.... deformation clastic rock geologist united states government sedimentary rock structural geology upstream oil & gas wellbore design hydraulic fracturing reservoir geomechanics geological subdiscipline poisson onset application mudrock artificial intelligence reservoir characterization...

... from a successful surfactant huff-n-puff pilot in Eagle Ford and uses numerical methods to validate its feasibility and evaluate the key to its efficiency. The implementation of such a workflow including laboratory experiments, core-scale modelling, and field-scale modelling is generally applicable...

... identification application pixel convolution matrix URTeC: 3865660 Rock Thin-section Analysis and Mineral Detection Utilizing Deep Learning Approach Fatick Nath*1, Sarker Asish2, Shaon Sutradhar3, Zhiyang Li1, Nazmul Shahadat2, Happy R Debi2, S M Shamsul Hoque4 , 1. School of Engineering, Texas A&M...

... been reported recently in field applications (Dhuldhoya et al. 2022 and Haustveit et al. 2023) to characterize conductive fracture dimensions and production profiles. Haustveit et al. (2023) demonstrated a novel technique that uses RFS-DSS strain change during production, measured from a far-field...

...-deployable autonomous drilling applications. trajectory design directional drilling upstream oil & gas drilling operation geologist united states government geology artificial intelligence simulation application well planning reinforcement learning agent hyperparameter implementation...

... configuration frac density application summary fracture hydraulic stimulation efficiency cross-well strain measurement URTeC: 3861104 Quantitative Analysis of HFTS-2 Completion Designs using Cross-well Strain Measurement Joseph Mjehovich*1, Aishwarya Srinivasan2, Wen Wang1, Kan Wu2, Ge Jin3 1. IFDATA...

...-fracturing recoverability fracability method geologist united states government mudrock shale oil geological subdiscipline step fluidity application information shale fracability saturation analytic hierarchy process URTeC: 3861920 An Improved Analytic-Hierarchy-Quantitative Pre-Evaluation...

... Abstract The development and application of chemical-in-gas stable dispersions is described for use as a novel approach to IOR/EOR in tight formations. The development of this unique process as a stimulation and recovery method is described through workflow processes and field examples...

.... Due to persistently low gas prices in the North American market, application of FBA has been primarily focused on light tight oil plays, however, with gas prices exceeding $30/MMBTU in many parts of the world and LNG activity accelerating from many hubs, operators are beginning to turn their attention...

... Abstract The research is concerned with developing and using seismic techniques for seismic tomography, with the aim of bringing solutions for monitoring applications in CSS procedures. Following the initiative to implement DAS within a well at Forks Washington, a simulation of seismic...

... united states government upstream oil & gas complex reservoir rock type north america government geological subdiscipline lateral communication geochemical characterization development unit xyz fem application tracer smith arkoma basin composition petroleum play type fold and thrust...

... , and q avg ′ functions on the qDbQ plots for the LCDF-only matches. In terms of applications, of testing/applying the new q LCDF ( t ) model, we provide 13 example cases — 1 tight gas case (East Texas), 1 Wolfcamp (TX) oil well case, 1 Appalachian gas well case, 3 Eagle Ford (TX) oil well cases, 5...

... production monitoring production logging reservoir geomechanics geological subdiscipline unconventional resource technology conference numerical simulation reservoir surveillance reservoir characterization simulation dataset paper separation application fracture propagation terminate machine...

... Abstract The application of Tracers in the oil & gas industry for sensing and characterization is decades old and, of late, becoming more commonplace, especially within applications aimed at improving production and performance of unconventional assets. These current techniques, however...

...-resolution simulation produces almost identical results. This paper focuses on development of the efficient coupled simulation workflow for 3-D field-scale application to predict pressure and stress evolution, and subsidence caused by pressure depletion associated with production in unconventional reservoirs...

... Abstract Decline-curve models inherently assume that the bottomhole flowing pressure (BHP) is constant. This is a poor assumption for many unconventional wells. For this reason, the application of decline-curve models might lead to incorrect: (a) flow regime identification and (b) estimated...

... Abstract Traditionally, oil and gas asset performance in unconventional plays has been predicted using type curves derived from average well performance within sub-asset areas. This work explores operator applications of open-source machine learning algorithms in conjunction with customized...

... deployment, especially in subsea and stimulation vessel applications. In the field trials, various data sources measured during stimulation operations led to the initial interpretation that "unlimited" sleeve systems were functioning downhole as designed, however, further diagnostics indicated the sleeves...

... and gas window. Introduction Since the ‘80s, geochemical approaches have been used to solve reservoir and production problems in the oil and gas industry (Larter et al. 1994, Larter and Aplin 1995). These applications are known as reservoir and production geochemistry (allocation) and are based...

... directional drilling stratigraphy resolution seismic seismic resolution delaware basin transport complex comparison geological subdiscipline imaging seismic super resolution drilling planning seismic dataset ssr application interpretation resolution information risk mitigation urtec URTeC...