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- W2013274911 abstract "Summary Friction-pressure calculations of proppant-laden fluids are very important not only in the design of any hydraulic fracturing treatment but also in real-time monitoring of fracturing treatments. Recent advances in real-time fracture analysis have necessitated an accurate knowledge of bottomhole treating pressure (BHTP). To estimate BHTP, an accurate prediction of friction pressures of fluids in the flow conduit is required. This paper presents a new approach for predicting friction pressures of proppant-laden fracturing fluids that is based on an analytical method and uses nondimensional quantities in the analysis of flow data. From the flow data with various proppant-laden gels in multiple pipes, generalized correlations are developed and presented that incorporate such variables as proppant size, proppant density, proppant concentration, fluid density, flow rate, polymer gel concentration, and pipe size. These correlations are valid for a wide range of terminal Froude number, NFr *(8.4×10−3 to 1.3×10−4), and particle Froude number, NFrp (20 to 200). These ranges include the calculated values of NFr * and NFrp for the majority of hydraulic fracturing treatments conducted today. The correlations are verified by comparison of the estimations with data gathered in field-size tubing and field-gathered data. Our predictions agree more closely with field data than previously published methods. Unlike previous studies, this investigation indicates that besides other factors, proppant size, pump rate, flow geometry, and polymer gel concentration play a significant role in the friction-pressure predictions of proppant-laden fluids." @default.
- W2013274911 created "2016-06-24" @default.
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- W2013274911 date "1986-11-01" @default.
- W2013274911 modified "2023-09-25" @default.
- W2013274911 title "Friction Pressures of Proppant-Laden Hydraulic Fracturing Fluids" @default.
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- W2013274911 doi "https://doi.org/10.2118/13836-pa" @default.
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