... the occurrence of a fracture driven interaction was a result of stress decrease due to depletion. Fracture driven interaction effect was severe on the offset well reducing the stimulated reservoir volume, thus jeopardizing the production. 1. INTRODUCTION During the last decade, hydraulic fracturing designs...

... explicitly considers both the viscous drag and rock disaggregation with reservoir pressure depletion. It captures many field observations of practical significance including effects of aggregate size, fluid flux, and the overall trend of sanding with reservoir pressure depletion and natural decline of well...

... and depletion during the life of the well. Research in sand production has addressed various issues in this topic by e.g., classifying sandstones according to their sand production potential, by looking at multiphase flow conditions and the effect of water breakthrough and gas flow in gas reservoirs. Recent...

... in the in-situ stress and deformation during fracture propagation and reservoir depletion, providing updated stress profiles. Refrac simulation scenarios were run after production of 1 year, 3 years, 5 years and 9 years to identify the most opportune time to refrac the well group. Results indicate...

... ABSTRACT: Stresses and pore pressures change around depleting hydrocarbon reservoirs or fluid injection sites as result of reservoir pore pressure change. Such changes influence the stability of new wells drilled and may lead to fault activation, resulting in induced seismicity and possibly...

... interval and a thin oil rim of about 30 ft in thickness. The porosity ranges from 31 to 40% and extensive compaction has occurred with 700 psi pressure depletion throughout the gas production phase. Therefore, a Global Positioning System (GPS) sensor have been installed since the year 2000 to monitor...

... hydraulic fracturing upstream oil & gas coal bed methane coal seam gas harpalani volumetric strain fracture network san juan basin coal flow in porous media complex reservoir depletion depletion test coalbed methane fluid dynamics international journal coal matrix evolution...

...ARMA 21 1346 Stress path analysis of the depleted Miocene clastic reservoirs in the El Morgan oil field, Offshore Egypt Ahmed E. Radwan Faculty of Geography and Geology, Institute of Geological Sciences, Jagiellonian University, Gronostajowa 3a, 30-387, Kraków, Poland / Exploration department, Gulf...

... depletion can yield the neighbouring fault; ii. In the scenario of reservoir depletion, the fault tends to yield with the hanging-wall reservoir rather than with the footing-wall reservoir; iii. The yielded region of the fault propagates upwards with a depleted hanging-wall reservoir, while mostly downward...

... ABSTRACT: The Elgin, Franklin and West Franklin fields are HP/HT fields located in the Central North Sea. The production of these fields is through natural depletion. Each field has an equivalent reservoir thickness and share a similar overburden. However, each field shows a different 4D...

...ARMA 21-1748 Horizontal Stress Rotation due to reservoir depletion Osman Hamid, Reza Sanaee, and Gbenga Oluyemi Robert Gordon University-Aberdeen UK Copyright 2021 ARMA, American Rock Mechanics Association This paper was prepared for presentation at the 55th US Rock Mechanics/Geomechanics Symposium...

... years of production. The sanding risk and sand volume rate is expected to increase with further depletion potentially requiring well intervention for existing producers and active sand control for newly drilled and cased and perforated wells. The analysis also indicated negligible field life sanding...

...ARMA 21 1038 Geomechanical characteristics of gas depletion induced seismicity in The Netherlands Muntendam-Bos, A.G. Dutch State Supervision of Mines, The Hague, The Netherlands Delft University of Technology, Delft, The Netherlands Copyright 2021 ARMA, American Rock Mechanics Association...

... Abstract Determination of in-situ stresses and their alterations with depletion is fundamental for efficient drilling, completion, production and reservoir management. They are key inputs for a well design and construction. This paper presents a comprehensive method to define minimum...

... monitoring wellbore integrity drillstem testing waterflooding drillstem/well testing sand control completion installation and operations khaksar early field life proceedings perforation depletion prediction horizontal well case study wellbore design upstream oil & gas geomechanical...

... problematic well. Success production results in the first drilling campaign had strengthened the decision to further develop this field in year 2018-2021. As the field entering production stage, it is leading to the further depletions of reservoir pressure that might induce stresses redistribution...

... by cleat networks. The results were compared to those from the analytical model and typical field observations. The findings of this study highlight the sensitivity of wellbore stability in coals to a range of parameters, including degree of depletion and drilling azimuth. Introduction The Bowen...

... in pressure and the stress induced anisotropy dominates the variation of the total rock anisotropy. The model presents a valuable tool to evaluate the changes in rock anisotropy with depletion for coal and shale reservoirs, adding to the fundamental knowledge of anisotropic character of rocks in the field...

... to failure if the high pore pressure depletion from production imparts excessive compaction strain on the completion assembly. We hypothesize that compaction-induced sand production failure is the result of a buckling mechanism where a large amount of stress and strain is exerted along the most slender...

... finite element/finite volume code to model the 3D growth of hydraulically driven fractures under the combined influence of formation barriers and reservoir depletion. A 3D geomechanical model is built to quantitatively evaluate various geological settings to identify the primary factors that affect...