... to study their influences on the final cuttings recovery. The results obtained from CFD simulations are compared to the experimental ones with the aim of catching the consistencies and discrepancies in the observed flow behaviors. Furthermore, the insights gained emphasize the intricate interplay between...

... Abstract The academia and industry have paid more attention to low salinity water (LSW) enhanced oil recovery (EOR) in carbonate reservoirs with a variety of mechanisms. Instead of widely-discussed mechanism of rock-fluid interaction (i.e., wettability alteration), recent research has focused...

... are not sustained over time, leading to a significantly lower recovery rates compared to conventional reservoirs. Hydrocarbon production in shale formations is governed by complex, multi-physical coupled mechanisms, including fluid diffusion in the tight matrix, multiphase flow in fractures, and stress dependent...

... application integration artificial intelligence turbidity recovery ga operation separation implementation compliance management Introduction Produced water, a byproduct of oil and gas well production, represents one of the most significant challenges in the energy industry today...

... learning reservoir surveillance machine learning mechanism interwell connectivity injection agfm dependency evaluation interaction deviation scenario graph neural network prediction accuracy recovery international conference Introduction Accurately predicting oil production rates...

...) improves production rate and recovery. Accessing depleted reservoirs through UBD adds an average recovery of 34.6%, and eliminating formation damage improves ultimate recovery by an average of 17% compared to overbalanced drilling, which ranges from 3% to 50%. This increase results from accessing...

... opportunities and challenges. This study aims to improve the gas recovery from shale formations by injecting thermochemical fluids to induce pressure and temperature changes, enhancing hydrocarbon productivity, and addressing the challenges of liquid loading in gas wells. This study focused on using...

... Abstract Low Salinity Water Injection (LSWI) is widely used in the global oil industry for enhanced oil recovery (EOR) due to its operational simplicity, cost benefits, and environmental friendliness compared to other methods. However, the underlying mechanisms of LSWI are still debated...

... emission dme concentration gas saturation intensity dme steam-assisted gravity drainage water phase heavy oil industry injection recovery carbon intensity cumulative co2 emission oil recovery Introduction Global warming and climate change present major challenges globally. The Paris...

... targets through the following activities: Execution of in-fill development opportunities within the cluster Recovery of production from matured "locked-in" reserves Production facilities revamp and integrity management Deployment of cost-effective processes and new technology applications...

... ABSTRACT Flare Gas Recovery is a pivotal strategy in achieving Zero-Routine Flaring objectives in the oil and gas sector. This paper presents key insights from one of Petroleum Development Oman's (PDO) largest flare recovery endeavors, focusing on the design of Atmospheric Flares (AP) and Gas...

.... This research provides a thorough economic analysis of the extraction of critical elements, specifically lithium, from produced water in the Bakken Formation using the NanoLiSal recovery model. The research aims to evaluate the expenses of project design, anticipate revenue, outline implementation processes...

... recovery aids based on Nano-Surfactant packages from currently used surfactant technology and their actual impact in the Permian when compared both technologies within the same formation. Nano-Surfactants have been formulated with current surfactant packages by the introduction of nano-sizers...

... of HVFR with nano-emulsion can provide the effect of spontaneous imbibition oil displacement to improve oil recovery (IOR) and thus achieving the goal of combining both hydraulic fracturing and IOR. While fracturing fluid with high viscosity has been used to increase its proppant carrying capability...

... solid to gas states in the recovery of NGH, related to pressure. Therefore, this phase transition process is related to the production time during constant-rate production. According to Goel et al. (2001) , the front edge position of the phase transition region as a function of time is where ϕ...

... is often limited by the number of compressors and in several cases, the gas injected might not reach sufficient pressure to achieve a state of complete miscibility with the oil. These scenarios lead to a condition of partial miscibility or immiscibility which impacts the efficiency of the recovery...

... Motivation To Use: Improve Recovery and Reduce WC and GOR in Horizontal wells. ( Elverhøy, et al., 2018 ) Reduce the heel toe effect. No oil Left along the well AICD Simulation and Completion Design Workflow Well performance flow modelling is an essential step in conducting...

..., such as the demonstration projects of the Ordos Basin, China, which were not applied on a large scale in heavy oil reservoirs ( Aminu et al. 2017 , Emadi et al. 2012 ). Moreover, the complex interaction of CO 2 and heavy oil systems in the formation pore and the inability to optimize the recovery process have led...

... investigate the effectiveness of an environmentally friendly solvent, limonene, in recovering heavy oil. Three core flood experiments representing three different recovery methods were carried out. These include steam flooding (E1), solvent flooding (E2), and solvent-steam co-injections (E3). The green...

... 10°F lower than the process fluid exiting the LP separator to ensure adequate heat transfer. The heat transfer fluid passes through the heat-recovery heat exchanger and cools the warm process fluid, which causes the heat transfer fluid to heat above its boiling point to evaporate any remaining liquid...