...). The fracturing fluid is usually significantly more conductive than the resident fluid (hydrocarbon or formation water). This resistivity contrast between the two fluids is so significant as to demarcate the shape and boundary of hydraulic fractures and thus help in precisely modeling some or all parameters...

... fracture sand bank equilibrium height unconventional resource technology conference fracture fracturing materials fracturing fluid experiment slurry velocity proppant transport URTEC-208299-MS Numerical Solution of Proppant Transport and Distribution in Tortuous and Uneven Fractures Bingyang...

... fracturing materials production control reservoir surveillance machine learning production monitoring completion installation and operations shale oil equation of state fracturing fluid proppant fracture characterization upstream oil & gas open cluster cluster efficiency net pressure...

... fracturing materials complex reservoir hydraulic fracturing fracturing fluid frac optimization technology well spacing fracture monitoring presented investigate well interference shale well production performance drillstem testing upstream oil & gas surface area long-term production...

... Abstract High viscosity friction reducer (HVFR) has been used in the hydraulic fracturing fluid to reduce the frictional loss along the wellbore. The success of friction reducers has been demonstrated through research and industrial implementation. However, concerns regarding chemical usage...

..., alternative propped hydraulic fracture designs were tested in three trial wells attempting to ultimately achieve economic production from S1 and H8. One trial well used a conventional nitrogen-energized guar fracturing fluid but with a larger overall job size. A second trial well tested a cleaner hybrid fluid...

... Abstract Clean water fracturing, where clean water is used as fracturing fluid, has the advantages of low damage and low cost. The proppant carrying capacity is a key factor for successful clean water fracturing treatment. Although a lot of experimental work has been carried out, the proppant...

...-Nearest Neighbor, and Multivariate Polynomial Regression. We apply these algorithms to estimate apparent viscosity, a key rheological property of NP-CO2 foams when used as fracturing fluid. A dataset containing 262 experimental data records were utilized in the training, optimization, and testing...

... chemistry complex reservoir upstream oil & gas hydraulic fracturing fracturing fluid wax remediation hydrate remediation hydrate inhibition asphaltene remediation asphaltene inhibition ceramic proppant desorption mwcnt-sii-rcp 0 kinetic model remediation of hydrates coated proppant dtpmp...

.... Introduction The injection of micron-sized particles (micro-proppant) suspended within a hydraulic fracturing fluid is considered a novel stimulation technique for unconventional stress-sensitive reservoirs such as coal and shale. Micro-proppant is designed to penetrate the small opening apertures of natural...

... Abstract Hydraulic fracturing optimisation requires addressing numerous challenges including characterising geomechanical parameters and defining optimum perforation intervals for fracture initiation, proper selection of fracturing fluid and proppant, optimising fracture geometric parameters...

... flowback rate technology conference microseismic event tracer flowback profile fracturing fluid microseismic data compression coefficient URTEC-208400-MS A Practical Workflow for Determining the Individual-Stage Fracture Network Using Flowback Dynamics and Microseismic Data: A Case Study Linkai Li...

... in this study. This study represents a descriptive analysis approach to investigate the impact of different stimulation and completion designs on short and long-term cumulative production. fracturing materials fracturing fluid data mining proppant data quality Upstream Oil & Gas completion...

... an effective tool to quantify recovery rates of fracturing fluids and the provenance of recovered water, to assess the functionality of fracturing stages, to evaluate lateral reservoir compartmentalization between structural blocks, and to provide evidences for the functionality and efficiency of natural...

... suggest. In either case, well productivity can be impacted and detailed modeling should consider accounting for these interdune structures. fracturing materials Upstream Oil & Gas fracturing fluid mechanism particle proppant modeling secondary slot fracture conductivity SPE Production...

... explores the dispersion stability of coal fines in CSG reservoirs and proposes a new additive to be used in the formulation of the hydraulic fracturing fluid to keep the fines dispersed in the fluid. In this work, bituminous coal fines were tested in various suspensions in order to study their dispersion...

... field proppant successful field trial proppant concentration inflow resistance fracturing fluid deep ultra-tight gas well productivity high-strength proppant fracturing materials Upstream Oil & Gas fracture conductivity Sultanate reservoir permeability D.V.S. Gupta...

... in the source rock. Based on scaling tendency simulation results, an experimental study was conducted at the reservoir downhole temperature of 280 °F, to evaluate the flowback water compatibility with the source water used for fracturing fluids, simulating the contact of frac water with the formation...