... and detailed geological framework, rock characterization, main target identification and frac simulations. Both wells are 25 miles apart, they resulted in natural flows of 51 and 34 °API oil, peaking 70 to 100 BOPD from one and three frac stages, with pore pressure gradient of 0.85 and 0.74 psi/ft respectively...

... searching x-ray fluorescence sample commodity standard extraction protocol characterization URTeC: 4054257 Searching for Gold in Wells: Converting Drill Cuttings into a Commodity by Identifying and Extracting Critical Minerals Anamika Poduval1*, Joshua Brownlow2,3, Adam Jew1 1Stanford Synchrotron...

... to calibrate uncertain relative permeabilities. We apply the proposed method to several field examples including those with multiple wells under co-development. An ensemble-based method is used to perform the history matching and multiple history-matched models are obtained for uncertainty characterization...

... sweetspots related to shale petroleum system characterization is a new frontier for research. The objective of this study is to assess the production sweetspots of eight major shale plays in the US basins using normalized production index (NPI) (STB/ft/month) in relation to payzone depth and initial gas-oil...

... and Bakken have implemented EOR pilots primarily utilizing gas Huff-n-Puff (HnP) method. The key objectives of this study were 1) to improve reservoir characterization through history matching of a fully integrated high-resolution reservoir model, while incorporating all the parent/infill...

... by a set of 1D grid blocks with interconnecting wells, which enables fast model runs by reducing the system complexity. The set-up of an RGNet model does not need interpretive forward modeling with geological and geo-mechanical characterization of the reservoir. Instead, the model parameters of RGNet...

...URTeC: 5037 Credible Inventory Characterizations: Earning Back Trust in an Abandoned Investment Sector David P. B. Allen Copyright 2021, Unconventional Resources Technology Conference (URTeC) DOI 10.15530/urtec-2021-5037 This paper was prepared for presentation at the Unconventional Resources...

... target zone drilling operation selection lithology module interpretation rig-site drilling data fracture identification well lateral unconventional resource technology conference lateral correlation workflow characterization URTeC: 5107 Real-Time Analysis of Rig-site Drilling Data Using...

... of the most dominant ash layer types in the area of interest. To achieve this goal this work studies swelling testing, with lateral confinement, on intact and crushed samples, and erosion testing during simulated hydraulic fracturing. These characterizations, along with standard industry testing, provide...

... Abstract Fluid characterization and correct volumetric assessment can be very difficult to quantify in saturated fluid systems. Commonly, during initial fluid sampling, the flowing sand face pressure condition is less than saturation pressure, leading to multiphase flow. In this common...

... in linear guar-based fluids. This paper will provide greater understanding of the importance of complete viscoelastic characterization of the HVFRs. The findings provide an in-depth understanding of the behavior of HVFRs under high-TDS brine, which could be used as guidance for developing fracturing fluids...

.... well logging oil shale rock-eval pyrolysis method shale gas discrepancy pyrolysis program log analysis complex reservoir lru play shale oil Upstream Oil & Gas organic matter experiment NMR quantity fraction Pyrolysis Method room temperature mhr pyrolysis characterization...

... in the following areas: (a) regional or field wide correlation, (b) characterization of landing zones and (c) characterization of depositional environments. Additionally, we will also show how data can be successfully integrated from high resolution core analysis (2-12 inch vertical resolution) to low resolution...

... (magnetic field, B 0 ~ 470 Gauss) or lower. At this magnetic field, it is only feasible to detect 1 H signal from fluids in pores and rely on the relaxation time variation to characterize fluid and pore types. As magnetic field strength increases, NMR sensitivity increases very dramatically and NMR...

... theory (DFT) methods to characterize and quantify the reactions that occur between CO 2 , fluids, and shale. Several shale samples from across the U.S. were analyzed including the Marcellus, Utica, and Eagle Ford Shales. CO 2 will be injected into shale formations where it will interact with shale...

... Development characterization mass fraction component property EOS model eos model development Abstract The objective of this paper is to present a detailed workflow for developing a field-wide (or basin-wide) “common” equation of state (EOS) model to describe PVT properties 1 of all reservoir...

... is therefore needed. In this paper, we introduce an automated mud skid unit (MSU) which performs continuous drilling fluid sampling and measurements at variable temperatures. The unit is able to provide the non-Newtonian rheological constants characterizing a Yield-Power Law (YPL) fluid as well as the real...

... at reservoir pressure. In conjunction with the extraction tests, a suite of standard and advanced characterization techniques were used to better understand the rock fabric, pore and fracture networks, and the organic matter (OM) content of the samples, including field emission scanning electron microscopy...

.../well testing Software Engineering Evaluation Team variability Net Pay type well area reservoir type well enhanced fracture region characterization permeability petrophysical property fracture half-length effective permeability numerical model History workflow saturation society...

... reservoir volume; it is therefore not easily amenable to completions scenario evaluation. Offset DCA also requires a statistically significant well count in the area of interest before production forecasts can be considered representative. In this paper, Rate transient analytics is used to characterize...