... the target zone. The lessons learned from various applications of these engineered bi-particulate diverters can be applied for stimulation design and planning production enhancement hydraulic fracturing upstream oil & gas refracturing fluid dynamics well intervention united states government...

.... drillstem/well testing drilling operation directional drilling upstream oil & gas hydraulic fracturing production monitoring argentina government complex reservoir asset and portfolio management interference production control drillstem testing reservoir surveillance information water...

... reservoir volume (SRV) which is generated from the hydraulic fracture job. The hydraulic fracture requires a mixture of fluid and proppant per feet to increase well recovery factor. Production rate of shale wells is related to the stimulated rock volume during the fracture treatments. Horizontal well...

... of characterizing the hydraulic fractures generated with different stimulation designs and understanding their relationship with the vertical (different landing) and horizontal (same landing) spacing. Also, we present cases showing examples where child-child interferences are integrated with other field data...

... enhancement hydraulic fracturing depressurization methodology efficiency assembly intervention implementation evaluation high-pressure equipment reduction Vaca Muerta is an Unconventional shale play located in the west-central part of the Neuquén in Argentina ( Figure 1 ). Unconventional Oil...

... Abstract The Longmaxi shale gas play in Sichuan, China is unique due to multiple tectonic deformations in the geological history, which makes the shale play highly heterogenous and hydraulic fracturing execution problematic. The hydraulic fracturing design has matured after ten years’ evolution...

... hydraulic fracturing to avoid abnormal pumping pressure and proppant screen-out. The use of this agent in well BZ-D significantly mitigates the pumping pressure during re-fracturing, and a production increase of 131% was obtained. This paper digs into the impact of heavy mud residue on fracture extension...

...Introduction Abstract The hydraulic fracturing technique is based on pumping a given fluid at a high pressure greater than the rupture pressure of the reservoir rock, which causes the creation of high permeability channels inside the rock. This process also makes the fluid contained...

... bullheading operation cement property cement slurry procedure well upstream oil & gas hydraulic fracturing epoxy resin integrity configuration sustained annulus pressure geology geologist polymeric isolating material unconventional play cement formulation strength sap remediation...

... Strategy to improve the control on the effective net stress over the proppant in order to prevent hydraulic fracture conductivity damage and maximize ultimate recovery. The strategy optimization is a complex problem that reservoir engineers are still trying to solve using different tools from empirical...

..., starting with geosciences characterization, workover, stimulation and production history matching, with a direct impact on well gridding and estimated ultimate recovery (EUR) per well. fracture length calculation geometry evaluation hydraulic fracturing contribution pressure matching Argentina...

... of how to manage uncertainty through cross-functional collaboration. Workflow can be used as inputs in pilot test for well spacing and as a process to justify surveillance needs using value of information techniques. hydraulic fracturing Upstream Oil & Gas shale gas drilling operation...

... wellhead natural gas (NG) into pressurized NG suitable for use as the internal phase in a foamed fracturing fluid. This study now aims to extend that work by determining the impact of using NG foam fracturing fluids on hydraulic fracture geometry and on productivity from the unconventional reservoirs...

... Abstract Development of organic shale reservoirs with large hydraulic fracture treatments has unveiled challenges related not only to the completion of a single well but also to interference with its surrounding neighbors. Interference can be caused by fracture hits while completing the well...

... Testing equivalent permeability evaluation reduction reservoir hydraulic fracturing completion efficiency evaluation Vaca Muerta Schlumberger SRV Artificial Intelligence drillstem/well testing confinement Argentina fracture society of petroleum engineers efficiency objective permeability...

... presents different challenges and particularities, such us abnormal behaviors that should be addressed with different interpretation tools. During this stage, the effort is focused on conciliating the theory behind the generation and detection of micro-seismic events and the theory of hydraulic fracturing...

... the most effective completion methods, optimizing cluster spacing and decreasing the number of stages to reduce completion costs while achieving comparable production rates. Cluster treatment efficiency (CTE), in particular, has become a critical metric when optimizing hydraulic fracturing treatment...

... reservoirs sand production problems. wellbore integrity Reservoir Characterization Artificial Intelligence hydraulic fracturing Upstream Oil & Gas experiment peak strength Wellbore Design natural fracture natural fractured sandstone mechanical property Fracture angle strength...

... Abstract Unconventional reservoirs have been defined as formations that cannot be produced at economic flow rates or that do not produce economic volumes of oil and gas without horizontal well with hydraulic fracture treatments. Horizontal well fracturing efficiency in unconventional reservoirs...

... Abstract Although hydraulic fracturing in Liquid-Rich Unconventional Reservoirs (LUR) have become a norm, the recovery factor continues to be low. Use of Enhanced Oil Recovery (EOR) techniques in LUR have recently become more popular to improve the recovery. The objective of this study...