Interferometric microseism localization using neighboring fracture

Malcolm, Alison and Poliannikov, Oleg V. and Djikpesse, Hugues and Prange, Michael (2011) Interferometric microseism localization using neighboring fracture. SEG Technical Program Expanded Abstracts 2011, 2011. pp. 4263-4267. ISSN 1949-4645

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Abstract

We show how interferometric methods can be used to improve the location of microseismic events when those events come from several different fractures and are observed from a single well. This is the standard setup for a multi‐stage hydraulic fracturing experiment. Traditionally, in such experiments each event is located separately. Here, we adapt the interferometric approach to the problem of locating events relative to one another and show that this reduces the uncertainty in location estimates. To completely recover the Green's function between two events with interferometry requires a 2D array of receivers. When only a single observation well is available, we do not attempt to recover the full Green's function, but instead perform a partial redatuming of the data allowing us to reduce the uncertainty in two of the three components of the event location.

Item Type: Article
URI: http://research.library.mun.ca/id/eprint/12751
Item ID: 12751
Keywords: 3D, acoustic, fractures, microseismic, traveltime
Department(s): Science, Faculty of > Earth Sciences
Date: 2011
Date Type: Publication
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