...URTeC: 4034948 Effective Fracture Geometry Analysis based on Data of Well Production, Pressure Gauge, and Strain Change of HFTS-1-III in Eagle Ford Shale Fatima Almarzoog*1, Kan Wu1, Ge Jin2, 1. Texas A&M University, 2. Colorado School of Mines. Copyright 2024, Unconventional Resources Technology...

.... SPE Western Regional Meeting doi: 10.2118/185640-MS. Alinejad, Amin, and Hassan Dehghanpour. 2023a. Experimental and Mathematical Investigation of Natural Gas Huff-n-Puff on Eagle Ford Shale Samples. SPE Canadian Energy Technology Conference and Exhibition doi: 10.2118/212730-MS. Alinejad, Amin...

... Ford Shale The productive area of the Eagle Ford Shale is in the western Gulf Coast Basin in South Texas. It is one of many structural basins across North America such as the Permian, Anadarko, Denver-Julesburg, and the Appalachian. Each of these basins was formed by tectonic forces that created...

... unconventional play data-driven production forecasting mudstone statistics eagle ford eagle ford shale region 1 saputra ngl united states government texas rock type modeling & simulation energy economics gbbl patzek forecast-2 tscf presented Abstract We develop and successfully...

... the nonlinearity as well as the impact of manual operations. Production history was obtained from 3 wells of the Eagle Ford shale (Frio, La Salle, and Zavala County) where a single well data was split into a 75:25 ratio for training and testing. Deep learning (DL) algorithms, long short-term memory (LSTM) and Bi...

... multiphase flowmeters (MPFM) have been deployed in several fields in the Midland basin and also in Eagle Ford shale as an alternative to meet the need for accurate, reliable and cost-effective production metering solution. In this paper a case study in the Eagle Ford Shale illustrates the use of a MPFM...

... storage hydrogen exposure eagle ford shale porosity measurement consideration geological subdiscipline interaction change underground hydrogen storage Abstract Underground hydrogen storage in porous media (UHSP) is a new science in the U.S. where unconventional resources have contributed...

... are assigned for H&P gas injection and two or more external production wells are assigned as confinement barriers. History match of a pilot well in the Eagle Ford shale indicates that oil recovery by H&P methane injection can be increased to more than 20% of the OOIP when considering geologic...

... with only small test ranges. This study aims to investigate the damage and deformation characteristics in shale samples using three-dimensional digital image correlation (3D-DIC) to overcome such limitations. A set of samples from Wolfcamp, Mancos, and Eagle Ford shale are tested under uniaxial (D×L=2"×2...

..., USA), and again on 10 (ten) separate cases of oil, gas, and water production obtained from wells in the Eagle Ford Shale (TX, USA). The computed production profiles and the estimated ultimate recovery (or EUR) values are provided for these field cases and are presented and discussed in the next...

.... Abstract This paper presents the results of a pilot project to predict the production potential of locations in the Eagle Ford Shale and Bakken Shale formations. The approach uses DNA analysis of shallow soil samples to determine the present mix of species which are affected by vertical microseepage from...

... in a huff-and-puff process. Core samples from the Austin chalk, Buda limestone, and Eagle Ford shale were used. The initial oil saturation in the rock samples was measured using a T 2 NMR scan. They were then pressurized in a pressure vessel and exposed to the nanoparticle treatment fluid and gas...

... intrusion fluid dynamics pressure drop enhanced recovery flow in porous media oil shale equilibrium pressure particle size saturation eagle ford shale permeability imbibition experiment shale sample oil saturation pressure vessel total pressure drop capillary pressure curve spontaneous...

...) yielding high uncertainty. Moreover, it is uncommon to find complete wireline and core datasets in every well. We describe a case study where we apply a Bayesian-inference based inversion workflow to wireline and core data acquired in multiple wells from the Eagle Ford Shale. The interpretation workflow...

... on the variation of the oil and gas production. Finally, we develop reduced-order models that can be represented as a simple algebraic expression consisting of simple mathematical functions. These equations can then be used to predict the production in the Eagle Ford shale rapidly by engineers on the field...

... fluid variation modeling approach using machine learning. The aim is to predict the fluid type and oil API gravity for a given location and depth and optimize the completion design for the Eagle Ford shale. Data from 9400 Eagle Ford shale wells were compiled, cleaned, and analyzed. Data...

... alternate mechanism of deformation in the reservoir rock during hydraulic fracturing that need to be considered to get more accurate estimate of the total stimulated reservoir volume. Recent studies of hydraulic fracturing in the Barnett Shale, Marcellus Shale, Eagle Ford Shale and Montney Shale found...

... Abstract In a hydraulically fractured reservoir, estimating propped reservoir volume is key to predict production. In this study, we use various samples, including 3D-printed models with air-filled plus sand and ceramic proppant-filled fractures, as well as Eagle Ford Shale samples...

... shale maness thickness limestone study area denne Texas micro-rebound hammer log analysis maness shale penetrometer water oil ratio phosphate lag Buda Limestone structural geology breyer Eagle Ford shale Maness san marcos Eagle Ford URTeC: 928 The Effects of the Maness Shale...

... 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...