... Abstract Accurately determining fracture closure pressure is essential for optimizing hydraulic fracture treatments in gas reservoirs, especially in tight sandstone formations with low permeability. Traditional methods, like the G-function, estimate closure pressure from pressure decline during...

... geology fracturing fluid drilling operation directional drilling complex reservoir proppant mineral tight gas phyllosilicate hydraulic fracturing fracturing materials horizontal well foam quality foam fluid system northern area yanbei gas field proppant concentration foam fluid system...

... carbonate rock geology production enhancement fracturing fluid complex reservoir proppant drillstem testing well intervention rock type hydraulic fracturing flow in porous media downhole intervention reservoir surveillance fracturing materials enhanced recovery production monitoring...

.... foam quality multistage fracturing production enhancement annular pressure drilling well intervention coiled tubing operations drilling fluids and materials hydraulic fracturing completion installation and operations downhole intervention drilling fluid management & disposal well control...

... subsurface storage hydraulic fracturing social responsibility completion installation and operations production chemistry oilfield chemistry application artificial intelligence enhanced recovery sustainable development climate change laser high-power laser perforation upstream application...

... Abstract Hydraulic fracturing in tight and deep gas formations presents significant challenges, particularly when near-wellbore stresses reduce injectivity. Drilling fluids can exacerbate near-wellbore damage, increasing rock breakdown limits alongside high local stresses. This study aimed...

... Abstract Hydraulic fracturing has been successfully utilized for several decades to develop tight gas and, more recently, unconventional plays, resulting in improved well productivity and economics. This is achieved by increasing the reservoir surface area exposed to production...

... acid stimulation stages, overcoming high washouts areas and thereby enhancing stimulation efficiency. geologist multistage fracturing completion equipment well integrity geology drilling operation directional drilling packer hydraulic fracturing completion installation and operations...

... Abstract The effectiveness of hydraulic fracturing fluids is critical to minimizing formation damage and maximizing oil recovery. Traditional fracture fluid selection has been driven primarily by surface performance metrics such as friction reduction efficiency and cost. However, this approach...

... reservoir proppant rock type hydraulic fracturing fracturing materials reservoir characterization conductivity natural fracture branch fracture hydraulic fracture particle requirement acid average conductivity conductivity requirement fracture conductivity proppant entry secondary fracture...

... subsequent hydraulic fracture treatments impractical. Well B was perforated with an abrasive jetting tool that achieved 100% depth accuracy, targeted 6-in. penetration into the formation, and used a customized carrier fluid along with a calculated standoff to help prevent damage to the abrasive jetting tool...

... geology features for successful exploration in this typical play. sedimentary rock geologist carbonate reservoir clastic rock fracture characterization carbonate rock structural geology fracture drilling operation directional drilling complex reservoir rock type hydraulic fracturing...

... specifications. Assessment of the reservoir's suitability for hydraulic fracturing (fraccing) in terms of rock mechanics. The formation pressures and reservoir characteristics played an important role to optimize the stimulation and production strategies. The understanding of the cement bond log and corrosion...

... Miqrat productivity. The well was hydraulically fractured and tested in July 2023. A total of 4 frac stages were pumped in Miqrat, Al-Bashair and Barik. Diagnostic Fracture Injection Test was performed prior to pumping main frac stages to assess frac design parameters and evaluate reservoir quality...

... faced in accurately analyzing and interpreting MSF sleeve opening signatures, contributing to the continuous evolution and understanding of MSF technologies. multistage fracturing completion equipment hydraulic fracturing completion installation and operations signature real time system frac...

... Abstract This study aims to synthesize and characterize a novel viscoelastic surfactant formulation for hydraulic fracturing, evaluating its rheological properties, temperature profile, salinity resilience, and the effectiveness of breaking mechanisms in unconventional reservoirs. The goal...

... injection, marks a significant technological advancement in hydraulic fracturing practices. fluid dynamics geologist thermal shock sustainability geology fracturing fluid proppant mineral hydraulic fracturing social responsibility flow in porous media fracturing materials sustainable...

... clastic rock reservoir geology complex reservoir mudrock rock type hydraulic fracturing shale gas artificial intelligence reservoir geomechanics mudstone machine learning geological subdiscipline shale reservoir fracture southern sichuan efficiency low-permeability shale reservoir...

... Abstract The objective of this paper is to share some key techniques that were successfully applied to optimize matrix stimulation and hydraulic fracturing treatments in Hight Pressure High Temperature Carbonate and Clastic reservoirs in Offshore Fields – Abu Dhabi. Multi-Stage Fracturing...

... geology fracture fracturing fluid drilling operation directional drilling proppant drillstem testing hydraulic fracturing completion installation and operations flow in porous media fracturing materials reservoir geomechanics reservoir characterization geological subdiscipline transverse...