... spectrum can provide the relative changes of organic functional groups by the reaction with fracturing fluid, which have different degrees of hydrophilicity and hydrophobicity ( Dustin et al. 2018 , Bradley et al. 2013 ). The relative changes of these functional groups provide the supplemental information...

... is an important flow mechanism for volume fractured horizontal wells in unconventional reservoirs. By introducing linear flow, a regional model for volume fractured horizontal wells is proposed. Abstract Fracturing fluids will carry an amount of proppant flowing back to the wellbore due to the inappropriate...

... stimulation. Production strategies, such as high-rate production or aggressive pressure drawdown, can further aggravate proppant and solid production issues. Fracturing fluid viscosity also affects proppant transport and placement inside the fracture and have impacts on proppant production. Slickwater...

.... It was implemented in the Rockies, Powder River, Permian, and SCOOP/STACK with over 10,000 stages stimulated so far. The slurry was usually deployed as an additive to the pad or as a pill before pumping the proppant-laden slurries. It is compatible with commonly used fracturing fluids. The MPS technology helps...

... manipulation. upstream oil & gas fracturing materials proppant pillar proppant fracture fracturing fluid simulator compaction marginal gas field development ordos basin integrity multiphysic simulator hydraulic fracturing concentration proppant concentration conductivity optimization...

... analogues for subsurface application. For more detailed information on the geology of the quarry, refer to Zelazny et al. 2018 . Rock Characterization and Sample Preparation Abstract To assist in understanding the role of rock fabric, stress state, and fracturing fluid viscosity on fracture...

... production period. The average run life prior to this treatment was 3 months, thus impacting not only the well productivity but also the run well life. drillstem/well testing proppant fracturing fluid upstream oil & gas drillstem testing production enhancement completion installation...

... Abstract Hydraulic fracturing has been applied to unconventional reservoirs with low permeability to achieve higher productivity and economic potential. However, polyacrylamide-based friction reducer and guar gum, two of the most common components in fracturing fluid could cause formation...

... on well production. drilling operation reservoir characteristic upstream oil & gas proppant directional drilling artificial intelligence completion production fracturing fluid hydraulic fracturing machine learning cumulative production exhibition evaluation bin 1 self-organizing...

... fracturing fluid hydraulic fracturing completion installation and operations modeling & simulation production logging fracturing materials eureka frac plug communication exhibition production control slb fracture geometry application shale gas reservoir surveillance scenario paper...

... austin chalk formation hydraulic fracturing experiment proppant concentration outcrop 0 fracturing fluid fracturing materials concentration webb county united states government upstream oil & gas conductivity proppant loading texas fracture conductivity experiment Introduction...

...-field connectivity provide significant potential for the real-time optimization of completion and production operations. tracer test analysis upstream oil & gas fracturing fluid complex reservoir proppant fracturing materials diverter production control near-wellbore connectivity...

... of the proposed methods in literature emphasize one of these aspects while ignoring the rest. Introduction upstream oil & gas fluid dynamics drilling fluid formulation wellbore design hydraulic fracturing modeling & simulation reservoir geomechanics propagation hydraulic fracture fluid...

... (Cl - ) 116363.13 Anions (mg/L): Sulfates (SO 4 -2 ) 0 Chlorides (Cl - ) 137209.47 Alkalinity (mg/L): Sulfates (SO 4 -2 ) 515.32 Bicarbonates (HCO 3 - ) 49.39 Alkalinity (mg/L): Bicarbonates (HCO 3 - ) 686.03 Preparing Fracturing Fluids. Table 1 shows...

... to evaluate the feasibility of repeatable and realistic experimental investigation by the 3D printing technology. Understanding proppant transport in hydraulically created fractures helps to answer the questions about proppant distribution, resultant fracture conductivity, effectiveness of fracture fluid...

..., urea aldehyde, polyurethane, phenol-aldehyde, and vinyl esters ( Liang et al., 2015 ). The addition of polymer to the surface of the proppant will alter the surface charge of the proppant and its interaction with fracturing fluids. For example, a proppant resin coated with urea aldehyde (cationic...

... fracturing materials fracturing fluid uniformity perforation cluster erosion spe hydraulic fracturing technology conference proppant efficiency slurry distribution proppant transport wellbore Introduction Multistage hydraulic fracturing in horizontal wells is the well-established technology...

... of 1,000, 2,000, and 4,000 psi revealed high fracture clean-up efficiency for fracturing fluid mixed with enzyme-loaded PEMs nanoparticles. The retained fracture conductivity improvement from 25% to 60% indicates the impact of controlled distribution of nanoparticles in the filter cake and along the entire...

... reservoir fracturing fluid upstream oil & gas cement nrt proppant lead slurry technology conference lead cement Introduction Primary cement jobs are critical to the safe and environmentally sound operation of oil and gas wells. If the cement top does not reach the design depth...

... the injection of fracturing fluid in the wellbore ( Detournay and Carbonell, 1997 ; Patel et al., 2017 ; Song et al., 2019 ; Warpinski et al., 2004 ). The fracturing process can be repeated several times in a typical life of a well or a field to maximize its economic life ( Gomaa et al., 2014a ; Wu et al...