Technical Program
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0930
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Waterway 1-8120 minsJoin us to honor the work of Mr. Ali Daneshy, recipient of the 2022 Legends of Hydraulic Fracturing award. Immediately following the award presentation, the plenary session will focus on innovation an ...
1300
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Waterway 1-4240 mins
- Technical
With an ever-changing energy landscape, data collection is a critical step in advancing our understanding. Models are only as good as the data used to calibrate and the rapid advancement of many diagn ... -
Waterway 5-8240 mins
- Technical
This session highlights the application of fiber optics, both acoustic (DAS) and distributed strain sensing (DAS), toward completion optimization. Case studies from several North American unconvention ...
0830
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Waterway 1-4240 mins
- Technical
The session presents novel developments in fracturing fluids and materials. Aspects of fluid friction, fracture conductivity, acid-fracturing with proppant and proppant placement and distribution are ... -
Waterway 5-8240 mins
- Technical
This session will cover recent advances in hydraulic fracture modeling. Advances in understanding of key hydraulic fracture processes such as stress shadowing, screenout, fracture driven interactions, ...
1400
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Waterway 1-4210 mins
- Technical
The design optimization and efficient execution of hydraulic fracturing are key for success. The papers in this session will provide the attendees some excellent examples and the learnings to optimize ... -
Waterway 5-8210 mins
- Technical
Never have such a wide range of fracture diagnostics been available to our industry; this session will focus of the application of multiple fracture diagnostics, including fiber optic DAS, sealed-well ...
0830
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Waterway 1-4200 mins
- Technical
This session will provide the latest information on two relatively new solutions for fracture diagnostics in the form of sealed wellbore and strain monitoring focusing on improving our understanding o ... -
Waterway 5-8200 mins
- Technical
This session presents an interesting array of papers from case histories of perforations imaged with both optical and acoustic sensors, to controlled lab experiments of perforation erosion. A new down ...