... the facility. Advanced Computational Fluid Dynamics (CFD) modelling techniques have been applied to quantify the consequences of accidental releases of gas mixtures containing hydrogen. This modelling work includes simulating the dispersion of releases and subsequent build-up of flammable gas, as well...

..., bottom-up emissions estimates are collected for each site and assessed for data quality. The distribution of emissions for each source is used to develop a Monte Carlo simulation that analyses the benefit of conducting increased numbers of site-level measurements for reconciliation. Weather has...

... drilling completion installation and operations upstream oil & gas drilling operation cement and bond evaluation casing and cementing well control remediation annular cement remediation operator perspex simulation application cement plug displacement spe-215590-ms drilling fluid...

... simulations using WRMS for water injector and Oil producer wells. Establish the expected number of failures and intervention frequency for each well component type during the extended lifetime periods being considered Establish the expected number of the required well interventions per intervention-type...

... government concentration impurity joule-thomson coefficient coefficient specification viscosity correlation coefficient result geologist equation of state climate change operation pipeline simulation specific heat jt coef liquid viscosity requirement Introduction Transported...

..., mainly the injection of low salinity water, on oil recovery involve geochemical reactions, and there is a lack of studies about the effects of physical properties in that regard. In this work, a sensitivity analysis by compositional reservoir simulation is conducted, where variable salinity cases...

..., fractures, and vugs. Therefore, it enhances the accuracy of pore-fracture-vug network extraction and simulation and provides an improved analysis of complex rock structures. Moreover, the segmentation results are integrated into a Fracture-Pore Network Model, validated against high-fidelity OpenFOAM...

... conference proc operation template pipeline communication hydrate plug remediation hydrate plug vega hydrate blockage meg plug depressurization blockage simulation Introduction Gas hydrates are solid crystals in which the guest molecules (usually methane, ethane, propane in natural gas...

... Dynamics (CFD) simulation models to assess power extraction levels from production flow across various scenarios whilst minimising pressure drop. The results obtained included the turbine CFD models that were coupled to power conversion and storage modules in order to ensure that system drive and power...

... performance of the overall subsea asset with both the problematics of steady-state arrival temperature and cooldown. To do so, the transient thermal signature of every subsea component has been evaluated and correlated into a dynamic flow simulation to verify the integrity and therefore, safety of the system...

... measurement and control Simulation Virtualization complex reservoir investment project management HPHT high pressure high temperature strategic planning and management process automation Upstream Oil & Gas simulator Implementation operational certainty Plant Operation execution digital...

... sensitivities on sand particle sizes, particle density, zonal productivity index, etc. were carried out, all of which were aimed at reproducing the long cyclic slugging behavior observed in the field. Transient simulations successfully produced the slugging behavior observed in the field. Cyclic slugging...

... forecast during operation phase integrating reservoir depletion and available gas lift rate. Instead of relying on specific simulations for a limited number of cases, this innovative method defines a new approach where operating parameters are evaluated from the start, and boundaries are clearly...

... multiphase flow simulator, with K-Spice, a dynamic process simulator. The Laggan-Tormore PMS was the first use of LedaFlow in an integrated simulator. The LedaFlow technology was developed by Total, ConocoPhillips and SINTEF over the last 15 years with Kongsberg joining the project in 2008...

... Abstract This paper presents the analytics of physics-driven big data in reservoir hydrodynamic simulation and parameter optimization for EOR projects in Daqing oilfield. An application model proposed in this study enables reservoir engineers to dynamically adjust parameters for numerical...

... Abstract The field of seismic full-wave inversion (FWI) and high-resolution reservoir simulation are in a transition period where methods based on simplified wave propagation and flow physics phenomena are successively replaced by fully numerical approaches of dense earth model representations...

.... This approach reduces the risk of deferment due to stock outs and prevents excessive stock carrying costs. It also supports on-time execution of maintenance schedules and so helps to maximise asset uptime. Artificial Intelligence calculation machine learning Simulation operation algorithm inventory...

... the complexity of the flow especially the fracture-to-fracture interference effects. The fine grid three dimensional (3D) simulation approach is also costly and cumbersome. In this work, we followed a novel approach to develop a new equation that can predict MFHWs performance under pseudo-steady state flow...

... in this well to aid geosteering and mapping of the hydrocarbon envelope. A pilot well was originally proposed to reduce uncertainty around the hydrocarbon-water contact (HWC) and the top structure depth at the target location. However during data acquisition planning, extensive simulations of the response...

... from subsea production facilities by an underwater buoy robot(SOATB-I), (2)autonomous tracking of spilled oil on the sea surface and transmission of useful data to a land station through satellites in real time by multiple floating buoy robots(SOTAB-II), (3)improvement of the accuracy of simulations...