.... These interactions can result in an increase or a decrease in the predicted performance. The response is governed by several factors discussed in this paper. This paper focuses on the effect of fracture-driven interactions (parent–child interaction) among wells in various formations in the Williston Basin in North...

... was studied to reduce capillary pressure across multiple unconventional basins. A new chemistry was developed that significantly reduced the required amount of citric acid to remediate FR-iron gel damage. The chemistry was integrated into a novel rigless process that utilizes a diversion process combined...

... Abstract The Denver-Julesburg (Dj) basin has multiple oils and gas producing unconventional reservoirs but the oil-source-reservoir correlation of hydrocarbon from these reservoirs are not well fingerprinted through detailed geochemistry dataset. It is important to determine the origin...

... geologic layering and variance in grain-size associated with depositional process. The Permian Basin Wolfcamp A was first tested for this workflow, as deepwater unconfined distributary lobes were modeled in a predictable depositional framework using Computational Stratigraphy. Computational Stratigraphy...

... the properties in 3-dimensions. geologist upstream oil & gas united states government geology wellbore integrity basin wellbore design reservoir geomechanics software engineering complex reservoir reservoir characterization permian basin geological subdiscipline midland basin inversion...

... to optimize well spacing, landing and completion design in a multi-bench pad development in the DJ basin. Reservoir characterization workflows including petrophysical, geomechanical properties and a discrete natural fracture network (DFN) were fundamental steps to build the calibrated, multi-layer earth...

... generated by the parent well. Finally, we observe mixed results for the influence of geology, which warrants further investigation. Introduction As American shale plays mature, operators have re-visited previously drilled locations to add more wells. In the Midland basin, for example, the proportion...

... machine-learning techniques to rapidly derive individual well oil EUR on large public data sets at a basin-wide level. 2. Analog well selection criteria, including "like-rock" mapping is applied to focus analysis on areas of interest, which are truly analogous. 3. Oil EUR degradation as a function...

... Abstract The Wolfcamp and Bone Spring Formations are comprised of siliciclastic and carbonate sediment gravity flow deposits, including turbidites and debrites that were sourced from multiple uplifted areas and deposited in the Delaware Basin, Texas during the early-middle Permian (Early...

... Abstract Successful development of modern unconventional resources relies heavily on the process of geosteering to place lateral wellbores within target formations. Central to these workflows are expert geosteerers who possess a large amount of basin-specific knowledge. Automated geosteering...

.... This fully automated approach, which accounts for the underlying trends within major US basins, will reduce screening and decision-making time from months to days and will therefore reduce costs and increase efficiency. unconventional resource economics fracturing fluid production forecasting...

... outcrops of Vaca Muerta Fm. in the Neuquen Basin. Subsequently, georeferenced digital elevation models of the surveyed areas were created using photogrammetry methods. The 3D models were later interpreted and integrated with surface and subsurface data using an interactive virtual reality platform...

... complex reservoir basin united states government reservoir characterization geology information unconventional reservoir urtec bone spring permian basin shale unconventional resource technology conference lambdarho murho wolfcamp midland basin upstream oil & gas rock type fidelity...

... Abstract Six oil and gas companies (participating companies) engaged us to prepare a report addressing the future electric load demand associated with the expanding oil and gas developments in the Permian Basin. In the past three years global oil markets and company electrification priorities...

... subsurface G & G data for better evaluation and decision-making. An exploration well (X) was drilled in one of Abu Dhabi’s basins to test the potential of the unconventional (UC) Shilaif Oil play. Shilaif Formation is a Cenomanian carbonate source rock deposited in an intrashelf basin setting...

... access to commercial well-level data, including interpreted tops, digitized well log, and production for more than 30,000 wells in the Permian Basin. Based on publicly available data and interpreted formation tops we broadly outline the play extent and define the preliminary play boundaries. This process...

... Abstract Operators typically focus on geological evaluation of their specific leasehold, but answers to some fundamental questions may lie outside of these limited areas. Understanding lithofacies distributions at the regional/basin scale can provide foundational information to guide...

... Abstract In the digital age, leveraging the enormous amounts of data available is critical to understanding the petroleum system. Chemometric analysis (the application of multivariate statistics to the analysis of chemical data) has been applied to the Permian Basin as a whole, however...

... to their contributing intervals. Results from 724 producing wells from six major unconventional plays are studied: Anadarko Basin, Central Basin Platform, Southern Delaware Basin, Eagle Ford Play, Midland Basin, and Uinta Basin. A statistical summary of drainage behavior of wells from different basins, different...

... subsurface storage chemical flooding methods structural geology formation brine bakken co2 basin unconventional reservoir wolfcamp williston basin unconventional resource technology conference mudstone contact angle wettability reservoir conditions upstream oil & gas basin sample...