) DN 24” 615 km (382 miles)
9 ~ 12
Gasbol –Southern Section DN 16 a 24” 1100 km (684 miles)
Total Supply ~ 100 MMm3/d (2.8 MMCFD)
Using GIS as a Helping Tool in Gas Pipeline Design
Investment in Expansion Projects US$ 1.3 billion in Expansion New Gas Pipelines: 3000 km (1865 miles) New Comp. Stations: over 10 New city-gates: over 30
Existing Pipelines Gas pipelines: 7962 km (4948 miles) Oil/Products: 6300 km (3915 miles)
Using GIS as a Helping Tool in Gas Pipeline Design
Why implementing a GIS? • Management of existing and new gas pipeline projects • Cover a wide geographic area (~3000 km (1865 miles) new ppl.) • Assure information integrity and security (ArcSDE + workflow) • Capability to manage and share spatial info.
Using GIS as a Helping Tool in Gas Pipeline Design
Implementation Guideline • Addressed the following points: •Overall status of existing data •Data Workflow definition •Data Standardization (in-out) •Data Management & Publishing •Reliability of System Architecture •Scalability (stand alone to enterprise)
Using GIS as a Helping Tool in Gas Pipeline Design
GIS Architecture User InterfaceCatalog Gas Pipeline GPC WEB
GPC
ArcGIS
Plug-In Plug-In
TCP/IP
ArcPad
ArcGIS
Plug-In Plug-In
Notification of any data editing from GPC to be inserted into APDM
Browser
ArcIMS ArcSDE
APDM
Files
Catalog
APDM
Disconnected Edit
Using GIS as a Helping Tool in Gas Pipeline Design
Why APDM? • UML approach (Unified Modeling Language) • Easy communication among team members • Implements the best of ISAT and PODS • Customizable – Allows user to incorporate their specific needs. • Spatially enabled
Using GIS as a Helping Tool in Gas Pipeline Design PPL Facilities Operation
SCADA
Cathodic Protection
APDM
PPL Inspection
Data Structure
Encroachment
Geobase Facilities Operation Encroachments Geobase Inspection
Design Project Management Operation Maintenance Gas Business Financing & Accounting Environmental
x x x x x x
x x x x
x x x x x x
x x x x x x x
x x x x
Cathodic SCADA Protection x x x x
x x x x x
Using GIS as a Helping Tool in Gas Pipeline Design
APDM Implementation • Raw APDM UML (diagram) • XMI Export – XMI file • Physical implementation (RDBMS) • Adapting and expanding model • Data converting and loading
Using GIS as a Helping Tool in Gas Pipeline Design
Control Points Definition Key definition - design & field survey x, y valve pipe section replacement
157+574 157+588 L1
x, y valve
L2
•Linear Reference •Abs. X and Y position from DGPS or Row Orthophotos
Using GIS as a Helping Tool in Gas Pipeline Design
Gasduc I Overview
Atlantic Ocean
Using GIS as a Helping Tool in Gas Pipeline Design
Gas Pipeline Viewer
Using GIS as a Helping Tool in Gas Pipeline Design
ESRI User’s Conference 2003 Sidney Pereira dos Santos Business Consultant Petrobras Gas Business Unit
Gilberto Luis Sanches Hernandes GIS Specialist Petrobras Gas Business Unit
Alessandro de Souza Diniz GIS Analyst Imagem
Renato Cabral GIS Analyst Imagem
