..., and a more sustainable economic outlook for the operator. completion equipment produced water management and control enhanced recovery conformance improvement aicd installation reservoir flow control equipment completion water cut wellbore autonomous inflow control device pressure drop oil...

... over time. However, none of these individual numbers accurately correlate with the recovery factor. To address this, we incorporated viscosity ratios, oil density, reservoir thickness, porosity, and permeability, and adjusted the exponent for each term in new dimensionless numbers. We propose combined...

... Abstract This study evaluates the effectiveness of Autonomous Inflow Control Device (AICD) technology in enhancing oil recovery from horizontal wells while reducing environmental impact. The research focuses on the Bretaña Norte reservoir within PetroTal's Block 95 concession in the Peruvian...

... and cementing practices. Technologies such as borehole imaging tools and advanced logging methods can aid in identifying and characterizing natural fractures, enabling operators to tailor their drilling approach to the specific challenges presented by these geological features. Drilling in Depleted Reservoirs...

... methods unconventional play heavy oil play nanoparticle figure test 3 saturation injection reservoir effectiveness geology co 2 foam stabilizer enhancing performance onepetro test 2 test 1 procedure meticulously canada csi process Introduction CSI stands as a non-thermal method...

... and pressure together with reservoir permeability ( Cuthiell et al., 2006 ; Ji et al., 2016 ). Moreover, water has a larger specific heat capacity than other components of the reservoir, suggesting that the heat transferred by the fingering steam is significant ( Sasaki et al., 2001 ; Ito and Ipek, 2005...

... (CCUS) of CO 2 , and storage of hydrogen when these gases are used in huff ‘n’ puff operations. The procedure considers a real huff ‘n’ puff pilot well in the Eagle Ford shale of Texas with methane injection. Following history match of the pilot well, the injected gas is switched in the reservoir...

... the production of gas and/or steam. Simulations are performed with OLGA/ROCX which provides a dynamic wellbore- reservoir model. Simulation results show that utilizing AICV in the SAGD production wells will reduce the gas and steam production by 74% after 365 days of production. The results confirmed...

... cost requires a focused effort on reservoir management. This study focused on reservoir management and optimization at Firebag. With steam being the energy delivery system to the reservoir, it is imperative that it is distributed in a manner that optimizes usage and results in the lowest feasible Steam...

... Abstract Recently, low-salinity waterflooding (LSWF) has garnered attention as a promising enhanced oil recovery (EOR) method. LSWF implies the injection of a modified-composition brine into oil reservoirs with a promising potential of enhancing the oil recovery. In this study, two-dimensional...

... for the emissions related to the construction of necessary facilities. Calculations have been performed to determine the CO 2 retention percentage based on the HCPV% of CO 2 injected into the reservoir. Reservoir field segregation for CO 2 sequestration and EOR have been carried out in three levels; initially...

... Abstract Foam-based EOR techniques have surfaced as a promising approach for unconventional reservoirs with high heterogeneity, adverse wettability, and natural fractures. Constraints such as permeability contrast (PC F/M ) between fractures and the matrix can delimit the effectiveness of gas...

... and optimization of flows from lateral legs may be done using existing reservoir simulators. However, some regulatory hurdles may remain, including accounting for production from different zones and licensing of legs. What generally limits the more widespread adoption of ML wells is the perception of elevated risk...

... Abstract Natural and hydraulic fractures are important contributors to production performance of low-permeability (‘tight’) hydrocarbon reservoirs during primary and enhanced oil recovery. Laboratory studies that have investigated core-scale huff-n-puff (HNP) processes in ‘fractured’ cores...

... Abstract The complex gas dynamics in tight and shale reservoirs have become an important research topic in the oil and gas industry. This study proposes a steady-state flow test using adsorbing and non-adsorbing gases of single and binary gas components through tight adsorbing and non-adsorbing...

... minimizing steam channelling and saving energy. lzm enhanced recovery injection saturation upstream oil & gas sagd reservoir onepetro united states government canada government ncg injection scenario steam-assisted gravity drainage thermal method displacement efficiency water...

... faces great challenges in the efficient and economic development of shale resources. This paper proposes an integrated geological-engineering method to characterize the Duvernay shale reservoir near the Fox Creek region. First, reservoir petrophysics is characterized based on core experiments. Second...

... established in situ recovery approach for Alberta oil sands reservoirs, leave a considerable amount of energy under the ground at the end of their life. The objective of this work is to investigate the energy and environmental viability of exploiting the abandoned thermal energy from oil sands reservoirs...

... predictive control of steam trap and oil rate has been shown to outperform multi-input single output stream trap control in the RTO of the SAGD process ( Purkayastha et al., 2018 ). Sibaweihi et al. (2019) presented the SAGD RTO workflow with varying reservoir quality for each well-pair in the well-pad...

... (pressure and volume), FN was the least accurate our of the three AI methods. asia government submodel upstream oil & gas reservoir united states government artificial intelligence prediction artificial intelligence model applied energy abdulraheem total organic carbon china government...