PETROLEUM GEOLOGY
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  • Introduction
  • Content
    • Petroleum Geochemistry
    • Origin of Petroleum >
      • Evaluation of Source Rocks
      • Generation & Migration
      • Geologic Time
    • Accumulation and Traps >
      • Basin Environment
      • Structural Trap
      • Stratigraphic Trap
    • The Reservoir >
      • The Subsurface Environment
      • Reservoir rocks >
        • Sedimentary rocks
        • Rock properties
      • Recovery Techniques
      • Conventional Fluids
      • Nonconventional Fluids
      • Petrophysics
      • Reservoir Estimation
    • Shale oil >
      • History of Shale oil
      • Oil Shale
      • Shale oil extraction
    • More about Petroleum >
      • Types of drilling bits
      • Drilling Fluids/Mud and Components
      • Oil-Rich Countries
      • Facts about Petroleum
      • Oil Measurement Unit
      • Forecast of Energy Usage
      • Exploration Techniques
      • Geologist & Engineer
      • Impacts on environment
      • World Reserves
      • Petroleum in Thailand
      • NOC & IOC
      • Digital Oilfields
      • Career in PE
      • Blowout Preventer(BOP)
      • HSE Basic Concepts
    • Geophysics >
      • Geophysical surveys for petroleum
    • From Exploration to Refining
    • Well logging
    • Real-Time Oil Price
    • Glossary of Oil and Gas Terms
  • Contact
  • About
  • Blog

Digital Oilfields

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​What is a Digital Oil Field?
An idea that a few years ago simply meant using a machine for a particular exploration undertaking has now widened to encompass automating and integrating a huge range of tasks across many aspects of the exploration and production cycle
DOF concept focuses on leveraging the benefits of modern IT, automation and communications.

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digital oilfield themes
  • Operational efficiency
  • Decision support
  • Workflow automation
  • Data integration
  • Collaboration
  • Production optimization


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​Benefits of digital oilfield
Productivity
  • Empowers your workforce to be more proactive
  • Harnesses the data you have to inform better
operational decision- making so it is:
  • Pre-emptive
  • More informed
  • Faster
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Efficiency
Eliminate non-productive time
Focuses resources on high-priority issues
Promotes higher site-to-operator ratios
Improves communication
Better management of material & labor
Reduces error
Risk Mitigation
While an increase in the number of remotely
operated fields decreases the risk of accidents,
with fewer people traveling to, and working in,
potentially dangerous environments. 
​Combats aging workforce through knowledge
retention Environmental monitoring

Picture
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The rise of digital oilfield technology 
It’s caused by the unprecedented challenges currently being faced by the oil and gas industry : Bimodal age distribution of workforce ("crew change") Proliferation of software applications and data formats Global distribution of work teams Instant availability of massive amounts of real-time data Steadily decreasing number and size of new discoveries Growing expense of advanced recovery technologies
Present and future digital oilfields
Today there are hundreds of technologies developed to improve efficiency, assist deepwater drilling and provide better information for improved safety and disaster response, as well as improve information sharing and remote operations. Many companies, challenges still remain in rolling out the digital oil field concept to all its operations, as well as effectively managing the increased amount of data being recorded. Shell see the digital oil field of the future as encompassing increased fibre optic wells and Advanced Reservoir monitoring, as well as ensuring all assets have the "appropriate level of smartness" applied to them. BP has similar goals to roll out its Field of the Future Technologies across its assets.  

If the oil price remains low, optimizing all this technology and wealth of data it provides for enhanced oil recovery, increased safety and efficiency will remain paramount.”

References
  1. https://www.slideshare.net/cimation2014/digital-oilfield-webinar-slides-v6
  2. http://www.offshore-technology.com/features/featuremaking-the-most-of-the-digital-oil-field/
  3. http://www.offshore-technology.com/features/featurea-history-of-the-digital-oil-field-4436910/
Written by
Nuth Santirojanakul
Teerapat Junnatasna

Edit by
Hutsakarn Kamolpongsathorn 
​Teerapat Junnatasna
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  • Home
  • Introduction
  • Content
    • Petroleum Geochemistry
    • Origin of Petroleum >
      • Evaluation of Source Rocks
      • Generation & Migration
      • Geologic Time
    • Accumulation and Traps >
      • Basin Environment
      • Structural Trap
      • Stratigraphic Trap
    • The Reservoir >
      • The Subsurface Environment
      • Reservoir rocks >
        • Sedimentary rocks
        • Rock properties
      • Recovery Techniques
      • Conventional Fluids
      • Nonconventional Fluids
      • Petrophysics
      • Reservoir Estimation
    • Shale oil >
      • History of Shale oil
      • Oil Shale
      • Shale oil extraction
    • More about Petroleum >
      • Types of drilling bits
      • Drilling Fluids/Mud and Components
      • Oil-Rich Countries
      • Facts about Petroleum
      • Oil Measurement Unit
      • Forecast of Energy Usage
      • Exploration Techniques
      • Geologist & Engineer
      • Impacts on environment
      • World Reserves
      • Petroleum in Thailand
      • NOC & IOC
      • Digital Oilfields
      • Career in PE
      • Blowout Preventer(BOP)
      • HSE Basic Concepts
    • Geophysics >
      • Geophysical surveys for petroleum
    • From Exploration to Refining
    • Well logging
    • Real-Time Oil Price
    • Glossary of Oil and Gas Terms
  • Contact
  • About
  • Blog