... the migration of fines in proppant pack before and after treatment with PFAF. Compatibility of PFAF with conventional fracturing fluid was evaluated through rheological tests to employ PFAF during Fracturing. Extensive laboratory studies indicate that the developed PFAF, a reaction product of an amine...

.... It is important to reveal the proppant transport mechanism and fracturing fluid distribution between perforation holes in horizontal wellbores. At present, most experimental studies focus on proppant transport in fractures. However, the mechanism of proppant transport in a horizontal wellbore and fluid...

... clastic rock pressure transient testing drillstem testing completion installation and operations risk management fracturing fluid well intervention completion selection reservoir surveillance reservoir geomechanics drilling operation rock type production logging fracturing materials...

... geology clastic rock proppant fracturing fluid drilling fluids and materials mudrock modeling & simulation drilling fluid property wellbore integrity artificial intelligence log analysis drillstem/well testing fracture drillstem testing hydraulic fracturing sandstone drilling fluid...

..., the possible formation damage of CO 2 fracturing should be carefully considered in the development of high clay shale reservoirs. geologist sedimentary rock structural geology fracturing fluid proppant clastic rock complex reservoir fluid dynamics oil shale mineral mudrock hydraulic...

... complex reservoir fracture characterization proppant shale gas hydraulic fracturing mudrock conductivity geologist fracturing fluid rock type reservoir characterization effective stress roughness high effective stress mpa fracturing materials geological subdiscipline fracture conductivity...

... Abstract Since the Tenares infill drilling campaign started in 2021, Fracturing has become Kotabuana field new well primarily Initial Completion (IC) method. The design was set based on the best practice that evolved throughout time since 2018, starting with typically 1300 bbls fracturing fluid...

... Eight polymer breakers were listed in Table 4 . Abstract Slickwater has been the most widely used fracturing fluid in stimulation of unconventional reservoirs. Friction reducers (FRs) are one of the key components in a slickwater formulation, while dry FRs (DFRs) are gaining more attention...

... Town Montney Pool wells (R 2 =78.7%). geologist clastic rock sedimentary rock geology fracturing fluid rock type reservoir geomechanics proppant artificial intelligence mudrock fracturing materials upstream oil & gas complex reservoir geological subdiscipline unconventional...

... fracturing fluids, featured with imbibition mechanism and increase oil recovery. (4) Replacement of ceramsite by low-cost quartz sand. (5) Factory-fracturing construction model, with maximum 12 well in one well platform. The integrated technologies have been applied in more than 200 wells, the daily oil...

... response. geology proppant geologist asia government united states government hydraulic fracturing production logging production control fracturing materials information proppant concentration production monitoring perforation upstream oil & gas fracturing fluid reservoir...

...-30° for the inorganic-rich sample. Forced water injection was used to simulate the water (fracturing fluid) injection process in the organic-rich sample. Due to the hydrophobicity of the pores, the gas flow capacity during water injection was quite poor, but it was improved during drainage process...

... asia government macaroni pipe fract packer optimizing clean central sumatera basin fracturing fluid fracturing materials fracturing job telikota field proppant method availability coiled upstream oil & gas hydraulic fracturing telikota field premature screen fracture Introduction...

... of the proppant size distribution; this observation is consistent with laboratory studies by StimLab in the 1990s ( Penny and Conway 1995 ). Particle Transport Modelling and Screen Out Prediction fracturing fluid coalbed methane complex reservoir hydraulic fracturing upstream oil & gas coal seam...

... in porous media well control leakoff coefficient drillstem/well testing fracturing fluid drilling fluids and materials artificial intelligence fla upstream oil & gas fluid loss control hydraulic fracturing drilling fluid selection and formulation machine learning drilling fluid formulation...

... depth, polymeric load and pumping schedule for re-fracturing candidates. fracturing materials fracturing fluid concentration conductivity flow in porous media upstream oil & gas historical production pre pillar fracturing production enhancement result proppant clay sensitive reservoir...

... reservoir pressure change. The revised model was later used as an input for fracture geometry simulation. Calibration injection tests were performed and analyzed prior to the main fracturing treatments to determine fracture closure pressure and leakoff characteristics, which led to fracturing fluid...

..., fracturing fluid volume. The hybrid model has been applied to the productivity prediction of 185 MFHWs in tight oil reservoirs in China, the prediction error was less than 5%. The new model can be used to predict production for MFHWs quickly and economically. machine learning artificial intelligence...

... flowback ratio petroleum engineer water production fracturing fluid correlation reservoir property gas field machine learning artificial intelligence complex reservoir information service supplier permeability technology conference inconsistency data approach dataset Introduction...

... Abstract The low flowback efficiency of fracturing fluid would severely increase water saturation in a near-fracture formation and limit gas transport capacity in the matrix of a shale gas reservoir. Formation heat treatment (FHT) is a state-of-the-art technology to prevent water blocking...