#seismic fault interpretation utilizing #artificialintelligence is quickly emerging as a workflow that is saving geophysicist's time and effort. Another bonus of the AI is the accuracy and repeatability of the results. In the video below you can see the added clarity of the faults and removal of noise vs traditional fault attributes. The workflow can work both on conventional fault workflows or challenging unconventional fractured environments. With SubsurfaceAI Inc’s pending release we have greatly enhanced our interactive AI workflows and have added exciting new features. One feature that we feel will be most useful to our users is the ability to auto-track fault surfaces and fault sticks directly from fault probability volumes. Check out our blog on embracing the future of subsurface exploration with InterpretationAI, where AI meets the expert’s intuition to unlock the full potential of seismic data. https://lnkd.in/dyuHfnRE #shale #unconventional #permianbasin #montney #geophysicist #machinelearning #exploration #seismicAttributeAnalysis
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BGP has been exploring the Xinjiang Province of northwestern China for several years. The 150,000 sq. km (58,000 sq. mile) area is hydrocarbon rich and is the fourth largest onshore production area in China with an estimated 8.7 billion tons (63.7 billion barrels) of oil reserves. In 2013, the Xinjiang Oilfield Company, a subsidiary of PetroChina Company Limited and China National Petroleum Corporation (CNPC), awarded BGP a 3D project to explore 388 sq. km (150 sq. mi) of the Junggar Basin located in northern Xinjiang. BGP's client wanted to image targets down to approximately 4 km (2.5 mi) in depth to locate reservoirs and distinguish fault displacements. Seismic data from a prior 2D acquisition survey in this area was insufficient and the need for high fold, high resolution data became more apparent. Coupled with stringent design requirements and a tight schedule, BGP decided to perform this survey using more than 63,000 channels with a 52,000 live channel patch and Distance Separated Simultaneous Slip-sweep (DS4) operations. Widely accepted in the seismic industry, HPVS operations leverage multiple vibrators and sophisticated sweep techniques to obtain greater productivity than traditional source methodologies. Therefore, BGP needed a high-capacity acquisition system to support large-channel counts, continuous recording, and source-driven operations. In their 60 years of service, this project was BGP's first attempt to acquire seismic data using channel counts of this magnitude. Consequentially, it would become one of their most challenging projects as well, requiring extreme equipment management and logistical coordination for their super-crew.
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