... flow metering production monitoring canada government cnn sensor multiphase simulator prediction measurement average best average vfm experiment database pipeline multiphase flowmeter A production field often comprises several wells with a shared pipeline and processing facility...

... experiment probability artificial intelligence artificial lift system esp classifier adaptive complex system applied conference iteration bep chromosome discovery subsystem spe journal settlement subsystem operation controller The oil and gas industry has been using lifting methods...

... the experimental pressure is close to the pressure limit of the device, a manual depressurization operation will be carried out to ensure the instrument’s safety and experiment. The last section of the curve with a sharp drop slope is the experimental pressure relief section. Fig. 5 Interfacial hydraulic...

... results from experiments at various temperatures, the pilot American Petroleum Institute (API) conductivity experiments were conducted, testing the conductivity sustenance through the rock hardening concept. Preliminary API conductivity experiments have demonstrated that treated rock samples with DAP...

... on the surface. The experimental setup of the visual micromodel for imbibition experiments is illustrated in Fig. B-1 in Appendix B . The apparatus was mainly composed of an injection system, a microscope, a controlling system, and a visual micromodel in a chip clamp. The micromodel was specifically...

... on steamflooding performance and also provides a generalized methodology for other steam injection processes. A series of 2D steamflooding experiments were performed to further examine the role of steam quality on steamflooding performance. A schematic of the 2D steamflooding experimental setup is shown...

... and fracture width decreased. Fiber-assisted RPPGs can dramatically reduce the permeability of the fractured core up to 1.8×10 6 times. It is observed that the fiber-assisted RPPGs used in the experiment remain in a bulk form in the fracture when we open the fracture after water injection. Not only does...

... in Western Canada and polymer samples and experimental conditions were chosen based on reservoir characteristics. Experiments were performed at two different salinities experienced in different regions of the mature field using representative outcrop rocks. The synthetic produced brines prepared...

... is to show the results of large-scale laboratory pipe flow experiments to evaluate the performance of nonchemical solutions to mitigate and control calcium carbonate scaling. Magnetic, electromagnetic, and ultrasound devices have been tested in a setup that simulates the mixing of two incompatible brine...

.... Downstream and upstream shocks of the oil bank for the fractional flow solution are highlighted in blue vertical dashed lines and labeled as “DSF” and “USF,” respectively. Experimental and modeled DSF’s match quite well for SF2 and SF3 where the downstream front is visible in the experiment...

... equations, thereby establishing a new theoretical framework for natural gas hydration extraction simulation. The new model was verified through two representative experimental data sets: Masuda (1999) and Chong et al. (2016a) experiments. In addition, the comparison of computational efficiency...

... 75 ). Table 1 Grain size of three industrial gravels selected for the experiment. Group Standard Sieve Particle Diameter Range (mm) Median Particle Size (mm) 1 40–50 0.3–0.42 0.37 2 30–40 0.42–0.58 0.52 3 25–30 0.58–0.71 0.65 The experimental...

... exhibits high rock removal efficiency with low specific energy. Furthermore, the plasma bit is not in contact with the rock, thus avoiding bit wear. A thermal spallation and melting experiment system is established, and laboratory tests are conducted. The influence of plasma current, plasma gas flow rate...

... laboratory applied to the study of antifouling technologies. Thus, because of the materials used and metal thickness, the device has a maximum operating pressure of 10 bar. The experiments followed two investigation steps. First, the sound pressure field inside the ultrasonic cell was evaluated...

... to expand the prediction range. A series of experiments were carried out on a gas/liquid two-phase flow standard circulation facility, which is used for single-phase and multiphase experimental research. The main pipe section of the experiment consists of a stainless steel ahead straight pipe section...

... paper ddae amplitude experiment spe journal representation Downhole tool EM telemetry is commonly achieved through the excitation of EM waves with either dipole or toroidal antennas. The corresponding surface EM telemetry system usually consists of ground antennas, or surface stakes, which...

... waterflooding efficiency and enhancing oil recovery. The plugging performance of fiber balls was evaluated by coreflooding experiments. The experimental results show that the optimal formulation of fiber balls is 7% acrylamide (AM) + 3% polyamino acid ester + 0.75% potassium persulfate (K 2 S 2 O 8 ) + 4...

... properties of the prepared nE to better perform experimental and numerical simulations. Imbibition experiments were conducted on Chang 7 tight cores to investigate the imbibition characteristics and mechanisms of nE. Based on the experimental results, a numerical model integrating wettability alteration, IFT...

... materials, such as FBAs, exhibit negligible retention in carbonate rocks (almost 100% recovery of the tracers). Coreflood experiments with residual oil suggested that all tracer materials, including the FBAs, possibly reversibly interact with the rocks, resulting in lower tracer materials recovery. While...

... dynamics production control oil velocity multiphase flow experimental data production monitoring flow pattern boundary experiment geometry liquid viscosity asia government pipe gas-oil two-phase flow void fraction wellbore annulus transition two-phase flow annular flow united states...