... To address these challenges, this study introduces an innovative three-dimensional core modeling method that combines Nuclear Magnetic Resonance (NMR) imaging data with numerical simulation techniques to explore the two-phase flow behavior of scCO 2 and water in porous media. The simulation...

... and the operational philosophy of the project can be reflected by the rule-based approach supported by such simulation tools. This integrated simulation approach facilitates the generation of a life-cycle schedule of the project together with the associated and consistent costs (Operational and Capital Expenditures...

... gas mixture diameter impact simulation gas behavior international journal gas density social responsibility production control pressure gradient journal co 2 flow rate rock type production monitoring climate change production rate leakage flow behavior correlation Introduction...

... mineral precipitation formation water simulation mineral phase evaluate mineral scaling risk precipitation precipitate barite equilibrium paraffin remediation geothermal loop reservoir composition silicate highest amount geochemical characterization solubility silica saturation index...

... sidetrack point operation trajectory design drilling operation directional drilling systems and equipment wellbore departure ledge hole size drill string tool face open hole hole enlargement establishment simulation ring cut bha efficiency assembly geometry sidetrack operation...

.... geologist drilling fluids and materials cutter drilling equipment drilling fluid management & disposal alternative technology criteria rock type bit selection reduction pdc cutter hard rock simulation geology granite application bit design drill bit average cutting force...

...: liquified natural gas (lng) interface length reservoir simulation diameter nitrogen pipeline interface cfd simulation operation investigation computational fluid dynamic-based correlation hydrogen-nitrogen mixture buoyancy effect mathematics of computing simulation correlation pipeline...

... with participation may be prohibitive. Each controlled release is therefore a valuable benchmark worthy of careful understanding. artificial intelligence wind speed climate change simulation flight corbett and smith 2022 mass balance assumption bias correction factor air emission tadi 2024 emission...

... uncertainties of the input PNL data. A case study of PNL monitoring in a possible usage scenario is discussed for a selected depleted gas reservoir where hydrogen charge/discharge numerical modeling has been performed. Several PNL simulations have been carried out to forecast the deviation from pre-injection...

... efficiently. The objective of this work is to simulate and evaluate the geothermal energy potential of a closed-loop geothermal system under different operational conditions. The study focuses on a horizontal well with varied conditions such as reservoir temperature gradient, reservoir thermal conductivity...

... this framework are directly and quantitatively compared with the ones simulated using a commercial high-fidelity reservoir simulator. geology artificial intelligence neural network geologist optimization problem deep learning optimization constraint life-cycle production optimization nonlinearly...

..., the environment, and the people safety. The running shear fracture failure mode is described, and a stepwise verification method is proposed. The application of the methodology includes the development of a simulation model (by means of patented software worldwide recognized for applications of hydrocarbon...

... drilling fluid chemistry drilling operation plug cement property well economy reduction lpm wellbore co2 emission indication petroleum engineer co2 footprint simulation footprint new plug co footprint society calculation Introduction With the increased focus on CO2 emissions...

... and hazards during drilling and wellbore operations, leading to more proactive risk mitigation strategies. structural geology sedimentary rock wellbore design clastic rock mudrock reservoir geomechanics simulation rock type mudstone numerical simulation criterion prediction geologist...

...: Methanogenesis, Acetogenesis, and Sulphate Reduction modelled by the Dual-Monod approach. Inputs such as reservoir mineralogy and brine composition determine the reservoir type for geochemical reactions, while kinetic drives microbial reactions. This adaptable model enables batch simulations across various...

... configurations in various permeability layers, this research aims to reduce the carbon footprint associated with drilling operations significantly. The research commenced with the creation of detailed 3D CAD models and simulation setups, referencing formations from the Sakarya Gas Project. The models were...

... Abstract As CO 2 sequestration applications become mainstream and larger, more complex projects will emerge, necessitating advanced numerical simulation and visualization. This study explores using advanced high-performance computing (HPC) infrastructures to visualize complex, multi-billion...

... for cement. The subsurface well model was extended to simulate fluid migration in overburden layers. The integrated subsurface and well P&A model was used to analyse the impact of crossflow on the risk of leakage to surface from nearby legacy wells. The results allowed the operator to rank the legacy...

... production decision technology based on DT technologies is shown; the model is divided in different layers that concern data, model, simulation, logics, and result visualization. In [ 6 ] the description of the digital twin of wellbore, used to monitor in real-time more than 230 production and injection...

... physical and thermodynamic properties. This approach ensures the asset's physical constraints are correctly taken into account. Through the novel use of a flexible life-of-field (LOF) simulator, based on first principles and rigorous thermodynamics, we show that a holistic approach to modelling the whole...