... Experiments The applicability of Fluid Advisory System was evaluated experimentally to gauge its performance. To assess the system performance, we compared its results with those obtained from actual lab experiments using mud collected from an active drilling rig. Validation of the System for Water...

... One of the earliest investigations on applications of ferrofluids in the subsurface was by Oldenburg et al. (1998) . Their work integrated experimental and theoretical approaches to arrive at two key conclusions that are (i) ferrofluids are useful to guide reactants to target zones and (ii...

... contribute to further development in this field. clastic rock geologist geology saturation injection mineral enhanced recovery rock type reservoir sedimentary rock waterflooding sandstone permeability recovery oil recovery high salinity case low salinity water injection experiment...

... social responsibility climate change energy transition spe annual technical conference participant petroleum engineering misconception petroleum engineer experiment application sustainability reservoir characterization pete presentation annual technical conference and exhibition...

...) at the first injected gas fraction of 0.30 at 60°C. Baselines, without foaming solution, for Troll blend (stippled, blue curve) and n-Decane (stippled, green curve) are also shown. All residual oil was produced in the first gas fraction (0.30) for all experiments. Figure 1 Experimental setup for high...

... within five minutes after the pressure stabilizes every 10 seconds; Adjust the back pressure value according to the predetermined experimental design until the last experimental design pressure point is recorded and the experiment ends. First, unload the back pressure, discharge the fluid from...

... et al. (2022) conducted experimental studies to evaluate the interaction of hydrogen with rock samples, covering aspects of petrophysics, geomechanics, and geochemistry with oil-saturated shales at higher conditions of pressure (11 MPa) and temperature (105°C). In their experiments, significant...

... in situ conditions. The accuracy of this facility was validated by measuring the bulk modulus of water. To obtain the temporal evolution of cement mechanical properties, an unloading-loading cycle every 30 mins was used from the beginning to the end of the experiment. An amplitude of 10 MPa during cyclic...

... analysis has been performed to identify the dominant factors dictating the solvent chamber growth and propagation dynamics during an H-VAPEX process. Experimental Database In this study, a laboratory experiment for an H-VAPEX process with a large-scale 3D physical model performed by Imperial Oil...

... Abstract Fracture conductivity is a measure of the success of completion designs and subsurface fracturing treatments from fractured well performance. Conductivity can be evaluated from experimental investigation. Traditionally, samples for conductivity experiments involve fracturing downhole...

... and gas production, but few lab experiments have been reported to simulate the pressure drawdown while producing oil and gas. In this paper, we developed an experimental method that closely simulates unconventional oil and gas production in the field. We saturated the shale specimens with live oil...

... cylinders that were fixed at the outlet. Dual syringe pumps were used for TCF injection. Lastly, the liquid loading removal process was simulated using PIPESIM. Fig. 1 shows the equipment used for experiments. <bold>Experimental procedure</bold> The system was assembled and the line...

... experimental and machine learning (ML) approaches to assess the effects of CO 2 storage on CO 2 -brine relative permeability in Berea sandstone. We conducted a 30-day CO 2 storage experiment under reservoir conditions (1500 psi and 150°F), analyzing rock and fluid properties before and after storage...

... characterization. A series of experiments were conducted on each salt rock to measure hydrogen permeability across an average pressure range of 100 to 1000 psi. The results highlight the significant impact of the Klinkenberg effect, where hydrogen slippage leads to an overestimation of measured permeability values...

..., as a result of mud transport from the wellbore bottom to the surface during the circulation experiment. In addition to the experimental data analysis, commercially available software (DrillSIM TM ) was used to simulate the experimental conditions in the wellbore to gain further insights into the solids...

... nanopore arrays. These experiments quantified how much interfacial CO 2 contributed to improving permeability to oil in nanopores, in addition to increasing mobility by viscosity reduction. The experimental procedure involved flowing C10 (decane) with and without CO 2 through an Anodic Aluminum Oxide...

... range of multiphase operating conditions has been experimentally investigated with acoustic sand detectors in large scale flow loop facilities to evaluate the effectiveness of acoustic sensors for very small sand sizes entrained in multiphase flow. New experiments were performed using 101.6 mm pipe...

... in the experiments were created with a commercial reservoir simulator to follow the experimental procedures. These include tracing a cooling temperature ramp starting outside of the hydrate stability curve towards inside the hydrate forming region and differential pressure changes due to hydrates plugging the pore...

... dioxide as a novel conformance control strategy in reservoirs that experience poor sweep efficiency due to heterogeneity. These two chemical agents react to precipitate solid calcium carbonate, potentially blocking already-swept pores and directing injected fluids to unswept regions of the reservoir...

... under laboratory conditions even at atmospheric pressure, effectively bridging a significant gap in the literature where experimental investigation of mineral carbonation has not been extensively explored. The results of this work provide the petroleum industry with a reliable and safe approach...