... for optimal performance while drilling with MPD equipment. Ease of scalability for automating this process will also be discussed as it was a major consideration when developing the application. annular pressure drilling drillstring design drilling operation knowledge management interaction wob...

.... Knudsen diffusion is due to molecule wall interactions, which are pronounced in nanoporous media due to the small pore sizes ( Akilu, Padmanabhan, and Sun 2021 ). Bulk diffusion is related to molecule-molecule interaction ( Krishna and Wesselingh 1997 ), while viscous flow occurs due to pressure gradients...

... When a fluid is brought into contact with a solid at a defined temperature and pressure, the extent of adsorption is assumed to be related to the interaction between the solid and the fluid. Therefore, the degree of hydrophilicity of the pore surface will greatly influence the adsorption process...

... to the objective function. We utilize the analytical gradient of the NN, resulting in an effective search direction while saving the computational cost associated with stochastic-gradient perturbations. Our method features a novel NN architecture, the Spatial Pairwise Interaction Network (SPINet) with independent...

... cfd simulation fraction interaction rotational speed sweeping pill viscosity laboratory experiment cuttings recovery lab experiment diameter combination pill recovery geometry inner pipe rotation Introduction Table 2 Fluid parameters of sweeping pills. Pill Density...

... aspects of the system with detailed chemical interactions, including the expected geochemical reactions between the injected CO 2 , formation fluids, and minerals. Additionally, it considers the impact of these reactions on solid formation within the reservoir. Lastly, the final two scenarios...

...Conclusion This paper has explored the feasibility of determining the position and orientation of cutters on a drill bit using video captured from a smartphone. The objective was to obtain geometric data required for modeling the interaction of the drill bit with rock formations...

... learning reservoir surveillance machine learning mechanism interwell connectivity injection agfm dependency evaluation interaction deviation scenario graph neural network prediction accuracy recovery international conference Introduction Accurately predicting oil production rates...

... a unique and promising option, especially those that are unmineable due to depth, thickness, or other economic constraints. The success of this formation is closely tied to the intricate interactions among CO 2 , coal, and in-situ fluids, with wettability playing a crucial role. A deep understanding...

... Abstract The interaction between natural and hydraulic fractures (HFs) results in the formation of complex fracture networks. A great deal of uncertainty exists around the geometry and connectivity of these fracture networks. The two primary objectives of this study are: (1) to show how...

... the efficiency of CCUS is the interaction between CO 2 and brine within sandstone reservoirs, particularly how CO 2 storage affects the wettability of the rock and, consequently, dynamics of fluid flow characterized by the relative permeability and capillary pressure. This study aims to quantitatively assess...

... and coupled processes requiring thorough investigation. These complexities arise from the complex interactions in the subsurface between geological, hydrological, geochemical, and geomechanical factors. Understanding and managing these multifaceted processes are essential for successful and safe deployment...

... intelligence friction spe-iadc drilling conference pastusek coulomb friction bha component friction model test case 1 drill string spe-iadc drilling conference and exhibition dynamic model shor interaction conference and exhibition angular velocity and torque comparison geomechanics dixit model...

... evaluation multiphase production fluid interaction interface modeling & simulation production monitoring reduction friction application drag reducer agent al-wahaibi pressure loss oil phase roughness multiphase system flow regime pressure drop frictional pressure drop pressure drop...

... be applied to accurately characterize the confinement effects within nanopores. Both the surface-fluid interaction and the wide pore size distribution in shale rocks can have an important effect on the fluid phase behavior in shale play. Shale reservoir is a multi-scale porous system, and the volume...

... between each pair of porous mediums is derived based on multiple interacting continua (MINC) theory. We simulate the cyclic CO 2 injection with a ternary component oil—methane, propane, and n-octane—within a shale matrix. Sensitivity analyses are conducted to analyze the effect of soaking time, natural...

... pressure sensor is located within the electronics chamber. It measures optical chamber pressure, as this actively ensures integrity in the downhole tool's seal assembly, which is critical for operations. Table 1 summarizes the sensing technologies that characterize the interaction effects between HPL...

... strength supercritical co2 application elastomer grade optimization subsurface storage climate change miscibility acn hnbr compound selection compound development criteria interaction hardness packer element Background and Introduction It has been recognized and accepted worldwide...

... are required for well placement ( Al-Mudhhi et al., 2005 ). In situations where LWD data is not available, formation properties indicated from drilling operations would be desirable. Several studies in literature pursued different approaches to analyze drilling vibration and determine bit-rock interactions...

... rocks. This study investigates the behavior and interactions of carbonate rocks, specifically limestones, under reservoir conditions for UHS, focusing on both geochemical and geomechanical changes induced by hydrogen exposure. Static reactivity tests were conducted on various limestone samples...