... practical insights for future EOR applications with CO2 sequestration options. clastic rock gas injection method modeling & simulation fluid dynamics geology rock type enhanced recovery unconventional reservoir machine learning diffusion equation advection mechanism bakken formation...

... system as the primary source of H 2 S, which is coproduced from the Bakken reservoir as a result of out-of-zone well completions into the Madison reservoirs. This work focuses on quantifying the H 2 S generation potential of the Madison Group and Bakken Formation source rocks during the maturation...

... zones, especially during drilling and hydraulic fracturing operations, to maximize the recovery. Introduction The Bakken formation in the Williston Basin is one of the largest tight oil-bearing reserves in the U.S. and has been a field study for various oil recovery enhancement strategies...

... Abstract An immature sample from the Bakken Formation was subjected to anhydrous and hydrous pyrolysis (AHP/HP) testing over a temperature interval from 300°C to 450°C to examine the potential variations of byproducts using biomarker geochemistry, organic petrology, and chemical composition...

... Abstract The utilization of Carbon Dioxide (CO 2 ) has been recognized as a viable technique for EOR and carbon storage applications, particularly in unconventional reservoirs such as the Bakken Formation. The chemical reactivity of the supercritical CO 2 -brine-minerals system is a crucial...

... to obtain a correlation between porosity and permeability for a particular formation. This paper aims to generate permeability-porosity data-driven models for the Bakken formation, representing an unconventional reservoir within the Williston Basin in the US, using 426 core data with a wide range...

... arch organic matter probabilistic neural network kevin-sunburst dome acoustic impedance toc toc content bakken formation 1 URTeC: 5181 Total Organic Carbon Content Estimation of Bakken Formation, KevinSunburst Dome, Montana using Post-Stack Inversion, Passey (DLogR) Method and Multi-Attribute...

... unconventional resource economics thickness north dakota petroleum system bakken formation flow in porous media structural geology lefever urtec 5281 sonnenberg rocky mountain association URTeC: 5281 The Giant, Continuous Three Forks Play, Williston Basin Stephen A. Sonnenberg1, 1. Colorado School...

... time on parent well production were quantified through a correlation analysis. The datasets covered 50 horizontal hydraulically fractured wells in the Eagle Ford shale and the Bakken formations. The results show that parent well production is not only influenced by the total magnitude of frac hits...

... concentration thickness organic matter chemostratigraphic unit euxinic condition north dakota redox condition basin margin basin depocenter mudstone facies bottom water condition unit 2 enrichment williston basin bakken formation silt-bearing mudstone URTeC: 5657 Paleoredox Conditions...

... injection bakken formation primary depletion propane injection URTeC: 2768 Successful Field Test of Enhancing Bakken Oil Recovery by Propane Injection: Part I. Field Test Planning, Operations, Surveillance, and Results N. R. Nagarajan*1, D. Stoll1, M. L. Litvak2, R. S. Prasad1, and K. Shaarawi1 (1Hess...

..., and Bakken Formation, which represent three of the most productive oil and gas regions in the United States. We also performed a network analysis in order to visualize the microbial interactions occurring across all the hydrocarbon regions and within specific shale plays. For these analyses, we sampled 155...

... subsurface storage bakken sample pore structure mineral composition adsorption co 2 lower bakken bakken formation gas adsorption saturation urtec 3116 information bakken mineral pore size surface area ostadhassan bakken member pore structure analysis URTeC: 3116 Pore Structure Analysis...

... Abstract Advanced characterization of the Bakken Formation, an unconventional oil and gas play of the Williston Basin, was performed via newly developed analytical tools of microscopic investigation in concert with standard laboratory methods. Characterization of an unconventional formation...

... have been implemented to improve oil recovery in the Bakken Formation. The available public data show that the injectivity is not a problem, but only a small increase in production. The obvious reason is unexpected early breakthroughs even with a relatively low reservoir permeability of around 0.03 mD...

... in Case II of the first scenario. At the second scenario, fracture half-length was studied. Proppant distribution impact by using HVFR in Bakken formation was analyzed as the third scenario. The final scenario investigated the pumping flow rate influence on proppant transport of using HVFR...

... and retention over the injection period. To assess CO 2 injectivity and storage potential within the organic-rich shales and middle member of the Bakken Formation, a series of laboratory tests were performed. Flow-through tests were performed on Bakken Formation core plug samples, including organic-rich...

... and other shale gas formations. Therefore, it is important to study the feasibility of this cost-effective alternative EOR agent in the Bakken formation. In this work, we first used Molecular Dynamics Simulation (MDS) to study the transport of CO 2 and ethane at Bakken reservoir conditions. Next, we...

... Abstract This paper employs an integrated geological modeling and numerical simulation method on an ultra-tight rock formation to determine if the surfactant imbibition process is a feasible enhanced oil recovery method. The ultratight rock formation studied was the Bakken Formation...

... of the play by decades. hydraulic fracturing experiment saturation Upstream Oil & Gas sorensen storage Modeling & Simulation co 2 recovery factor fracture Oil Recovery Hawthorne enhanced oil recovery injection Scenario enhanced recovery huff primary production Bakken formation...