... Abstract Recently, a variety model/method to evaluate shale fracability and shale oil mobility have been developed, however, few studies take accounts for the synergic effects of fracability and oil mobility, and provide quantitative pre-evaluation of post-fracturing recoverability in shale...

... Abstract A sweet spot in the shale reservoir is characterized by the optimal combination of oiliness, lithology, fracability, and mobility. The evaluation of a shale sweet spot differs from conventional tight oil evaluations due to the unique characteristics of shale reservoirs, including...

... stimulation program requires a detailed rock elastic, porosity, permeability, brittleness, TOC evaluation, sealing/fault proximity evaluation, natural fracture characterization (Salazar et al, 2022; Salazar et al., 2021; Rabe et al., 2021; Salazar et al., 2017). To achieve this goal, the reservoir...

... acquisition mode urtec logging operation reservoir characterization evaluation information improvement URTeC: 3854315 Improvements In Logging Operations and Analysis With A Customized NMR Unconventional Acquisition Mode In The Permian Basin. Mohammad Azeem Chohan1, Katerina Yared*2, 1. Baker Hughes...

... Abstract An accurate evaluation of the shale oil movability is crucial to its cost-effective exploitation. The objective of this study is to demonstrate a method to analyze shale oil movability by considering the pore structure and the concentrations of different oil states. First, a set...

.... The PBU survey in the parent well provides the current pore pressure. Aligned DFITs results in the multiple child wells indicates how the current formation stress changes in relation to distance from the parent well. Flowback data can be used to evaluate the pore pressure at a particular well location...

... steam-assisted gravity drainage experimental condition evaluation enhanced recovery co 2 hnp performance thermal method upstream oil & gas ghanizadeh crushed-rock sample sagd composition recovery performance lean gas canada clarkson unconventional resource technology...

... subsequently extended to evaluate the effect of parent production time (i.e., the degree of depletion) on the optimal completion conditions for the corresponding child wells. Results were implemented in the field development plan and show strong production improvement in relation to historical type curves from...

... government stimulation urtec 5487 dataset geology canada government child well frac parent-child frac evaluation quantify information conclusion URTeC: 5487 Evaluation of Parent Well Production Changes Caused by Child Well Frac Hits Using A Pressure Integration Approach Yifei Guo*1...

... analysis vclay 0 clay kerogen production monitoring artificial intelligence petrophysical workflow reservoir property prediction evaluation saturation kerogen mineral inversion petrophysics normalization workflow interpretation precision porosity calcite stratigraphic framework urtec...

.... This paper presents the results of a nine well systematic study designed to evaluate the most economical approach toward achieving a maximum number of effective producing clusters (EPCs) along a lateral. A comprehensive understanding of the performance differences of each of the completion design experiments...

... outlines the methodology for monitoring produced or recycled waters during hydraulic fracturing operations, the evaluation of friction reducer performance in the laboratory and subsequent successful field validation. Process evaluation and optimization showed that a unified monitoring approach can...

... completion design grid society of petroleum engineers information evaluation urtec 2504 case study directional drilling upstream oil & gas ordos basin pressure response horizontal well sand body lateral lateral section geology quality wellbore Abstract For tight or unconventional...

... shale gas fluid loss control upstream oil & gas louisiana stability application kcl wellbore integrity complex reservoir drilling fluid formulation concentration specimen evaluation mineral wellbore design clay stabilizer urtec capillary suction time clay mineral tuscaloosa marine...

... to determine the relative contribution of each mechanism. This process is carried out for different reservoir fluids from low gas-oil-ratio (GOR) black oils to liquid rich gas condensate. By evaluating the recovery mechanisms for fluids at various GORs, charts are created that show how important each...

... The completion design process for most horizontal wells in shale reservoirs has become a statistical evaluation process, rather than an engineering-based process. Our paper presents an alternative approach using an engineering approach to define the reservoir properties and the effectiveness of the fracture...

... requires an evaluation of the induced stresses between interacting fractures and the effect that these stresses introduce into the growth of subsequent fractures. We tested the importance of the induced stressess by using two hydraulic fracture simulators that evaluate fracture geometry, propped surface...

... Abstract Reliable formation evaluation in organic-rich mudrocks requires integrated interpretation of well logs and core measurements. More than 80% of the Permian Basin wells have incomplete data sets, lacking photoelectric factor (PEF) or other logs, required for reliable formation...

... Abstract Shareholder or stakeholder value is created in the oil and gas industry in multiple ways. This paper demonstrates that no single evaluation metric can be used to compare companies with dramatically different corporate strategies adequately. Strategies range from proving acreage...

... fluid expected is predominantly Gas. There have been indications of potential liquid rich production in specific geological, structural and thermal maturity settings, but data points are limited and not many laterals have been drilled, and completed yet. Recent log and core evaluations have shown...