..., increased injection speeds can effectively mitigate these blockages. These findings reveal the influence of various operational factors on proppant transport and settling, offering theoretical guidance for optimizing hydraulic fracturing techniques. geologist fracturing fluid clastic rock proppant...

...) such as degradable fibers into the PAD stage, this research demonstrates significant reductions in leak-off coefficients and increased fluid efficiency, allowing more efficient use of fracturing fluids and supporting better proppant placement within the fractures. Five wells within distinct locations lithologies...

..., the accuracy of fracturing events detection ranges from 92.7% to 99.6%. The accuracy of Fracture Closure Pressure were 93.8%. hydraulic fracturing proppant concentration real time system machine learning plug ball seating fracturing fluid fracturing materials differential data artificial...

... post plug and perf operations for the dissolvable plug, thereby diminishing non-productive time. fracturing fluid fracturing materials bip design operation time hydraulic fracturing operation plug dissolvable plug efficiency ball drop method proppant dissolvable frac plug dissolution...

... showed the advantages of using the transfer learning approach. In addition, the couple optimizer ensures the optimized variables would lead to an increased production. clastic rock fracturing fluid geologist geology rock type reservoir surveillance production control drillstem testing...

... and achieving quick oil breakthrough. The study analyzes the effects of permeability, porosity, fracture half-length, and fracturing fluid hydraulic on shut-in time. The results show that during the well shut-in period following hydraulic fracturing, oil and water in the matrix and fractures undergo imbibition...

... surveillance proppant artificial intelligence geology completion installation and operations data quality production monitoring real time system flow rate fracturing fluid production logging sand concentration machine learning frequency production control fourier transform perforation slurry...

... logging not only aids in estimating fracture height but also enhances the predictions of fracturing fluid temperature dynamics, which optimizes breaker usage and minimizes potential formation damage. A combined fracturing workflow that integrates both minifrac diagnostics and temperature logging...

..., several experiments and numerical simulations are designed to shed light on the mechanism of oil displacement by fracturing fluid imbibition, including the driving force and the oil recovery of different pores. The real field fracturing fluid which is prepared by guar gel, anti-emulsifiers, anti-swelling...

... how differences between basins and differences in economic inputs and objectives lead to significantly different optimal frac designs. geologist unconventional play proppant hydraulic fracturing artificial intelligence reservoir characterization fluid dynamics clastic rock fracturing...

.... geologist software engineering geology proppant fracturing fluid recommendation reservoir characterization completion installation and operations scenario petroleum technology conference fracturing materials international petroleum technology conference operational efficiency rock type...

... across the region. This paper will reveal an optimized approach to the fracturing fluids lab testing and will help to shape the future of fracturing treatments in HT reservoir conditions in a way that will not only reduce the fracturing cost but will also help to reduce reservoir damage hence improving...

... enhancement. Compared to purely data-driven models, we developed a wellhead pressure prediction model integrating deep learning and physical models, considering the actual physical processes of hydraulic fracturing. Appropriate neural network algorithms were selected for various scenarios of fracturing fluid...

... and replicated in similar sour tight reservoir fields. drillstem/well testing geologist proppant petroleum geology project management geological subdiscipline frac conductivity structural geology drillstem testing asset and portfolio management fracturing fluid hydraulic fracturing fracturing...

... in the Napo formation. The high reservoir permeability requires the creation of a highly conductive path to effectively stimulate the reservoir. Due to the high permeability and the low reservoir pressure, the wells present high fracturing fluid leakoff that increases the probability of a near- wellbore...

... reservoir carbonate rock geology fracturing fluid gcc ps complex reservoir proppant mineral rock type hydraulic fracturing fracturing materials reservoir geomechanics reservoir characterization geological subdiscipline gcc particle treated teated young international petroleum technology...

... these formations. Oxidizer-laden fracturing fluid systems are shown to create cracks and deep channels within the organic matter present in the source rock, such as kerogen, thereby increasing the source rock permeability and enhancing the hydraulic conductivity of the exposed fracture faces. To this end...

.... fracture fracturing fluid proppant hydraulic fracturing artificial intelligence fracturing materials data mining dispersibility tpa slickwater fiber international petroleum technology conference application concentration development fracture complexity buildup comparison efficiency...

... Abstract Multifunctional fracturing fluid is desirable in the oil and gas industry as it can simplify hydraulic fracturing operations and reduce environmental impact. Traditional high-viscosity fluids, like borate crosslinked fluid, can effectively transport proppant to keep fractures open...

... improves over time with the addition of new wells and longer production history. Finally, this novel approach is proven to maximize gas well productivity and to optimize materials and logistics. geologist inflow performance geology fracturing fluid proppant optimization problem hydraulic...