... with creating a geological model for the study section, where contains one grand-parent well, a parent-well, and two child wells. Based on the geological model, hydraulic fracturing and reservoir performance models were created and calibrated with well competition and production history spanning three...

... geologist hydraulic fracturing reservoir geomechanics completion monitoring systems/intelligent wells magnitude production logging urtec information journal downhole sensor technology conference interpretive software product spe annual technical conference geological subdiscipline zeidouni...

... Abstract Continental Resources (CLR) is steadfast in its commitment to establish a sustainable model for recycling produced water for hydraulic fracturing in the Bakken. The use of produced water in hydraulic fracturing has several environmental and economic benefits as it reduces the reliance...

... to counter negative PDP effects. Finally, vertical well stimulation in coals has been met with significant near-wellbore difficulties, particularly with respect to placement of hydraulic fractures in low permeability coals. To improve low-permeability coal drainage, multi-stage, horizontal, indirect...

... characteristics within Chesapeake's Haynesville asset. Rate Transient Analysis (RTA) and analytical models were insufficiently detailed to explain productivity changes over time and required non-generalizable corrections. A fully coupled hydraulic fracture, reservoir, and geomechanical numerical modeling approach...

... sequential steps to finally have an estimate of cluster efficiency for each hydraulic fracturing stage. First, raw stimulation data acquired from field operations is filtered out to capture a representative zone of interest. Second, key input parameters such as the instantaneous shut-in pressure (ISIP...

... Abstract Efficient optimization of unconventional field development necessitates understanding and prediction of the hydraulic fracturing process. Conventional models fall short in capturing dynamic fluid and rock behavior, hindering the optimization of completion designs. Analytical models...

... Abstract Objectives/Scope: Fluids used in hydraulic fracturing have direct impacts on unconventional well productivity and subsurface conditions of reservoirs. While the water chemistry and chemical components in frac water formulations are typically well characterized, the water biology (i.e...

... in a more efficient era in RTA calibration and production forecasting with broader applicability and accelerated project timelines. fluid dynamics drillstem testing geologist hydraulic fracturing geological subdiscipline reservoir characterization forecast geology reservoir geomechanics...

... Abstract Unconventional reservoirs typically decline rapidly, with wells producing 40-50% less in their second year of production, compared to their first. Therefore, it is critical to take measures to ensure maximizing the first year's production. Hydraulic fractures should propagate...

... Abstract Hydraulic stimulation design requires careful consideration of fracture height and the potential parent-child well interference. To unravel the key factors influencing the vertical growth of hydraulic fractures and parent-child well interference during hydraulic stimulation, we...

... Abstract The objective of this paper is to apply the developed workflow to determine the propped hydraulic fracture geometry in a horizontal multi-stage fractured well, incorporating production, pressure, and strain data. The essential feature of the workflow is the integration of offset...

... in capturing the physics of unconventional flow and handling the uncertainty and variability of the data. Full scale hydraulic fracture modeling and reservoir flow simulation, on the other hand, require many surveillance data for model calibration and a long turnaround for history matching, which became...

... geologist fluid dynamics clastic rock mudrock complex reservoir petroleum geology reservoir surveillance hydraulic fracturing modeling & simulation production control drillstem/well testing drillstem testing production forecasting basin mudstone permeability texas reservoir...

... accuracy. As such, our model is useful to study and quantify stress interference and valuable to evaluate reservoir depletion quickly and yet sufficiently during shale reservoir development. geologist clastic rock complex reservoir flow in porous media reservoir simulation hydraulic fracturing...

... of pipes, orifice, pumps, ESP, etc.) and may reduce well productivity. sedimentary rock fracturing fluid proppant flowback hydraulic fracturing rock type geologist complex reservoir shale gas mudstone gradient permeability equation fracturing materials reservoir geomechanics fracture...

... Abstract Efficient development of shale gas reservoir relies on staged hydraulic fracturing technology, and the stimulated reservoir region (SRR) has a significant impact on the well productivity and ultimate recovery. While microseismic monitoring provides direct insights into SRR, its...

... higher permeability compared to those induced by water, primarily due to their predominantly shear nature and inherent self-supporting capability. The increase of effective stress will lead to the decrease of hydraulic fracture permeability, while CO 2 -induced fracture share a weaker stress-sensitive...

... compressibility fracture aes carbon dioxide equation unconventional resource technology conference engineering injection injectate experiment fracture propagation hydraulic fracturing reservoir characterization urtec sandstone propagation us rock mechanic geomechanics symposium URTeC: 4037963...

... workflow is described in this paper and includes detailed acquired pilot data analysis, reservoir and fracture surveillance and building hydraulic fracture and reservoir simulation models. The models are constrained and calibrated with the acquired diagnostic data. The calibrated reservoir simulation model...