... material from this document. geologist geology rock type clastic rock mineral proppant sedimentary rock fracturing fluid hydraulic fracturing production monitoring reservoir surveillance adnoc concession adnoc opened temperature production logging production control nanoproppant...

... and operations trajectory design hydraulic fracturing inflow performance proppant fracturing fluid well planning well control innovative approach texas well performance increase well productivity drilling target and completion methodology fracturing materials plug operator andre formation...

... propagation proppant complex reservoir flow in porous media geological subdiscipline basin perforation hydraulic fracturing petroleum play type energy economics us shale play viscosity TECHNICAL PAPERS | Field Development Augmented Depletion Development Technology Assessed Across US Shale Plays...

... formation, and a gel with a high polymeric load was used to contact the entire thickness. Finally, because of the high conductivity and high viscosity of the crude, proppant flowback is possible. To reduce this tendency, proppant-production-control systems were used. To combine these important aspects...

... fracturing materials reservoir hydraulic fracturing operation completion installation and operations well 1 bopd conductivity drillstem/well testing proppant atchane proppant concentration limitation depletion criteria workover geology drillstem testing fracture jeffara injection...

... production monitoring enable zonal isolation offshore malaysia geologist drilling fluids and materials assembly intermediate completion execution operator zonal isolation proppant isolation packer completion architecture ohgp 1 5 2024 1 5 2024 1 5 2024 1 5 2024...

...Stephen Rassenfoss _ The short answer for how to judge proppant strength sounds simple—just ask for the K-value. The K refers to the weight in thousands that a sand sample can withstand in a crush test defined by API STD 19C covering “testing sand used in hydraulic fracturing operations...

... are heavily reliant on technological progress. 1 5 2024 1 5 2024 1 5 2024 1 5 2024 2024. Copyright is held partially by SPE. Contact SPE for permission to use material from this document. geologist proppant fluid dynamics fracturing fluid multistage fracturing hydraulic...

... casing. 1 4 2024 1 4 2024 1 4 2024 1 4 2024 Copyright 2023, Society of Petroleum Engineers casing and cementing completion installation and operations hydraulic fracturing drilling operation strategic planning and management proppant architecture vaca muerta...

... the Hydraulic Fracturing Test Site 2 (HFTS-2) development, multiple fracture diagnostic methods were used to calibrate hydraulic fracture models. Once the model was calibrated, a new proppant-conductivity algorithm assigned conductivity values along the hydraulic fractures based on a physics-based model...

... approach is based on the industry’s emerging recognition that hydraulic fractures in shale are planar at large scale, while being rough and complex at small scale. In the simulator, constitutive relations are used to account for the effect of small-scale complexity on processes such as proppant transport...

... “another advantage of reducing stage length is that injection rate into the hydraulic fractures is increased, which leads to increased fracture width and improved proppant transport.” The offset-well observations mentioned were in a recent paper by Devon Energy that reported on a test which concluded...

... stress to overcome vertical drainage issues. Copyright 2022, Society of Petroleum Engineers 1 6 2023 1 6 2023 1 6 2023 1 6 2023 geologist geology hydraulic fracturing united kingdom government fracturing fluid europe government upstream oil & gas proppant...

... poroelastic stress response from depletion, multiwell fracture interaction, asymmetric fracture growth, multiphase flow in hydraulic fractures as they are reopened during a frac hit, and proppant remobilization. Numerical models force a self-consistent representation of physics. Every model output...

... of continuity, all potentials reported in the complete paper are in relation to the Ag/AgCl reference electrode and require a positive adjustment of approximately 0.21 V. Copyright 2022, Unconventional Resources Technology Conference 1 9 2022 1 9 2022 1 9 2022 1 9 2022 proppant...

... treatments in a challenging shale play in the Sichuan region of China achieved record proppant placements and, just as importantly, demonstrated repeatability and consistency over time, which had not previously been attained. Geological Setting The Sichuan Basin in southern China is a very active...

...Chris Carpenter This article, written by JPT Technology Editor Chris Carpenter, contains highlights of paper SPE 204153, “Reducing the Placement Cost of a Pound of Proppant Delivered Downhole,” by Jon Sochovka, SPE, Kyle George, and Howard Melcher, Liberty Oilfield Services, et al. The paper has...

... unexpected deviations from the design. A common mitigation measure is to adjust chemical concentrations, then adjust proppant concentrations, and then, as a last resort, change the pumping rate. While proppant and chemical changes can affect fluid-flow dynamics positively, their use also represents one...

...Stephen Rassenfoss Completion engineers have figured out some rules of thumb about how proppant flows based on decades of experience. That knowledge was put to the test when GEODynamics created a fracturing surface test that offered a full-size, full-pressure recreation of a stage design created...

...Stephen Rassenfoss The message from a single chart’s data from the first full-scale hydraulic fracturing surface test is simple: Far less proppant flows out of the first clusters passed in a stage than the last ones. The likely explanation drawn from a surface test created by GEODynamics...