... – Born after 1998 sustainability millennial cohort personnel competence knowledge management social responsibility baby boomer generation different cohort eil generational difference interaction strength employer competitive environment unique challenge age cohort india...

... displacement deformation coupling criterion permeability fault reactivation displacement stability interaction co2 injection label 5 mechanical behavior failure criterion Introduction Abstract This study aims to create a advanced numerical model to estimate the effect of fault...

... is 96 to 407 Mt of CO 2 in saline aquifers, and about 64-267Mt in depleted hydrocarbon reservoirs. The present research work provides new insights into the interaction of CO 2 with brine and rock minerals in Lithuanian saline aquifers. While published literature ( Šliaupiene and Šliaupa, 2011...

... analysis of the role of temperature on the molecular behavior of the components of calcite/brine/H 2 +cushion gas systems at realistic UHS conditions. Delving into the molecular interactions of the studied calcite/brine/H 2 + CO 2 system, the rise in temperature was found to minimize the overall...

... an interdisciplinary strategy that entails geochemical examinations, geophysical explorations, and geological projections to demystify its movements and reactions. Prospective origins of endogenic hydrogen may include biological activity, interactions between water and rocks, volcanic activity, sedimentary...

... interactions flow characterization, and optimizing well spacing. The state-of-the-art, ultra-high-resolution nanoparticle tracers were added to each stage during completion for flow profile mapping and fault evaluation. In addition, a sampling campaign of adjacent wells was initiated to identify potential...

... such as dimethyl ether, ethanol, etc. The previous hybrid EOR studies highlighted an advantage of diethyl ketone (DEK) for boosting LSW EOR effectiveness in our objective offshore giant carbonate reservoir. The DEK advantage was proved from both aspects of core floods and fluid-fluid interaction (FFI) which forms...

... technique is employed to integrate with augmented reality (AR) to enhance reservoir management. The methodology involves developing a generative AI model to simulate pore-scale fluid flow, validated against experimental data. AR is utilized to visualize and interact with the simulation results in a real...

... objective of autonomous operations is to minimize manual interactions and maximize self-directed plant operations. ADNOC Onshore has implemented generative AI agents in daily maintenance and production operations to boost workforce productivity in the journey of achieving autonomous operations. This paper...

... geology drilling measurement mean absolute error mean absolute percentage error machine learning interaction regressor neural network nphi accuracy resistivity mape compressional sonic travel time rhob bulk density Introduction Data Collection The data sources for this study come...

...-Temperature (PVT) cell. The research aims to enhance our understanding of the fundamental interactions between CO 2 and brine under reservoir conditions, critical for optimizing CCS strategies. Experiments were conducted to observe CO 2 solubility in five different brines with different salinity levels...

..., paying particular attention to the interfaces between the components. Understanding these interfaces is crucial as they are vulnerable points where interactions between different materials occur, potentially influencing the wellbore barrier. The composite core is created by using a small diameter metal...

..., elder well interpretation, potential layer classification etc ( Kuang et al. 2021 ). However, with the technique limitations and high entrance-of-AI, as well as the human-machine interactive restrictions, most of previous works focused on applications of AI to improve the individual elder potential...

... threatened by the lack of proper data acquisition. In this study, we perform specialized laboratory tests, involving exposure of caprock samples to CCS conditions to generate key understanding of fluid-rock interactions that may impact integrity. Mineralogy and elemental composition of caprock samples...

... management of mechanical interactions within the reservoir also minimizes the risk of unintended environmental consequences, such as induced seismicity and subsidence, promoting sustainable operations. Additionally, understanding how reservoir rocks respond under high-pressure and high-temperature conditions...

... sustainable development subsea system vbwt modeling & simulation turbine oscillation configuration interaction vortex shedding vibration machine learning offshore platform frequency sustainability artificial intelligence platform inlet velocity bladeless wind turbine vbt setup...

... input to reservoir simulation to determine the economically optimum well density. The geomechanics analysis shows lateral variation in stress properties through the prospect area with limited stress barriers observed in some reservoirs. The hydraulic fracture models suggest limited vertical interaction...

... to investigate heterogeneities in rock characteristics (i.e. faults, & natural fractures). Finally, breakdown pressure anomalies and production trends were studied to identify parent-child interactions in the study and understand its impact on well performance. Pore Pressure estimation using well...

... characteristics of these rock types. This is owing to the possibility that the interaction between the CO 2 and the rock material will alter qualities including rock stability, porosity, and permeability. 8 CO₂-fluid-interaction Atomic Force Microscopes (AFMs) operate based...

... petroleum play type section 1 interaction depletion case study 1 drillstem testing energy economics section 2 drillstem/well testing geology complex reservoir well performance bench long term development implication case study 2 completion unconventional reservoir simulation parent-child...