... in the experiment. Experimental Procedure Conventional laboratory standards and practices were applied to perform the SCAL program. Qualified core samples were characterized and tested using centrifuge, coreflooding, and porous plate. The following experimental techniques and procedures were executed...

...., SAG) candidates were confirmed by conducting coreflooding tests. Furthermore, the CMG-STARS simulator was used to history match a coreflooding experiment with providing insights into the relative permeability curves and the related interpolation parameters. Based on the numerical and experimental...

.... upstream oil & gas chemical flooding methods synergy waterflooding sp formulation carbonate reservoir wettability alteration enhanced recovery salinity smartwater composition experiment ayirala formulation smartwater surfactant formulation society brine journal Introduction...

... a number of appraisal wells since the field was discovered. However, only the most recently acquired sample has been subject to gas injection experiments, hence data from this sample form the basis of the subsequent analysis. The experimental data include both routine PVT data as well as swelling...

.... The imbibition experiments were performed at 90 and 110 °C at a back pressure of 10 bar using FW, SW, DW-PS and SW-PS as the imbibing brines. The volume of oil produced was calculated as % original oil in place (%OOIP) versus time. The experimental setup is depicted in the following Figure 9 . All cores...

.... McLaury [ 15 ] developed a semi-empirical model to predict the erosion on material surface in case of gas-solid flow. Later with the advancement of computational and experimental technology, Oka et al. [ 16 – 17 ] choose different materials and conducted erosion experiments to study the effect of particle...

..., the segregation of the nature of Asphaltenes within the reservoir has been investigated by using the experimental approach named ‘ASCI (Asphaltene Solubility Class Index) experiment’ introduced by the international partner (SPE-164184) to rank Asphaltenes’ solubility with atmospheric dead oil samples taken...

... and experimental data from sand pack experiments Conceptualisation of microbial processes involved in souring and souring control was generated from data analyses, contextualisation and interpretation from multiple laboratory experiments, including hundreds of sulfide measurement data points, ion...

... conditions where flow conditions were simulated. Various ML models were trained on the labelled data from these experiments to provide flow diagnostics for the subject well completion type and those with highest accuracy were selected for development. Independently interpreted production and petrophysical...

... into products before performing the lab experiment. This will help chemists in selecting high performance chemicals for specific reservoirs without spending time on costly iterative chemical processes. These models require application of deep learning architectures like transformers and natural language...

...Results and discussion Figure 9 H 2 concentration during the VCT experiments during the whole process. Figure 10 Core after #1 VCT experiment (Natural core). From right side combustion started. Figure 11 Core after #2 VCT experiment (Water 15%). From right side...

... dramatically reducing risk and intervention time. experiment information machine learning operation upstream oil & gas algorithm correlation simulator experimentation equation perception scenario simulation artificial intelligence digital twin model accuracy constraint representation...

... acknowledgment of SPE copyright. Figure 15 shows another example of this feature. In this experiment, the laser perforation was performed on a sample with calcite intrusion. The test demonstrated that the direction of the laser perforation is unaffected by the intrusion. The experimental work...

..., adsorption, micelles formation and phase behavior experiments were held in order to select the most effective chemical agent. A "funnel" of experimental search was performed and two best surfactants and composition of surfactant with nanoparticles was figured out. Then, for the first time, displacement...

... clips of normal equipment sound and 6065 audio clips of anomalous sound from Valve, pump, fan, slide-rail etc., are used to perform the proposed experiment. Diverse industrial anomalies produced by unbalanced-voltage change, clogging, leaking, contamination, loose belt, no grease etc., are present...

.... – The solvent flow rate for the highly selective solvent is the same as for MDEA. Experimental screening and process simulation Kinetic experiments An experimental set-up has been designed and built to simultaneously measure the rate of absorption of CO 2 and H 2 S. As an example, the results...

... using CHEMKIN-PRO [ANSYS CHEMKIN-PRO 2021 R1] for validation with the given experimental boundary conditions. The reactor model explicitly accounted for interactions between gas-phase and catalytic reactions. This study presents extensive high throughput experiments, which is different from...

... upstream oil & gas well integrity midstream oil & gas air emission riser corrosion pipeline flowline corrosion omniphobic-d subsurface corrosion pipeline corrosion treatment steel electrochemical charging transformation experiment hydrogen penetration north america...

... investigated using HPHT foam Analyzer. The experiments were conducted at 1,000 psi, and 120 °C. Overall schematic of the HPHT foam analyzer is shown in Figure 2 . The experiments started by pouring the surfactant solution in the HP view cell. The solution should fill the whole cell to avoid the condensation...

... in the same setup reported by Schumi et al. (2020) and Borovina et al. (2022) . The setup has an automated schedule feature which allows programming of the experimental sequence of events to carry out experiments, eliminating human error and ensuring hardware reproducibility. Micromodel Flooding...