... application transmitter flow rate mpfm component mpfm reservoir surveillance accuracy real-time sensor operation petroleum engineer health monitoring strategy algorithm industrial revolution 4 software yateem introduction Measuring the flow rate is critical in determining the quantity...

... performed. The Improved Oil Recovery (IOR)part has been analysed with a relevant flow simulation tool. Based on the given reservoir depth/pressure, flow rate, viscosity/density and water cut, the simulations show that a significant improved production rate/income can be achieved by extracting the produced...

... of cold water injected into the center of a radial transverse hydraulic fracture and produced from two horizontal wells. Key factors to the design include formation temperature, the flow rate in fractures, the fractured radius, spacing, heat transfer, and pressure loss along the wells. The Aspen HYSYS...

... Abstract When the gas flow rate of a well significantly changes, the flow rate can fall below that of the operating range of a traditional fixed size Venturi meter, necessitating the replacement of the original meter with one of a smaller size. However, with an adjustable cone meter...

... velocity of the output rotor (5) ω = ω * + ω s where ω *is the angular speed of the rotor relative to the stator, proportional to the flow rate of fluid through the motor and independent ofthe stator rotation ω s is the angular velocity of the stator (drill string...

...-ESP applications. The density measurement tool has a 5.62-inch outer diameter, typical of some ESP components, which may be installed in a 7-in, 26 lb/ft casing. The tool consists of two flow sections with a 5-degree deviation angle. Total flow rates from the analysis were varied from 2000 barrels...

..., where additional wells can be added to the system very easily. production control shale gas flow rate production logging semi-permeable region numerical simulation succession reservoir surveillance upstream oil & gas communication communication strength semi-analytical method...

..., which will increase the efficiency of trapping impurities even at a late stage of development due to group placement and regulation of the gas flow rate. A distinctive feature of these types of separators is simplicity of manufacture and high efficiency in cleaning gases and liquids from solid...

... of undesired fluids, like gas and water. However, these AICD technologies cannot be used to choke back inflow of water in reservoirs where oil and water have similar viscosities, and they also tend to impose large pressure drops even for single-phase oil at high flow rates. The objective of the work presented...

... loop testing achieved substantial water restriction and continued oil flow using oil and water with identical viscosities. flow control equipment container aicd floaty-ball aicd upstream oil & gas flow rate buoyancy force drilling operation active nozzle fluid selector diameter...

.... In the latter case, paraffins, asphaltenes, and scale, collectively referred to as "schmoo," progressively build in the flowline and reduce the internal diameter, limiting flow rate capacity. One cost-effective method to remediate flowlines with significant deposits is coiled tubing (CT) cleanouts...

... flow simulator with wax deposition model was used to identify on which operational conditions (flow rates and environmental temperatures) an unconventional well would start to present wax deposition on its tubing walls. After defining the susceptible region where the paraffin could deposit...

... calculation viscosity pump performance high viscosity environment new pump pump model submersible pump petroleum engineer flow rate requirement configuration installation Introduction Electrical submersible pumps (ESP) are one of the most common methods used for artificial lift worldwide...

...-stage completions and how such impacts the overall treatment efficiency. fracturing materials complex reservoir 100-mesh brown sand hydraulic fracturing fracturing fluid completion installation and operations drilling operation different perforation configuration particle flow rate spf...

.... Parametric studies were conducted to explore the effects of flow rate, foam quality, and temperature on the stability of NG foam. Moreover, different fluid preparations were used to investigate the effect of base fluid and additive concentrations on the stability of NG foams. Additional laboratory studies...

... include waterfall acoustic energy maps, temporal flow allocation profiles and most importantly, the zonal flow allocation values. Predicted (DAS) zonal flow allocation data was compared with traditional injection logs (ILT) under different operational conditions (varied injection flow rates and valve...

... surveillance drilling fluids and materials drillstem testing gas injection method downhole intervention well intervention production control drilling fluid management & disposal gas injection pvt measurement upstream oil & gas ppm injection flow rate gas injection flow rate production...

... operation drilling fluid management & disposal directional drilling trajectory design upstream oil & gas drillstring design drilling fluids and materials annular pressure drilling horizontal section flow rate pipe fluid flow horizontal well combination pill efficiency pressure sensor...

... reclamation completion installation and operations remediation subsurface storage casing and cementing microfluidic experiment upstream oil & gas flow rate smart gel particle hydraulic fracturing smart gel effectiveness colloidal suspension gel smart gel solution particle flow path...

... Abstract After a blowout incident, the wellhead conditions (hydrocarbon flow rate and pressure) are difficult to predict. The worst-case discharge during an offshore blowout has always been a concern for the oil and gas industry. When a blowout occurs, the two-phase flow establishes various...