... flow rate vertical well checkshot assembly directional control tendency analysis mwd top hole kickoff point Introduction Over the past decade, Deep-Water drilling has become increasingly prevalent in the oil and gas industry. However, the intricacies of these operations, coupled...

... reservoir surveillance measurement table 1 regime flow regime production data flow behavior figure 2 gas flow production rate separator liquid flow flow rate production flow average value flow condition Introduction The purpose of this paper is to describe a series of field...

... preconditioner i-th component gas component water component flow rate compositional fluid model Introduction With the intensification of global warming and the progressive refinement of carbon tax systems ( Gowd et al., 2023 ), Carbon Capture, Utilization, and Storage (CCUS) projects...

... fracture deviation flow behavior seg unconventional resource technology conference interference effect interlayer flow rate Introduction Pressure- and rate-transient analyses (PTA and RTA) are common techniques to estimate formation characteristics and completion properties, traditionally...

... monitoring geological subdiscipline reservoir characterization scenario ga reservoir thermal conductivity simulator subsurface storage co 2 production control injection coefficient geology equation of state wellbore integrity reservoir geomechanics enhancing cement integrity flow rate heat...

... drilling fluids and materials fluid dynamics directional drilling modeling & simulation drilling fluid management & disposal cuttings transport experiment particle pipe rotation drilling operation multiphase flow rotation efficiency particle diameter medium-viscous pill flow rate...

... simulator connects the CFD solver with the hydraulic model. This method includes mud, mud filtrate (filtrate), and reservoir hydrocarbons and honors the full pressure and flow rate history from the reservoir to the tool. Results show that when fluid sampling cleanup is initiated, flow into the dual-packer...

... in the wellbore through a dual concentric tubing string, controlling injection flow rate and pressure with self-regulated downhole valves, to prevent pressure interference with the reservoir's productivity. The hot water heats the oil, reducing fluid viscosity through the ESP and the tubing. A comprehensive...

.... Additionally, foamability decreased at higher temperatures, resulting in less and weaker foam at the same flow rates compared to lower temperatures. However, injecting foam at higher flow rates improved foamability at elevated temperatures. Moreover, the roughness of fractures had a positive, though less...

... separator production loss eagle ford well petroleum engineer pad level flow rate flowline discovery gas composition certainty flowline pressure gathering system central facility Introduction From 2011 to 2018, the ConocoPhillips Eagle Ford team implemented several projects...

... (AAO) membrane at a defined differential pressure and recording flow rate. Viscosity obtained from correlations was then used to calculate membrane pore permeability. Inlet pump pressure was lower than the oil-CO 2 miscibility pressure at the test conditions. Pore permeability improvement due to pore...

... to increase the production rate of hot liquid/steam, ultimately improving the enthalpy recovery per well. A steady-state multiphase flow model is employed to simulate the impact of gas lift on the flow rate within the geothermal well. The model considers various parameters such as fluid properties, wellbore...

... decision-making processes, considering the ever-changing field and market conditions. The system in this project comprises 80 pads and four delivery sites, each with its unique set of flow and pressure constraints. These include minimum and maximum flow rates at delivery points and a cap on the maximum...

... standardization were conducted. The Rotary Vane Compressor was found to be the most optimum solution for this project, offering an optimized design for low flow rate and pressure scenarios. Using the evaluation criteria, Rotary Vane Compressor offers significant benefits including higher efficiency with reduced...

... centripetal acceleration gravity drilling operation active nozzle fluid selector diameter autonomous inflow control device flow loop nozzle restriction upstream oil & gas flow rate buoyancy force rotation centrifugal fluid selector Introduction Inflow control devices (ICDs) have been...

.... 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 here has therefore been to develop...

... Abstract Hydraulic fracture/reservoir properties and fluid-in-place can be quantified by using rate-transient analysis (RTA) techniques applied to flow rates/pressures gathered from multi-fractured horizontal wells (MFHWs) completed in unconventional reservoirs. These methods are commonly...

... 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 water downhole and performing re-injection into the producing reservoir to maintain...

... equipment lobe configuration rotational speed bit selection drilling operation flow rate mud motor drillstring design upstream oil & gas eccentricity rotation torsional vibration torque coefficient directional drilling systems and equipment displacement rotor characteristic angular...

... 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...