URTeC - 4044703
Title - Case Study - Using an Acoustically Derived Surface Metric to Approximate Fluid Distribution Uniformity During Stimulation
Authors -C. L. Cipolla*1, M. McKimmy1, J. Lassek1, K. Fatheree Z, S. Rahimi-Aghdam2, J. Kroschel2, M. Khan2 (1. HESS Corporation; 2. Seismos, Inc.)
URTeC - 4044718
Title - Building Well and Fluid-Specific Pipe Friction Curves, Monitoring Perforation Cluster Efficiency During Stimulation, and Measuring Near-Wellbore Tortuosity Using Acoustic Friction Analysis
Authors - E. M. Dunham1, 2, S. Rahimi-Aghdam*2, J. Zhang2, N. Crawford2, C. L. Cipolla3, M. McKimmy3, J. Lassek3 (1. Stanford University; 2. Seismos; 3. HESS Corporation)
URTeC - 4044728
Title - Optimizing Reservoir Coverage: A Comprehensive Study of Completion Design and Well Spacing in the Permian Midland Basin Using Acoustic Sensing Technology
Authors -J. Coronado*1, J. Brosig1, M. Khan2, N. Crawford2, S. Gabel2, J. Kroschel2 (1.Double Eagle Energy; 2. Seismos)
URTeC - 4044668
Title - Case Study: Using Acoustically Derived Completion Data, Economics, and Machine Learning to Evaluate Completion Effectiveness in the Bakken
Authors: J. Kroschel*, M. Khan, N. Crawford (Seismos)