... impact on the productivity. geologist polymer flowback water consumption produced water discharge concentration fr concentration water quality fr consumption field test geology freshwater operation variability pressure response fracture stage calibration water blend friction...

.... A 1D linear flow model was proposed to simulate transient flow within fractures, allowing for the calculation of pressure responses at the monitoring well. By assuming a linear relationship between pressure and strain changes, we were able to match the observed pressure and strain changes to determine...

... with the high-resolution pressure gauge data for each sealed wellbore. The team developed machine learning algorithms to identify the key events required by a sealed wellbore pressure analysis: the start, end, and magnitude of each pressure response detected in the sealed wellbore while actively fracturing...

... hydraulic fracturing drillstem/well testing monitor well reservoir characterization fracture characterization fracture arrival pressure response drillstem testing meramec formation net pressure reservoir geomechanics unconventional resource technology conference magnitude upstream...

... reservoir geomechanics upstream oil & gas sealed wellbore pressure monitoring pressure response reservoir characterization wellbore design displacement signature hydraulic fracturing fracture arrival exhibition wellbore integrity compressibility strain response strain...

... fracture net pressure dfit gradient reservoir characterization drillstem testing fracture dimension calculation pressure response petroleum engineer Introduction The calculation or measurement of pumped hydraulic fracture dimensions (length, width, and height) is the essence of completions...

... stimulation treatment real time system upstream oil & gas near-wellbore diverter diverter asset and portfolio management drillstem/well testing communication bakken formation scenario pressure response fracture geometry parent well production performance completion technology mitigate well...

... of the standard frac treatment data combined with the high-resolution pressure gauge data for each sealed wellbore. The team developed machine learning algorithms to identify the key events required by a sealed wellbore pressure analysis: the start, end, and magnitude of each pressure response detected...

... knowledge management infill well mitigation sensor hydraulic fracturing information appropriate mitigation FDIS fracture interaction primary well pressure response fracture interaction Well Defense case study society of petroleum engineers Rainbolt frac operation Introduction...

... perforation cluster Upstream Oil & Gas stimulation das pnp completion diameter evaluation application pod placement DTS hydraulic fracturing Effectiveness deployment pressure response diversion production control pre-diverter phase production monitoring perforation society of petroleum...

... into the legacy wells are dynamically adjusted based upon the pressure responses. Post-project evaluations involve multiple time-series data streams containing an extremely large amount of data. The raw data (.CSV files) are collected and analyzed using a cloud-based application optimized for time-series frac...

... geometry infill well completion pressure response fracture society of petroleum engineers pressure transient analysis fluid modeling completion monitoring systems/intelligent wells production control production monitoring wellbore integrity reservoir surveillance completion installation...

... fluid and proppant. The A1 refrac was pumped first with a larger job size of proppant, water, and diversion material. The A2 refrac, pumped second, was half the size of the A1. Instantaneous shut-in pressure (ISIP) and diversion pressure response data was captured at each stage for both wells. Infill...

... half of each well is an infill between existing horizontals and the other half is in undeveloped acreage with two existing vertical wells. Operation-driven fracture fluid movement was analyzed by monitoring the treating pressure of the two active wells being completed; and the pressure response of nine...

... loading per treatment interval The effectiveness of the diverter drop was evaluated using each of the diagnostic techniques listed above. The pressure-based fracture analysis uses the pressure response recorded in an isolated stage in the monitor well to compute fracture geometry and the rate...

... A study conducted by ( Roussel & Agrawal, 2017 ) proposes a workflow to quantify hydraulic fracture geometry and SRV permeability using offset well pressure data. Roussel closely studied the pressure data to differentiate a poroelastic pressure response from a direct hydraulic communication...

... of hydraulic diffusivity versus poroelastic pressure response are compared. Type curves are presented that allow the pressure transient response to be interpreted for any general reservoir and well configuration. These type curves can be used to obtain reservoir mechanical and flow properties and the geometry...

... proven the existence of well interference, relatively few physical models exist to quantitatively simulate the pressure response of well interference. The objective of the present study is to develop a numerical, compositional model in combination with an embedded discrete fracture model (EDFM...

... Abstract Frac-pack completions have been used as a technique for well stimulation and sand control. Conventional hydraulic fracturing models based on linear elastic fracture mechanics often lead to inaccurate predictions of fracture geometry and fracturing pressure response due to large...

... predictive measures that can significantly improve operational practices and results. 8 wells with 145 stage pressure responses were analyzed showing potential near well bore screenouts on numerous occasions during proppant laden steps. When this occurs, a wellbore volume of clean fluid (sweep) is injected...