.... Applying a fully-integrated geology, geomechanics, completion and production workflow has helped us to understand the impact of geology, natural fractures, rock mechanical properties and stress regimes in the SRV geometry for the unconventional Diyab play. This work also highlights the importance of data...

...-Darcy range and production depends on natural fractures. Success depends on how well the static models are aligned to the dynamic production, and the effectiveness of a fit-for-purpose multistage completion on project economics. In this work we present our lessons learnt in production modelling...

.... Many scholars have studied the influence of stress shadows to optimize cluster spacing. For reservoirs with natural fractures, how to activate more natural fractures through hydraulic fracturing has become the purpose. However, few scholars have studied changes in the activation law of natural...

... natural fracture modeling was applied in the fractured reservoir which located in the northwest of Junggar Basin, China. Case analyses have proved that this lost circulation pressure model is of sufficiency in scientific bases and pertinence. The prediction result derived from the model is relatively...

... and natural fractures), well productivity potential significantly depends on the effectiveness of subsequent stimulation treatments of such complex heterogeneous reservoirs to improve well productivity and potentially connect with natural fractures. Selecting proper well completion design is critical...

... reservoir geomechanics complex reservoir wellbore failure horizontal stress breakout natural fracture horizontal well azimuth vertical well calculation interpretation scale 1 image log concentration stress state wellbore wall stress regime fracture Introduction and purpose of the work...

... reservoir geomechanics drilling fluid selection and formulation upstream oil & gas natural fracture fracture conductivity drillstem/well testing lower interval upper interval gas reservoir hydraulic fracturing complex reservoir fracturing fluid well integrity lateral straddle packer...

... fracture tip. But the new path was more likely to be a straight line, instead of a curve one. Abstract To understand the behavior of hydraulic fracture in the rocks with heterogeneous particles, layer interface and natural fractures, this study carried out a series of experiments of hydraulic...

... Abstract Fractures serve as important conduits for subsurface fluid flow and their presence can transform an otherwise unproductive rock formation into an economic hydrocarbon reservoir. Natural fractures have a vivid impact on reservoirs, especially the low perm, as they control the hydraulic...

...) ϕ = D 1 − 2 α − π 6 ( D 1 − 2 ζ ) + 2 π 3 ( 3 2 D 1 − h ) h 2 D 1 2 D 1 − 2 α (10) k f 0 = D 1 2 12 Abstract Natural fractures are usually developed in unconventional reservoirs...

...: Low porosity and permeability carbonate reservoirs, where natural fracture are critical contributors to flow Properties are varying widely laterally, with significant questions about connectedness Variations in stress and petrophysical properties can be very significant and impacted...

... network hydraulic fracture segmentation tool agent natural fracture dosage tight glutenite reservoir society of petroleum engineers characteristic proppant initiation pressure vertical well Introduction The Junggar basin in western China contains abundant tight glutenite oil resources...

... & Gas natural fracture effective stress stress direction rock mechanical property log analysis fracture anisotropy geomechanical analysis image log well logging azimuth Magnitude Introduction Basement exploration in Cauvery basin has got impetus in recent times with the establishment...

... and geomechanics. The reservoir is assumed to be a 3-D poroelastic medium. According to the fracture sizes, the fracture is divided into three types. These small natural fractures are treated as SRV regions, hydraulic fractures, natural fracture in middle and large sizes are explicitly represented using LGR...

... 15,000 psi, high temperature of 275°F and sour service specified because of high H 2 S & CO 2 content. These reservoirs are heterogeneous carbonate type with various productivity index due to existence of natural fracture which needs proper completion type that treat each reservoir layer separately...

... in this area. Upstream Oil & Gas wellbore integrity mudstone optimization wellbore stability mechanism Wellbore Design trajectory mud density Reservoir Characterization drilling engineering society of petroleum engineers Kuqa Depression Drilling orientation natural fracture stability...

... unconventional gas exploration target in the Middle East. However, these favorable reservoir conditions come along with some challenges, including complex geomechanical properties, a challenging stress regime and the uncertainty of whether the presence of natural fractures could enhance or hinder production...

... tight HPHT formations. completion equipment stimulation the packers requirement hydraulic fracturing natural fracture hydraulic sleeve Implementation isolation mechanical packer operation Upstream Oil & Gas proppant wellbore Anchor msf system completion deployment MSF...

... Abstract Hydraulic fracturing in naturally fractured tight formations causes complex fracture geometry corresponding to the existence of natural fracture as well as geomechanical characteristics. It is extremely important when stimulating fluids such as water, brine, and CO 2 are injected...

... pressure reservoir geomechanics Upstream Oil & Gas natural fracture stimulation wellbore integrity strength minimum horizontal stress fracture drillstem/well testing Exhibition interpretation MEM drillstem testing FCP microfracture test horizontal stress magnitude Mauddud acid...