46 Fracturing Fluids and Chemical Selection Methods
Wednesday, 5 October
362 D-F
Technical Session
The session focuses on methods and modeling based on data analytics for chemical selection in fracturing fluids and diversion performance. Water quality and treatment, friction reducers, surfactants, additive and rock interactions, and flow assurance topics are presented.
Session Chairperson(s)
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0830-0855 209995Machine-learning-assisted Modeling Of Diverting Agent Performance For Multiple Fracture Propagation
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0855-0920 209999Improved Operational Carbon Footprint Reduction By Using A Data-driven Method In Chemical Treatment Candidate Selection
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0920-0945 210066Analyzing The Benefits Of Designing A Multifunctional Surfactant Blend From Lab-scale To Field-scale In Hydraulic Fracturing Under High Salinity Conditions: A Case Study Of The Mississippian Limestone Play
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0945-1010 210250Effective Water Treatment In The Permian And Marcellus Shales To Mitigate Surface Equipment Failures
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1040-1105 210333Surfactant Blends For Steam Foam Applications Up To 570oF (~300oC)
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1105-1130 210047Lesson Learned From The Application Of Calcium Carbonate Polymer For Water Shut-off Project In A Carbonate Gas Well, Offshore Borneo Island
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1130-1155 210317Newly Developed Aqueous Paraffin Inhibitor Dispersion Provides Flow Assurance During And After Stimulation
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Alternate 210439Validation Of A Novel Beta Diversion Design Factor For Enhancing Stimulation Efficiency Through Field Cases And Near Wellbore Diversion Model
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Alternate 210207A Novel Polysaccharide Friction Reducer That Can Be Used With Water Of All Salinity Levels