EAGE GeoTech 2021
1-4 March 2021 | Online Event
You can participate in the GeoTech2021 Conference by submitting an abstract for any of the four workshops. Abstracts can be submitted for in-person or virtual presentations. See full topics list below:
3rd EAGE Workshop on Practical Reservoir Monitoring
1. Permanent Reservoir Monitoring
- Established Installations
- New Installations
- In-well
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2. User Cases
- Well Planning
- Reservoir Management
- Production Optimization
- Overburden Integrity
- Drilling Operations
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3. Developments in the use of 4D for Modelling
- Reservoir
- Geomechanical
- Geomodelling
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4. Realtime Monitoring
- Passive Seismic
- Microseismic
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5. New Geophysical Methods & Technologies
- Shear and Surface Waves
- Broadband Seismic
- Simultaneous Sources
- Autonomous Sources and Receivers
- Distributed Sensing (DAS,DTS,DSS)
- Non-Seismic Methods (Gravity,EM,CSEM)
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6. New Insights
- Data integration and Interpretation: Geophysics, Engineering, In-well sensing, Geomatics
- Automation and Digitalization
- Data Analytics (Machine Learning, Deep Learning etc)
- Open Datasets and Open Data Sharing
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2nd EAGE Workshop on Distributed Fibre Optic Sensing
1. Geophysical and Geotechnical Monitoring
- Seismic and VSP
- Microseismic
- Long-term strain
- Temperature
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2. Integration
- Business impact
- Reservoir Engineering
- Geomechanics modelling
- Best practices
- Progress in processing and interpretation tools
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3. Flow Measurements
- Leakage and geohazard detection
- Production monitoring
- Non-oilfield applications
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4. Current Challenges and Needs
- Advantages of Fiber vs Geophones
- Calibration of data
- Advances in theoretical background for advanced interpretation
- Processing challenges
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1st EAGE Workshop on Induced Seismicity
1. Advances in Monitoring Induced Seismicity
- Passive Seismic Networks
- Data Acquisition and Processing
- Microseismicity
- Network Design and Specifications
- Best Practices
- Novel Instrumentation
- Automated Identification and Interpretation of Events
- Full-Waveform Modelling
- Advances in Survey Planning
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2. Triggering Mechanisms and Geomechanics
- Discrimination of Induced from Natural Seismicity
- Geomechanics and Triggering Mechanisms
- Understanding Fault Behaviour
- Modelling Induced Seismicity
- Laboratory Studies
- Case Histories
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3. Risk Assessment and Mitigation
- Mitigation Procedures
- Social Aspects and Public Interaction
- Management Systems
- Knowledge Based Regulations
- Industry and Regulatory Approaches
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1st EAGE Workshop on Directional Drilling and Geosteering
1. Data Integration and Multidisciplinary Workflows
- Integration of directional drilling and geosteering workflows
- Geophysical measurements while drilling (LWD/MWD/SWD)
- Role of high-resolution image logs in well placement
- Real-time petrophysical interpretation while drilling
- Integrating various geological, drilling, and geophysical datasets to gain confidence and increase accuracy of well placement
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2. Case Studies and Best Practices for Well Placement and Geosteering
- Directional drilling and well placement in conventional reservoirs
- Directional drilling and well placement in unconventional plays
- Geosteering in challenging environments: complex geology; proximity to fluid contacts; thin target intervals
- Directional drilling for infrastructure (aka microtunneling, or trenchless technology)
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3. Wellbore Trajectory Uncertainty Measurements
- Modern ways of reducing uncertainty of wellbore position
- Anti-collision of wells
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4. Automation and Data Analytics
- Automation of directional drilling and geosteering decision process
- Cloud-based solutions
- Advanced data analytics. Get the most out of your data
- Role of AI and Machine Learning in well placement
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5. Current Challenges and Future Developments
- Real-time downhole data transmission (wired pipe, mud pulse channels, etc.)
- Ultra-deep directional resistivity tools. Inversion and distance-to-boundary calculation. What is next?
- Lookahead imaging. Prediction ahead of the bit
- Multi-lateral and complex trajectory wells. Extended reach drilling
- Drill-bit Seismic applications
- Wellbore pressure prediction. Optimization of mud weight while drilling. Wellbore stability. Analyzing pressure profiles to determine optimum horizontal length and target sweet spot
- Communication and decision-making process. Can we do better?
- Bridging the gap between drilling and geology disciplines
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