... industry accepted process simulation software. The steady state simulations generate metrics such as energy consumption, estimated emissions and hydrocarbon recovery which are used in conjunction with emission factors and other economic factors to compare the performance to standard production facilities...

...Inflow Control Technology (AICD) and 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 Autonomous or self-regulating...

... 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...

... to examine the performance of CO 2 enhanced recovery under different pressure. Different injection schemes were experimentally simulated including water flood, injection water followed by CO 2 flooding, and injection water followed by CO 2 -WAG (water alternating CO 2 flooding). Based on these studies...

... 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...

... profile effectiveness strategic planning and management tracer test analysis lateral lateral contribution information recovery metric well pad database completion installation and operations drilling operation benchmark communication perforation efficiency communication intensity proppant...

... recoveries in these stages with low hydrocarbon flowback are comparable to better performing stages, indicating effective stimulation and flow capacity within the fracture. This underscores the importance of comprehensive lithology evaluation across the lateral to identify low productivity intervals...

... Summary Economic production from shale oil reservoirs relies on the longevity of conductive fractures. Choke or drawdown management is believed to better preserve the fracture conductivity during the early life of the wells, which thus potentially leads to a higher ultimate oil recovery...

... in hydrocarbon cumulative recoveries. This study includes spatial variations in fracture conductivity and complexity on fracture geometries of inter-well interference. Furthermore, a non-intrusive embedded discrete fracture model (EDFM) method has been employed to generate these complex scenarios and investigate...

... Recently, the effect of clay minerals in improving oil recovery duringLSWF has attracted much more attention. Fjelde et al. (2014) found that the clay content played a vital role in LSWF, and they conclude that not only the concentration of the claybut also itsdistribution affectedLSWF...

... design to eliminate water breakthrough and increase the profitability of a legacy waterflood field development plan. conformance improvement enhanced recovery tracer test analysis chemical tracer equation of state fluid modeling hydraulic fracturing directional drilling upstream oil...

...Injected Fluids Abstract Application of nanoparticles (NPs) for enhanced oil recovery (EOR) has gained a lot of attention in recent years. Several laboratory studies have shown that the injection of nanofluid leads to a significant amount of oil recovery by modifying the fluid and rock/fluid...

... and the Estimated Ultimate Recovery (EUR) of the well. reservoir characterization modeling & simulation proppant log analysis shale gas directional drilling fracturing materials flow in porous media complex reservoir structural geology conductivity value conductivity proppant williston basin...

... The low recovery is a consequence of the ultra-low permeability and low porosity of the shale matrix, multi-phase flow blocking, clay swelling, slow matrix-fracture diffusion, and so on ( Li et al., 2018 ; Sinal and Lancaster, 1987 ; Gupta 2009 ; Wu and Sharma, 2017 ). Many studies focused...

... hydraulic fracturing reservoir simulation drillstem/well testing formation permeability perforation efficiency fracture analytical model flow in porous media drillstem testing history matching lateral length recovery completion design production history match society of petroleum engineers...

... in any given area. No consideration of future improvement in recovery is included. As this study is focused on TRR, we do not attempt to determine when wells may be abandoned due to economic considerations, but instead report on potential volumes that are predicted to be produced over a set time span...

... Abstract Compaction of the reservoir chalk (e.g. surface subsidence) may facilitate oil production. However, only few works have linked smart water flooding with chalk compaction and additional oil recovery. In this work, core flooding experiments with sequential injection of low salinity...

... Abstract Non-thermal-solvent and thermal-solvent based heavy oil recovery processes are technologies in which solvent is used as either the main or the secondary agent, in conjunction with heating, for bitumen viscosity reduction. In these processes a hydrocarbon solvent is injected...

... recovery (EOR) is therefore needed to improve well performance. Traditional fluid injection from other wells are not feasible due to the ultra-low permeability, and fluid Huff-n-Puff also fails to meet the expected recovery. This work investigates the feasibility of the inter-fracture injection...

... Abstract Surfactant-based EOR has thus far been demonstrated to be a potentially effective solution to improve the hydrocarbon recovery from Unconventional Oil Reservoirs (UORs). The most discussed functions of a surfactant are either Interfacial Tension (IFT) reduction or Wettability (WTA...