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Estimation of parameters for 3D geomechanical modeling from triaxial test results: 《Energy Geoscience》2025年第1期1-6,共6页Artem Kukhtinskii; Triaxial testing serves as a fundamental method for evaluating the elastic and strength properties of rocks,crucial for developing accurate 3D geomechanical models.This paper presents a novel method for determining st...; 关键词：Strength criterion P-WAVE Elastic modulus Triaxial test Python scripting

Clastic facies classification using machine learning-based algorithms: A case study from Rawat Basin, Sudan: 《Energy Geoscience》2025年第1期7-23,共17页Anas Mohamed Abaker Babai Olugbenga Ajayi Ehinola Omer.I.M.Fadul Abul Gebbayin Mohammed Abdalla Elsharif Ibrahim; Machine learning techniques and a dataset of five wells from the Rawat oilfield in Sudan containing 93,925 samples per feature(seven well logs and one facies log)were used to classify four facies.Data preprocessing an...; 关键词：Machine learning Facies classification Gradient Boosting(GB) Support Vector Classifier(SVC) Random Forest(RF) Decision Tree(DT)

Combined application of FTAN and cross-spectra analysis to ambient noise recorded by a microseismic monitoring network: 《Energy Geoscience》2025年第1期24-39,共16页Ilaria Barone Alessandro Brovelli Giorgio Tango Sergio Del Gaudio Giorgio Cassianai; This study is part of the project 2021RUAPON-REACT EU-Finanziamento PON“Ricerca e Innovazione”20142020,grant n.19-G-12543-2,funded by the Italian Ministry of University and Research(MUR);This study was developed in the frame of“The Geosciences for Sustainable Development”project(Budget Minis-tero dell'Universita e della Ricerca-Dipartimenti di Eccellenza 2023-2027,code n.C93C23002690001).; A case study of seismic interferometry applied to a small microseismic monitoring network is here presented.The main objectives of this study are(i)to quantify the lateral variability of shear-wave ve-locities in the ...; 关键词：Gas storage Microseismic monitoring Passive seismic interferometry Seismic velocity Earthquake location

Making sense of the L-shaped pore pressure ramps in Brunei: Compression-induced vertical fluid flow in the basin and its impact on the petroleum system: 《Energy Geoscience》2025年第1期40-55,共16页Udai Bhan Rai Aminul Islam Nick Hogg Mascall Mohamed Ragab Shalaby; Overpressure prediction for exploratory drilling has become robust in most basins with increasing well control,high-quality seismic datasets,and proactive real-time overpressure monitoring while drilling.However,accur...; 关键词：Overpressure redistribution Compression Well construction Pore pressure prediction Northwest Borneo

Reservoir characteristics and distribution of the Majiagou Formation in the Fuxian area of Ordos Basin, China: 《Energy Geoscience》2025年第1期56-67,共12页Ning Gu Juntao Zhang Xiaohui Jin Jiaqi Yang Fei Yang Lu Liu; The research project is funded by the Geological Joint Fund(U2244209).; The Majiagou Formation in the Fuxian area of the southeastern Ordos Basin has undergone a complex diagenetic evolution history under the influence of eustacy and the Caledonian karstification,resulting in several comp...; 关键词：Anhydritic moldic pore DOLOMITE Majiagou Formation Fuxian area Ordos Basin

Geological characteristics of coal mines in the Zagros Basin of Iran:Unveiling rock mechanical properties and time-dependent behavior: 《Energy Geoscience》2025年第1期68-88,共21页Alireza Khoshmagham Navid Hosseini Alaee Reza Shirinabadi Amir Hossein Bangian Tabrizi Mehran Gholinejad Pooria Kianoush; The Zagros Basin in southwestern Iran is a significant source of coal,with numerous coal mines operating in the region.Ensuring the stability of coal mines is crucial for safe and efficient mining operations.This stud...; 关键词：Coal mine Rock mechanical property Time-dependent behavior Stability analysis Viscoelastic-plastic modeling Geological characteristics Zagros Basin

Sand body architecture of braided river deltas in the Upper Triassic Xujiahe Formation, Sichuan Basin: 《Energy Geoscience》2025年第1期89-100,共12页Yanqing Huang Meizhou Deng Nan Duan Wujun Jin Junlong Liu Na Niu Ai Wang Xiaolin Lu; funded by a SINOPEC project entitled Exploration Potential and Target Evaluation of Xujiahe Formation in the Northeastern Sichuan Basin(No.P23130).; The recent discovery of natural gas within the fifth member of the Xujiahe Formation(T_(3)x_(5))in the Dongfeng area within the Sichuan Basin highlights the significant exploration potential of this member.However,the...; 关键词：Sand body architecture Favorable lithofacies Xujiahe Formation Upper Triassic Sichuan Basin

Carbon circular utilization and sequestration in depleted hydrocarbon reservoirs: Towards a carbon-neutral China: 《Energy Geoscience》2025年第1期101-112,共12页Lin Wu Zhengmeng Hou Yang Li Weidong Wang Long Cheng Junzhang Lin Zhifeng Luo Liangchao Huang; funded by the European Union's“Horizon Europe programme”-LOC3G(Grant No.101129729);the Henan Center for Outstanding Overseas Scientists(Grant No.GZS2024001).; The technology of carbon dioxide(CO_(2))enhanced hydrocarbon recovery is favored over other Carbon Capture,Utilization,and Sequestration(CCUS)methods for achieving the"double carbon"goal in China due to its ability to...; 关键词：Carbon neutrality CCUS CCCUS Circular carbon economy Renewable natural gas(RNG)

Quantifying the crossover from capillary fingering to viscous fingering in heterogeneous porous media: 《Energy Geoscience》2025年第1期113-124,共12页Xin Yang Xingfu Li Bo Kang Bin Xu Hehua Wang Xin Zhao Bo Zhang Kai Jiang Shitao Liu Yanbing Tang; supported by the Research and Innovation Fund for Graduate Students of Southwest Petroleum University(No.2022KYCX027);supported by the National Natural Science Foundation for Youth Grant(No.41902157).; Studying immiscible fluid displacement patterns can provide a better understanding of displacement processes within heterogeneous porous media,thereby helping improving oil recovery and optimizing geological CO_(2) se...; 关键词：Immiscible displacement Heterogeneous porous media Capillary fingering Viscous fingering Pore network model

Experimental study of combined thermal flooding in improving heavy oil flowability: 《Energy Geoscience》2025年第1期125-137,共13页Yongqiang Tang Haitao Wang Qiaoyu Ge Suobing Zhang Zengmin Lun Xia Zhou Tao Ma Petroleum; The authors thank the National Natural Science Foundation of China(Grant No.U20B6003)for their financial support to carry out this research.; China boasts abundant heavy oil resources,which is vital for its energy security.However,its heavy oil typically exhibits high viscosity,which severely hinders its flow and extraction.Enhancing heavy oil flowability i...; 关键词：Combined thermal flooding Heavy oil EMULSION Precursor film

《Energy Geoscience》