Bed load proppant transport during slickwater hydraulic fracturing: insights from comparisons between published laboratory data and correlations for sediment and pipeline slurry transport

@article{McClure2016BedLP,
  title={Bed load proppant transport during slickwater hydraulic fracturing: insights from comparisons between published laboratory data and correlations for sediment and pipeline slurry transport},
  author={Mark W. McClure},
  journal={Journal of Petroleum Science and Engineering},
  year={2016},
  volume={161},
  pages={599-610}
}
  • M. McClure
  • Published 2016
  • Physics, Geology, Chemistry
  • Journal of Petroleum Science and Engineering
Abstract Bed load transport is the movement of particles along the top of a bed through rolling, saltation, and suspension created by turbulent lift above the bed surface. Based on experimental work, early investigators suggested that bed load transport may be an important mechanism during field scale hydraulic fracturing. However, later studies suggested that bed load transport is much more important in the laboratory than at field scale because the rate of bed load transport does not scale… Expand
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References

SHOWING 1-10 OF 41 REFERENCES
Model for Calculating Bed Load Transport of Sediment
A bed load transport model based on the mechanics of sediment moving by saltation yields predicted values of bed load flux as a function of boundary shear stress, grain diameter and density. TheExpand
Formulas for Bed-Load transport
In the following paper, a brief summary is first of all given of the results and interpretation of tests already made known in former publications of the Laboratory for Hydraulic Research and SoilExpand
Bi-power law correlations for sediment transport in pressure driven channel flows
Lift forces acting on particles play a central role in many cases, such as sediment transport, proppant transport in fractured reservoirs, removal of drill cuttings in horizontal drill holes andExpand
Experimental and Numerical Modeling of Convective Proppant Transport
Slurry-transport and -settling experiments were conducted to improve current descriptions of proppant transport and the results were used to formulate a new slurry-transport model incorporated into aExpand
Static Proppant-Settling Characteristics of Non-Newtonian Fracturing Fluids in a Large-Scale Test Model
Large-scale testing of the settling behavior of propants in fracturing fluids was conducted with a slot configuration to model realistically the conditions observed in a hydraulic fracture. The testExpand
Threshold of sediment motion under unidirectional currents
Carefully selected data for the threshold of sediment movement under unidirectional flow conditions have been utilized to re-examine the various empirical curves that are commonly employed to predictExpand
Prop-Packed Fractures - A Reality On Which Productivity Increase Can Be Predicted
Production increases resulting from fracture treatments should be based on the conductivity and location of the propping agent--not on the area created by the frac fluid. Model studies show that inExpand
Proppant Bank Buildup in a Vertical Fracture Without Fluid Loss
TLDR
The results indicate that the buildup of a proppant bank can be considered to take place in 3 consecutive phases, and the analytical relations derived for each of these phases have been confirmed by experiments in a transparent model. Expand
Transport characteristics of suspensions: Part IV. Friction loss of concentrated-flocculated suspensions in turbulent flow
Turbulent flow friction factors were determined for flocculated suspensions of thoria, kaolin, and titania in tubes 1/8- to 1-in. diameter. The non-Newtonian laminar flow data were arbitrarily fittedExpand
Two‐phase flow in smooth and rough fractures: Measurement and correlation by porous‐medium and pipe flow models
Two-phase (air-water) flow experiments were conducted in horizontal artificial fractures. The fractures were between glass plates that were either smooth or artificially roughened by gluing a layerExpand
...
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3
4
5
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