... simulator was built to test procedures, train personnel and walkthrough the start-up plan. upstream oil & gas human computer interaction operating model strategic planning and management project management vito sub-sea system maintenance strategy united states government personnel...

... foam, viz, brine-gas-foam-gas (N 2 ) and brine-foam-brine, using core flooding experimental and simulation analyses. Relative permeability endpoints and Corey exponents are found by history matching the experimental production data using a commercial software. To match foam parameters and assess...

... and the diffusion coefficient that best fitted the wax thickness measured in the lab with the flow simulations carried in a transient simulator. Model and Diffusion Coefficient Definition With these two parameters, it was possible to set the model and perform a first evaluation of the deposition along time...

... database files. Thus, allowing for modeling the geochemical interactions related to the presence of polymer. Coupling the two simulators was successfully performed, verified, and validated through several case studies. The coupled MRST-IPhreeqc simulator allows for modeling a wide variety of geochemical...

... artificial intelligence fluid compatibility emulsion simulator oilfield chemistry api gravity rock/fluid interaction correlation characteristic classical correlation production chemistry upstream oil & gas viscosity database emulsion viscosity machine learning chemical...

... of the how the simulator is used and the operating strategy of the network, the following diagrams are presented. Figure 2 shows dew point curves as function of temperature and pressure for four water concentrations. These curves are calculated using a special version of the EPR equation of state, where...

.... software collection system reservoir simulation pipeline flow rate gas injection correlation calculation gas factor composition network model modeling simulator gas lift sakhalin island deposit artificial lift system boundary condition wellhead pressure production system collection...

... Driven by lower-for-longer cost of operations, companies continuously look for effective ways to increase efficiency and support smarter decision-making. This paper will show how large operations such as Appomattox can use an integrated dynamic simulation-based solution throughout the project...

... Abstract The performance of a transient multiphase flow simulator was evaluated using high-quality field data measured in a large diameter gas-condensate offshore production system during different operating conditions (pigging, production shut-in and restart, production ramp-up, quasi steady...

... uptime sensor data physics-based model synthetic data field sensor rl agent application upstream oil & gas lstm model dynamic digital twin simulator agent neural network reinforcement learning flowrate artificial intelligence machine learning production optimization Bains...

.... Reservoir engineers have to be creative using their available tools to model the performance of this complex well operation. The methods regularly used are simple inflow-performance relationships (IPR), nodal analysis, well modeling with pipeline-network simulators, and 3D reservoir simulators with multi...

... Abstract This paper presents how important IOGP recommendations for well-control training were implemented in the courses provided by a Brazilian well control school using its proprietary drilling simulator. The courses now shed more light upon the crew member/designer’s needs to be successful...

... artificial intelligence pose prediction network computer vision photometric error autonomous operation generative adversarial network dataset discriminator depth map simulator deep learning sequence neural network machine learning evaluation video J. Copley , "Mapping the deep...

... communication technology development new technology recommendation operational safety drilling riser vehicle integrity stakeholder annular pressure drilling simulator information well control roadmap drilling fluid upstream oil & gas riser machine learning artificial intelligence chemical...

... multiphase systems such as pipelines from subsea wellheads to the onshore processing facility. Millions are spent on multiphase flow simulation models, but not enough attention is given to the thermophysical models which can affect the results just as much as multiphase flow correlations. A wide variety...

... applications and store data, satellite communications to link offshore operations to onshore decision-makers, command centers that support remote operations, and simulation techniques for pre-job planning and ROV pilot training. Since testing began in 2015, the AR-enhanced process has been applied...

... Abstract The accurate and efficient large-scale simulation of chemical flooding using mechanistic reservoir simulation models has been a big challenge for the past several decades, but recent advances in both the modelling of physical properties and numerical algorithms have finally made...

... been performed on the Alta and Gotha discoveries operated by Lundin in the Barents Sea. screening architecture recovery simulator constraint artificial intelligence bottomhole pressure constraint upstream oil & gas reservoir model reservoir simulator stand-alone reservoir simulator...

... of targeted remote operations. The impact of latency and bandwidth are studied using interactive simulations associated to future offshore trials. At the time of writing, the simulator has been commissioned and a proof of concept trials has been prepared. interactive simulation operation ground...

... in a particular region, with a real-time system to facilitate integrative real-time analyses using artificial intelligence, cloud-hosted physics-based simulators, or both. To support deepwater needs such as those in Egypt, the system incorporates productivity optimization analysis, reservoir geomechanics (pore...