THE RISE OF GEOGRAPHIC INFORMATION SYSTEMS (GIS) AS A TOOL TO AID DECISION MAKING IN THE GAS AND PETROLEUM INDUSTRY   Group 9 Francois Viljoen Nosizo Pindela Graham Sithole Thule Mdletshe Jerome Losper Charles Weber Marion De Wet
 
The United States of Geological Survey (USGS) defines GIS as  “ A computer system capable of capturing, storing, analysing and displaying  geographically referenced information; that is, data identified according to location”  (Goodchild, 2009)
“ Unconsciously used by humans for centuries” Examples: Shortest way to travel from point A to B? Concerned about distance & cost thereof Best location for your business? Concerned about target market Traffic volume Demographics
Two different data types: Vector  Raster
 
Exploration Production Distribution and Pipeline Conservation of Resources Integration
Used to locate geological structures that could accumulate oil: Seismic surveys Gravitational Magnetic
Applied in oil production for: Area surveying using GPS Pipeline inspection Leak detection Workflow process automation Mapping transmission of  products to a facility Keep track of drilling platforms, pipeline networks & refineries
“ Pressure from stakeholders and regulators is forcing the Gas & Oil industry to adopt green technology and practices” GIS is be used to: Improve sustainability accounting Environmental monitoring and  reporting Integrate data across the industry Benchmarks
Integrating GIS with other information systems tools can enable a wide range of applications in: Production Facilities management Pipeline management GIS must be integrated with ERP systems in a real-time, peer-to-peer scenario to unlock real value
Improved efficiency Cost saving Better decision making Improved communication,  e.g. Virtualization Record keeping Management tool
Human tracking (especially in times of natural disasters such as  earth quakes) Greater contribution from ordinary citizens Further developments of Google Earth & Google Maps Future landscape designs Real time observation of traffic systems Increase in the richness  of data
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Geographic Information Systems in the Oil & Gas Industry

  • 1.
    THE RISE OFGEOGRAPHIC INFORMATION SYSTEMS (GIS) AS A TOOL TO AID DECISION MAKING IN THE GAS AND PETROLEUM INDUSTRY Group 9 Francois Viljoen Nosizo Pindela Graham Sithole Thule Mdletshe Jerome Losper Charles Weber Marion De Wet
  • 2.
  • 3.
    The United Statesof Geological Survey (USGS) defines GIS as “ A computer system capable of capturing, storing, analysing and displaying geographically referenced information; that is, data identified according to location” (Goodchild, 2009)
  • 4.
    “ Unconsciously usedby humans for centuries” Examples: Shortest way to travel from point A to B? Concerned about distance & cost thereof Best location for your business? Concerned about target market Traffic volume Demographics
  • 5.
    Two different datatypes: Vector Raster
  • 6.
  • 7.
    Exploration Production Distributionand Pipeline Conservation of Resources Integration
  • 8.
    Used to locategeological structures that could accumulate oil: Seismic surveys Gravitational Magnetic
  • 9.
    Applied in oilproduction for: Area surveying using GPS Pipeline inspection Leak detection Workflow process automation Mapping transmission of products to a facility Keep track of drilling platforms, pipeline networks & refineries
  • 10.
    “ Pressure fromstakeholders and regulators is forcing the Gas & Oil industry to adopt green technology and practices” GIS is be used to: Improve sustainability accounting Environmental monitoring and reporting Integrate data across the industry Benchmarks
  • 11.
    Integrating GIS withother information systems tools can enable a wide range of applications in: Production Facilities management Pipeline management GIS must be integrated with ERP systems in a real-time, peer-to-peer scenario to unlock real value
  • 12.
    Improved efficiency Costsaving Better decision making Improved communication, e.g. Virtualization Record keeping Management tool
  • 13.
    Human tracking (especiallyin times of natural disasters such as earth quakes) Greater contribution from ordinary citizens Further developments of Google Earth & Google Maps Future landscape designs Real time observation of traffic systems Increase in the richness of data
  • 14.