... reduction recovery phase distinctive phase simulation model Introduction Reservoir simulation is an area of reservoir engineering in which computer models are used to predict the flow of fluids through porous media. The creation of simulation models of hydrocarbon fields and the calculations...

...) at a very low concentration (i.e., 0.05 wt%). The maximum reduction in interfacial tension reached 99.5%. The surfactant also showed significant surface wettability alteration toward water-wet at the tested concentration, with maximum reduction of 87%. From the interfacial tension and wettability experiment...

... the wellbore and reduces the deferment by reduction of the required frequency for freshwater bullheading jobs. Continuous Fresh Water Injector Continuous water injection or CWI is an approved way to eliminate the halite build up and reduce the deferment that cause by the NCP bull heading. It can...

... of the solid lubricant and two field trials were completed to evaluate the performance. To properly conduct this evaluation, key performance indicators were established in both wells. A minimum torque reduction value of 10% was targeted for a treatment containing 5 pounds per barrel (ppb) of the solid...

... matrix porosity sedimentary rock nf degradation permeability reduction conductivity representation unconventional play petroleum play type simulation case geologist geology transient effect mathematics of computing fractured carbonate reservoir play rock type pressure support carbonate...

..., to capitalize the value generation from the individual wells on the multi-well pads. proppant concentration operation maximizing productivity index fracturing fluid fracturing materials optimization productivity index asia government saudi arabia government reduction pad slickwater stimulation...

... was estimated indirectly as deviation from linearity in the borehole injection pressure trend. The results revealed remarkably that the notch significantly reduces FIP and FBP, compared with the reduction by the single perforation, in both the straight and inclined boreholes. Each of the weak points delivered...

... gas consumption reduction of around 449 MMSCF/Year which resulted in a significant cost saving, reduction in emissions around 27 M tons/year, and 10% reduction in operating unnecessary running trains. These savings have been achieved through the utilization of the NGL-OP to minimize uncertainty...

... advantage, technological innovation agility, energy savings, cost reduction); (3) Communication of targets and progress towards them and cascading sustainability objectives down to organisational units. The study identifies several prevailing challenges, including: (1) Lack of resources; (2) Lack...

.... Then, the well profile was tuned to improve the financial impact and operational emission footprint without compromising technical solution. As a result, it had led to potential lowering of the well construction budget by ~2 % and reduction of the emission by 6.3 % (for the sum of Scope 1 and 3 emissions...

... Offshore Oil & Gas operators are facing unprecedented challenges due to need to reduce OPEX while at the same time operating in harsh/remote environments with an ever-top attention on Safety and Carbon Footprint reduction. Technology innovation, especially on digitalization and control...

... or SC caused the reduction of emulsion viscosity which indicated the breaking of emulsion and separation of oil and water. The results from the interfacial tension measurments revealed that FA and SC could migrate and adsorb at oil-water interface. The addition of either FA or SC in the oil-water system...

... well that process is performing. Six Sigma is a systematic problem-solving method that is placed around defects elimination and variation reduction which leads to improve overall process performance. The key principle tool in Six Sigma is the use of the DMAIC methodology. DMAIC is a logical...

... capabilities reliably improve wellbore quality and reduce overall torque and drag. Also, a proprietary software program confirmed the most effective WCT placement. Overall, there was a net flat time reduction and a marked improvement in ROP—up to 35% when directly compared with and without the WCT. Reduced...

... hydraulic jet pump production monitoring lfc intake gvf reservoir surveillance high-speed hap upstream oil & gas multiphase pump production control coefficient envelope impeller operation reduction performance envelope high-speed high-gvf helico-axial pump different intake gvf flow rate...

... isolation, and reduction of future CCA occurrence, which can compromise the production casing integrity after fracking job, involves high remedial work costs, longer shutdown phase and possible production loss. This solution balances performance and costs can serve a technical reference for future...

... with legacy Mud Pulse in the same areas, Hybrid-Mode Telemetry showed on average a 37% reduction in drilling time with Motor BHAs. The drilling time reduction is mainly driven by higher data rate, reduction in stationary survey time, and higher reliability of the entire system – up to 99% operating efficiency...

... & simulation drilling operation enhanced recovery completion scenario reservoir simulation united states government icv completion improved reservoir management reduction icv completion multi positioning interval control valve multilateral well upstream oil & gas directional drilling lateral...

... measurements were performed across a wide range of FR and HVFR concentrations and under varying shear rates using a digital viscometer. To validate drag reduction capabilities for this HVFR in the field, the same groundwater with low salinity and low total dissolved solids (TDS) content were used...

... modeling & simulation well logging waterflooding equation of state reservoir characterization enhanced recovery flow in porous media structural geology sequestration fluid dynamics porosity aquifer co 2 reduction core analysis precipitation solubility mineral log analysis subsurface...