... operation operational parameter scale management accuracy intervention ml framework adjustment operator efficiency integration oil and ga operation offshore environment discriminator predictive accuracy water cut offshore operation Introduction Scale formation is a persistent...

... logging log analysis formation quality characteristic water cut reservoir permeability horizontal well resistivity oil column pore high-angle fracture figure 1 oilfield dissolution early stage pearl river mouth basin heterogeneity identification method Introduction The A oilfield...

... droplet viscosity continuous phase offshore technology conference inversion point literature centrifugal pump water cut brazil coefficient application impeller Introduction A detailed development plan was defined to optimize Peregrino heavy oil production considering drainage strategy...

... of the heterogeneous PUNQ-S3 reservoir, which is surrounded and supported by strong aquifers. The MC-GDWS-AGD process aims to minimize water cut in oil production wells from offshore reservoirs with bottom water drives and strong water coning tendencies. In the combined technologies, the gas is injected through...

... include rheological behaviors, droplet size and distribution, water-cut/density, and stability. Emulsion samples were created in a mixer at ambient conditions, which were transferred into graduated glass cylinders where the volumes of separated phases were measured at different times. Phase density...

... treatment modeling reservoir extra-tree model petrobras dataset water cut offshore technology conference water-in-oil emulsion rheology model Abstract This work aims to present a new paradigm in the Exploration & Production (E&P) segment using Artificial Intelligence for rheological...

... in a laminar flow element (LFE) compared to a turbulent flow element (TFE) and has a capability to shut-off the main flow autonomously when an unwanted fluid such as water or gas breakthrough occurs. Thus, reduces well water cut (WC) and/or gas-oil ratio (GOR) significantly. Rigorous single-phase...

..., water cut, completion type, annular fluid composition, anti-scaling fluid injection (composition and efficiency) and the differential pressure between the tubing of the annulus in the valve failure model. The composition of the deposit found inside the valves and the production history of the well were...

... (average 3000mD), but the oil viscosity of each oil group is quite different (from 22mPa s~260mPa s). water flooding conformance development layer well group injection well pattern upstream oil & gas water cut injection well water injection well reservoir oilfield production well...

... demulsifier reservoir surveillance chemical injection fluid compatibility rock/fluid interaction injection brownfield chemical treatment water cut Visitin , R.F.G ; Lockhart , T.P ; Lapasin , R. ; DAntona , P. Structure of Waxy Crude Oil Emulsion Gels: J . Non-Newtonian...

... by export lines. In this study, the hydrate formation in the production and the liquid export lines was estimated using the transient hydrate simulation tool. Simulation studies were performed to assess the hydrate plugging risk at both steady state and transient operations considering different water cuts...

... (features), such as water cut, gas-oil ratio, hydrate particle cohesive force, fluid velocity, oil viscosity, specific gravity, interfacial tension, and time in the hydrate stable zone, to output the hydrate fraction and probability of hydrate plugging in the pipeline. The semi-supervised learning model...

... Abstract In order to test the effectiveness and efficiency of nano-microspheres which can be used to effectively reduce water cut with a small slug size, a series of experimental tests have been conducted to evaluate the performance of nano-microspheres and factors affecting the performance...

... water salinity and water cut on LDHI effectiveness using a range of hydrocarbon fluids was carried out using high pressure rocking cells. Standard test conditions were utilized throughout the investigation in constant mass rocking cells with an initial pressure of 2,500 psi using synthetic Green Canyon...

... and gas encroachment. Moreover, a shale barrier that helps to prevent water invasion, is thinner in the X1. Therefore, wells from X1 show declining oil production due to high water cut and majority are on artificial lift. X3-wells show relatively steady but gradually declining oil production with some...

... offshore technology conference asphaltene remediation deposition solid deposition reduce solid deposition asphaltene inhibition water cut upstream oil & gas wax remediation production chemistry oilfield chemistry remediation of hydrates crude oil coating Miller , M.A. , Wei...

... contributing to well production. In addition to all these, possible conduits for fluid-flow, e.g., high permeable sand distribution, were identified that might be contributing to elevated water cut or early water breakthroughs in some wells. Wells close to the faults that connect with the water bearing zone...

... control device permeability completion monitoring systems/intelligent wells fluid dynamics flow control equipment reservoir upstream oil & gas offshore technology conference water cut control device sweep efficiency horizontal well drilling operation conformance improvement flow...

... hydrate formation in oil-dominated systems and the purpose of capturing the complicated multiphase flow scenarios that occur in oil and gas flowlines. This modeling tool can be applied to estimate hydrate formation in flowlines with different water cuts, which is especially useful in modeling transient...

... while the field continues to generate cash with a new less costly configuration. riser oil-water separation field development complexity upstream oil & gas fpso aker solutions separation swivel path central processing facility water cut oil field reduction subsea processing...