Quantification of Volumetric Flux and Flow Rates of Hydrocarbon Plumes Using Acoustic Measurements
Title | Quantification of Volumetric Flux and Flow Rates of Hydrocarbon Plumes Using Acoustic Measurements |
Publication Type | Journal Article |
Year | Submitted |
Authors | Padilla, AM, Weber, TC, Kinnaman, FS, Valentine, DL |
Journal | The Journal of the Acoustical Society of America |
Keywords | Acoustic Measurements; Flow Rates; Hydrocarbon Plumes |
Estimating the volumetric flux and flow rates, q and Q, of hydrocarbon plumes requires a priori knowledge of the physical properties of the plume, such as plume target size distributions and plume morphology types. Lack of this information potentially leads to uncertainties in estimates of q and Q. A theoretical framework to directly link estimates of q and Q to acoustic measurements for different plume morphology types is described here. A case study is used to demonstrate this framework and highlights the importance of previous knowledge of the classification of plume morphology types and target size distributions within the plume.
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Refereed Designation | Refereed |