Hydraulic Fracturing & Shale Wetting Phenomena
Wednesday, 9 April
Grand Hall C
Technical Session
This session focuses on understanding the most recent advancement in fracturing fluid chemistry to improve performance at field high-temperature conditions. Lab and field results will be presented for new non-crosslinked foam and high-temperature seawater fracturing fluid. Additionally, several technical papers will discuss surfactant wettability optimization and how better wettability characterization would improve well productivity.
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0830-0900 224259A New Arena In Assessing Chemistries Used In Improving Oil Recovery From Shale Reservoirs: A Nano-fluidic Systematic Study
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0900-0930 224290A New Non-crosslinked Foam Based Fluid For High Temperature Fracturing Applications
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0930-1000 224286A Study Of Sulfide Control In Hydraulic Fracturing Using High Pressure High Temperature Bioreactors
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1030-1100 224258Avoiding “Fatal” Attractions: How To Prevent Production-killing Interactions Between Wet Sand And Stimulation Fluids.
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1100-1130 224302Experimental Investigation Of Shale Wettability Characterization
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1130-1200 224244New High Temperature Seawater Based Fracturing Fluid Results In Significant Production Increases In Offshore China
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Alternate 224232Overcoming The “Survivorship Bias” Of Surfactant Use. An Engineered Optimized Application Of Nano-surfactant Use Integrating Reservoir Geochemical Properties.
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Alternate 224317Bio-based Long Chain Gemini Surfactants For Unconventional Reservoirs