... in the precipitate. Results obtained can be used to help determine the most appropriate type of scale inhibitor for silicate scale mitigation in future. wax remediation Artificial Intelligence chemical flooding methods Production Chemistry paraffin remediation scale remediation oilfield chemistry...

..., lessons learnt and best practices acquired in mature field rehabilitation projects with major consideration to maximize the recoverable reserves and optimize the matured asset added value creation. Upstream Oil & Gas enhanced recovery injector field operation best practice Artificial...

... of the fine particle mechanical equilibrium shows that the water viscosity effect on the fine particle attachment dominates. It results in decreased fines detachment and permeability decline at high temperatures. Artificial Intelligence Fluid Dynamics concentration migration fine migration equation...

... was examined. drilling fluid chemistry flow in porous media drilling fluid selection and formulation drilling fluid property drilling fluids and materials Artificial Intelligence Fluid Dynamics viscosity brine solution Brine shear rate micelle apparent viscosity surfactant micellar fluid ve...

... recovery. The primary application of this work is to optimize well flow rates to prevent or manage formation damage (i.e., plugging) resulting from deposition of fines in initially clean unconsolidated porous media. Artificial Intelligence deposition porosity log analysis Upstream Oil & Gas...

... for heavy oil reservoirs. Artificial Intelligence Brine Upstream Oil & Gas polymer injectivity viscosity porous medium chemical flooding methods normalised concentration polymer solution viscosity pressure drop polymer concentration salinity injectivity polymer solution shear rate...

... some times includes an electric submersible pump (ESP). The usage of the novel breaker system allowed the project to achieve higher production rates than expected. Several wells have been successfully completed and put in production, all achieving or exceeding production expectations. Artificial...

... and because of wide range of entrance data it can be considered as a reliable substitute for time/expense consuming experimental works in different range of time, flow rate, temperature and brine concentration. wax remediation Artificial Intelligence water management wax inhibition Production...

... is not achieved, further reducing sweep efficiency. This is indicated by 3D coupled geomechanical modeling and is corroborated by 4D seismic observations. hydraulic fracturing Ekofisk formation orientation stimulation horizontal stress Upstream Oil & Gas variation reservoir unit Artificial...

... Oil & Gas Exhibition production rate secondary screen Screen Selection maze compartment primary screen reliability sand control modeling screen damage fine erosion erosion Artificial Intelligence base plate spe annual technical conference production capacity Velocity Limit base...

... methodology by showing the attained match for a West Africa offshore field case. The field case provides reasonable agreement for the fracture dimensions and characteristics as verified by other techniques. Genetic Algorithms are one of the most common artificial intelligence techniques for optimization...

... results using small volumes of crude oil and compare positively with conventional test methods. Since this method is applicable to all fluid-fluid testing, a proposal will be presented for inclusion into ISO-13503-3 (API RP-13J), Testing of heavy brines. artificial intelligence completion fluid...

.... upstream oil & gas simulation optimization artificial intelligence fluid dynamics efficiency acidizing concentration particle flow in porous media deposition spe 143959 simulator reaction rate permeability experiment wormhole reservoir operation injection rate optimal injection rate...

.... production monitoring acidizing machine learning artificial intelligence convection reservoir surveillance upstream oil & gas inverse model acid distribution temperature response production control production logging flow-back period reaction injection forward model injection distribution...

... testing formation damage Artificial Intelligence Drillstem Testing Fluid Dynamics permeability model drilling fluid chemistry flow in porous media drilling fluid formulation completion productivity machine learning drilling fluid property Reservoir Potential interpretation reservoir DST...

.... Artificial Intelligence rpm fluid treatment radius production rate enhanced recovery Fluid Dynamics viscosity relative productivity index Upstream Oil & Gas flow rate productivity Injection Rate reduction RPM treatment Back Production injectivity shear rate flow in porous media polymer...

... Artificial Intelligence modeling Simulation boundary condition numerical pis numerical pi Upstream Oil & Gas reference solution time step full-field simulation oil rate well performance Drilling reservoir model inflow performance reservoir simulator formation damage near-well model grid...

... generation continues, so that the liquid phase is displaced by foam flow in the treated region. enhanced recovery Fluid Dynamics flow rate experiment chemical flooding methods Upstream Oil & Gas Saturation profile residual oil flow in porous media liquid phase pressure drop Artificial...

... fracturing concentration drilling fluid management & disposal complex reservoir spe 121865 drilling fluids and materials porous medium boundary condition displace formation Artificial Intelligence Upstream Oil & Gas grid point number diffusion coefficient filtrate matrix interface...

... and dolomite samples separately. New conductivity correlations were developed both for limestone and dolomite formations which matched the experimental results better than previous correlations. Artificial Intelligence strength fracture characterization correlation fracture conductivity hydraulic...