... unconventional resource technology conference automation production monitoring workflow dataframe fit-for-purpose automated decline curve analysis Introduction Lot of work in the past has been conducted for theoretical and practical applications of DCA manually. It is subjective and based...

... coupled with EnHM Ensemble History Matching software developed by TotalEnergies, is employed to integrate static and dynamic parameters in the AHM workflow. We build an ensemble of 100 realisations for facies and petrophysical properties in the initial step using Truncated Gaussian Simulation (TGS...

... magnitudes, and direction. In this integrated approach, we characterized in-situ stress using log measurements such as acoustics, image, caliper data, and microfracturing analysis. The integrated workflow characterizes the near-wellbore and far-field environment by analyzing axial, radial, and azimuthal...

... Abstract The objective of this study is to summarize a proven solution workflow to address the challenges to handle the high volume of well tests daily incorporating information from operational activities, and especially, potential delays and errors in validation impacting other dependent...

... sustainability injection flow in porous media sustainable development reactivation journal stability wellbore canada government azimuth fault reactivation greenhouse gas control climate change co 2 rutqvist sequestration international journal engineering bhip workflow Introduction Due...

..., deliver practical experience, and build critical staff knowledge, in less than 6 months. The NOC agreed to provide data from their Canadian asset to enable the development of an accelerated, immersive program. The redesigned 10-week program used a source rock reservoir development workflow...

... Abstract Utilizing the Material Point Method (MPM) and Continuous Fracture Models (CFM), a workflow is presented that combines Geophysical, Geological, and Geomechanical (3G) considerations to address engineering challenges. Fracture models are derived using geologic and geophysical information...

... dependent effects from a limited number of pressure buildup tests, and (b) large uncertainties in our understanding of both the porosity and compressibility of coals. This paper demonstrates a new analytical workflow, and proposes a new set of equations that overcomes some of those limitations through...

... and performance prediction of the laterally discontinuous and thin coal seams within the Walloons package. These challenges require a targeted approach and evolving solutions. Specific challenges that have been assessed and addressed in the characterisation and modelling workflow of the complex Walloons coal...

... Abstract We shall discuss the following objectives: the use of Multivariant Analysis (MVA) to identify and classify important performance variables implemented in the hydraulic fracture treatment strategies. We shall discuss field optimization workflows initially performed in the Pinedale asset...

... & Gas optimization Modeling & Simulation natural fracture fracture network hydraulic fracturing well 1 sequence reservoir simulation interaction workflow hydraulic fracture unconventional reservoir completion design fracture zipper interference time difference reservoir...

... fracturing Sichuan Basin society of exploration geophysicists gas shale study area workflow natural fracture system filtration himalayan movement fracture corridor Drilling large-scale fault Ant medium-scale fracture China fracture complex multiscale natural fracture system abnormity...

... Abstract Unconventional oil reservoirs have taken a prominent role in the United States as a source of crude oil. Different methodologies to estimate reserves for shale gas and coal bed methane have, thus far, proved to be reliable, but no simple yet accurate workflow has been generally...

... projects are currently in progress. Yet, while most reservoir simulators are equipped to simulate fluid flow in CBM reservoirs, there is a need for a workflow that is better able to locate the sweet spots in CBM. To this end, this paper will examine recent technical developments in reservoir modelling...

... completions with multiple transverse hydraulic fracturing treatments were required to obtain commercial flow rates. Part of the integrated workflow developed for the stimulation program requires the capture of reservoir, geological, and geomechanical properties for use in the design of the stages...

... a significant and consistent bias in total porosity, water saturation and heavy mineral volume calculations. well logging Upstream Oil & Gas porosity workflow log analysis complex reservoir gamma ray Marcellus Shale Artificial Intelligence interpretation result organic content calcite group...

... curve" of well performance in new plays, for which well - established best practices do not exist. The purpose of this work is to illustrate how RTA can be applied in the Horn River, using a reliable, repeatable and technically sound workflow. To accomplish this, daily production data from eight multi...

... Abstract This paper will present a workflow describing the integration of hydrogeological and coal-seam gas (CSG) simulation models into one regional 3D numerical flow model covering an area of 197,000km 2 of the Surat B asin, Queensland, Australia. The model is designed to allow QGC...