1887
ASEG2012 - 22nd Geophysical Conference
  • ISSN: 2202-0586
  • E-ISSN:

Abstract

Summary

Most seismoelectric surveys to date have been acquired on a small scale in temperate regions. Our objective was to establish if seismoelectric data could be acquired on a large scale in an arid environment.

In April 2011, we acquired over 21,000 traces of 2D seismoelectric data at an arid site in Abu Dhabi, United Arab Emirates. The test also included seismic measurements made using WesternGeco’s UniQ singlesensor acquisition system. The source used for the acquisition was an 80,000 lb tracked Desert Explorer vibrator, the largest hydraulic Vibroseis source ever used for seismoelectric acquisition. This large source was used to attempt to overcome the low signal to noise issues inherent in seismoelectric acquisition that have been exacerbated in the past by the use of low energy sources.

We successfully acquired high quality data with coseismic signal present to the limits of our acquisition (420 m offset and 2 s record length). Our current equipment is, however, ill-suited to rapid deployment, having far too many components.

The acquisition of large seismoelectric datasets, such as that described here, enables the data to be viewed in the common receiver domain enhancing data processing and bad trace identification.

Loading

Article metrics loading...

/content/journals/10.1071/ASEG2012ab196
2012-12-01
2026-01-23
Loading full text...

Full text loading...

References

  1. Black, B., M. Dawoud, R. Herrmann, D. Largeau, R. Maliva, and B. Will., 2008 Managing a precious resource: Oilfield Review, 20, 18-33.
  2. Bradley, C.C., M.Y. Ali, I. Shawky, A. Levannier, and M.A. Dawoud., 2007, Microgravity investigation of an acquifer storage and recovery site in Abu Dhabi: First Break, 25, 63-69.
  3. Butler, K.E., R.D. Russell, A.W. Kepic, and M. Maxwell., 1996, Measurement of the seismoelectric response from a shallow boundary: Geophysics, 61, 1769-1778.
  4. Dean, T., and C. Dupuis., 2011, The Vibroelectric Method: a new tool for near-surface characterisation and improved seismic data quality: 73rd EAGE Conference & Exhibition.
  5. Dupuis, J.C., K.E. Butler, and A.W. Kepic., 2007, Seismoelectric imaging of the vadose zone of a sand aquifer: Geophysics, 72, A81-A85.
  6. Kepic, A.W., and R.D. Russell., 1996, Fiber optic time break: Geophysics, 61, 294-298.
  7. Martner, S.T., and N.R. Sparks., 1959, The Electroseismic effect: Geophysics, 24, 297-308.
  8. Muller-Petke, M., T. Hiller, R. Herrmann, and U. Yaramanci., 2011 “Reliability and limitations of surface NMR assessed by comparison to borehole NMR, 9, 123-134.
  9. Thompson, A.H., and G.A. Gist., 1993, Geophysical applications of electrokinetic conversion: The Leading Edge, 12, 1169-1173.
/content/journals/10.1071/ASEG2012ab196
Loading
  • Article Type: Research Article
Keyword(s): electrokinetics; seismoelectric; vibroseis
This is a required field
Please enter a valid email address
Approval was a Success
Invalid data
An Error Occurred
Approval was partially successful, following selected items could not be processed due to error