Day 2 Wed, February 06, 2019 2019
DOI: 10.2118/194362-ms
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Understanding Frac Fluid Distribution of an Individual Frac Stage from Chemical Tracer Flowback Data

Abstract: A data set is presented which involves pumping multiple, unique chemical tracers into a single ‘Wolfcamp B’ fracture stage. The goal of this tracer test is to shed light on the flowback characteristics of individually tagged fluid & sand segments by adding another layer of granularity to a typical tracer flowback report. The added intra-stage level detail can provide insights into fracture behavior when stimulating shale reservoirs by looking at individual fluid segment tracer recoveries. This data set cou… Show more

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Cited by 10 publications
(2 citation statements)
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“…This information can be used to further evaluate the effectiveness of the fracturing operation . To further characterize the flow state of the fracturing fluid, RTDA (residence time distribution analysis) has been combined with downhole tracers to determine the transition time from the fracture to the surface for each tracer section . To provide a more comprehensive characterization of the flow behavior of fracturing fluids, the combination of residence time distribution analysis (RTDA) and downhole tracers can be utilized.…”
Section: Introductionmentioning
confidence: 99%
See 1 more Smart Citation
“…This information can be used to further evaluate the effectiveness of the fracturing operation . To further characterize the flow state of the fracturing fluid, RTDA (residence time distribution analysis) has been combined with downhole tracers to determine the transition time from the fracture to the surface for each tracer section . To provide a more comprehensive characterization of the flow behavior of fracturing fluids, the combination of residence time distribution analysis (RTDA) and downhole tracers can be utilized.…”
Section: Introductionmentioning
confidence: 99%
“…25 To further characterize the flow state of the fracturing fluid, RTDA (residence time distribution analysis) has been combined with downhole tracers to determine the transition time from the fracture to the surface for each tracer section. 26 To provide a more comprehensive characterization of the flow behavior of fracturing fluids, the combination of residence time distribution analysis (RTDA) and downhole tracers can be utilized. This approach allows for the determination of the transit time from the fracture to the surface for each tracer segment, providing insights into the flow dynamics of the fracturing fluid.…”
Section: Introductionmentioning
confidence: 99%