Integrated Geoscience Workflows to Improve Operational Efficiencies and Reduce Costs
Wednesday, 8 May
600
Technical / Poster Session
Broad geoscience session to explore integrated geoscience workflows, including deep learning, new technologies, and novel approaches for seismic data acquisition, locating unexploded ordnances, well placement, time-lapse data, and well placement. The papers in this session will showcase a framework based on research and operational experience to improve efficiencies and reduce costs.
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0930-0948 35401Reducing Time-Lapse Seismic Data Acquisition Cost With Deep Learning
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0950-1008 35123Reducing the Environmental Impact of Seismic Acquisition While Improving Operational Efficiency by Incorporating New Technologies
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1010-1028 35458Using Drones to Locate Unexploded Ordnance
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1030-1048 35042Automating Prediction of the Formation Tops and Lithology Changes in Real-Time While Drilling Using Artificial Neural Networks
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1050-1108 35346Enabling At-Bit Petrophysical Evaluation and Faster Well Placement Decisions Utilizing Novel Quantitative Digitally Compensated Resistivity Measurement
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1110-1128 35452Silencing the Surge: Unveiling Water Cut Sources and Shutting the Flow in Heterogeneous Carbonate of the Gulf of Suez with 3D Far Field Sonic
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1130-1148 352653D Ground Model: An Alternative Approach for the Treatment of Heterogeneously Distributed Spatial Data
