... sections, each phase of the workflow is explained not only to describe the activities carried out, but especially to emphasize the importance of integration among the different disciplines with their skills, knowledge, and experience, involved in the experimental activity. Step1: Sedimentology...

... experiments to explore this relationship. We performed a triaxial mechanical test on Berea sandstone, monitoring stress, strain, acoustic emissions (AEs), and variations in acoustic velocity as damage accumulated over time. AE event locations were determined using P-wave arrival times and magnitudes derived...

... Experimental Protocol , which details our experiments and datasets. Our results are presented in the section Experiments and Results . Finally, the section Conclusion and Future Work presents our conclusions and future work. Related Work This section presents related works from the literature on oil...

... the application of Partitioning Inter-Well Tracer Test (PITT) in Matzen field to estimate the remaining oil saturation. Additionally, the validation of the PITT results through a series of core flood experiments is discussed. The PITT deployment involves simultaneous injection of one ideal water-tracer together...

..., there is a lack of experimental data on real reservoir material in existing literature. The conflicting outcomes compared to the literature underscore the significance of conducting experiments on actual reservoir material. geologist carbonate rock rock type waterflooding petroleum geology sedimentary...

... effects in steady state experiments. The in-situ profiles did not display end effects and accordingly they observed rate-insensitive relative permeabilities. Zekri and Almehaideb (2006) tested experimentally the role of ordering (reducing permeability, increasing permeability, or Hupplers ordering...

... porous rocks. To evaluate these effects, a series of experiments were carried out using an unsteady state method with fixed volumes. In this experimental setup, methane concentrations diffusing into a hydrogen-filled view cell are measured using infrared light spectroscopy. Diffusion through 100% water...

... flooding methods reservoir characterization clastic rock reservoir simulation rock type enhanced recovery geological subdiscipline scioto sandstone displacement efficiency displacement bandera experiment saturation porosity climate change efficiency tertiary miscible co 2 permeability...

... simultaneous experiments for low permeable rocks which may take weeks or months for extremely tight materials. The large- scale setup can handle larger samples in length and diameter. In both setups permeability down to 1×10 −24 m 2 can be traced. Large-scale experimental setup This facility...

... for the preparation of cement, rocks (salt), and composites has been described in previous publications [ Nassan et al., 2023 , 2024a , 2024c ]. Experimental procedure The test procedure described in the two-chamber permeability measurement principle section is followed in all experiments on small and large...

.... This was the case for oleic, emulsion, and aqueous phase volumes in the graduated fraction tubes. Elapsed time and differential pressure were recorded during each experiment. Table 3 summarizes general experimental parameters and the used fluids. Table 3 Summary of core floods for both polymers. Polymers...

... climate change chemical flooding methods injection geologist subsurface storage flow assurance experiment geology co 2 injectivity brine salinity tight chalk reservoir envelope permeability greenhouse gas control reservoir characterization hydrate experimental investigation figure 1...

... within the sample, as described in the experimental design, two wells (a pair of injector-producer) were added at the top and bottom of the well section. The simulation was constrained with a flow rate of 3 L/min; the temperature respond observed during the experiment, history-matched and optimized...

... temperatures ranging from 50 °C to 500 °C. Subsequently, rapid cooling was implemented using two different coolants: water, and LN 2 . Following the thermal treatments, we conducted tests to evaluate both the physical and mechanical properties of the samples. Based on the experimental findings...

... chemical surfactants, referred to as A and B, and two biosurfactants, referred to as BS and C. Surfactants were evaluated for their ability (i) to reduce the crude oil layer thickness through facilitating oil dispersion, and (ii) the extent of natural biodegradation it can achieve. Experiments were...

... the experiment it rose to 9-10 MPa at experimental temperature of 300°C. The content of the individual solvent in the system was 5% per sample of rock taken into the experiment. Particular attention in the processes of intensification of oil production has recently been directed to studying the possibility...

... desiccants, such as phosphorous pentoxide (P2O5). The mass ratio of CO2 gas measured using a mass flow meter and the captured water determines the composition of humidified gas at experimental p, T conditions. Before the start of the experiment, dehydration columns are filled with the desiccant...

... characterization permeability injection experiment impurity acid dissolution experimental investigation composition Introduction As per the latest report from the Intergovernmental Panel on Climate Change (IPCC), carbon dioxide (CO 2 ), the primary greenhouse gas emitted from human activities...

... an advanced HPHT setup with X-Ray saturation monitoring was used. Porous media was Berea Sandstone and reservoir core plugs. The experiments on Berea Sandstone sample, with known characteristics, was to test and tune the experimental setup at reservoir condition prior to performing tests on reservoir plugs...

... theoretical analysis to incorporate practical experimental data, thereby ensuring the reliability and applicability of our findings. By fitting biochemical kinetic parameters from experimental observations into our models, we bridge the gap between laboratory-scale experiments and the multiphysics simulation...