Session 3

SESSION 3 – IP for geophysical case studies

Chaimen: A. Kemna and K. Titov

Oral presentations, Wednesday April 9th (12 min. presentation + 3 min. discussion)

• 8:30 – 8:45: Carlson N., Bouzid N.
  Synopsis of mapping buried waste with IP effects

• 8:45 – 9:00: Dahlin T., Auken E.
  An overview of time domain induced polarisation for characterisation of underground structures and point source contaminations – large research projects in Denmark and Sweden

• 9:00 – 9:15: Johansson S., Olsson P.-I., Lumetzberger M., Dahlin T., Rosqvist H., Sparrenbom C.
  Delineation of a free phase chlorinated hydrocarbon plume with resistivity and TDIP

• 9:15 – 9:30: Scheibz J., Bazin S., Pfaffhuber A., Fiandaca G., Dahlin T., Cappelen P., Zadorozhnaya V.
  Integrating ERT and IP measurements with traditional environmental sampling – ambiguity reduced or increased? A DNAPL case study from Norway

• 9:30 – 9:45: Schwartz N., Shefer I., Furman A.
  A comprehensive study of the SIP response of soil contaminated with organic pollutants

• 9:45 – 10:00: Flores Orozco A., Bücker M., Williams K.
  Induced polarization imaging at the floodplain scale for the delineation of naturally reduced zones

• 10:00 – 10:15: Doetsch J., Fiandaca G., Auken E., Christiansen A., Cahill A., Jakobsen R.
  Monitoring of a CO2 injection by time domain SIP

• 10:15 – 10:30: Zadorozhnaya V., Abu Zeid N., Santarato G.
  Membrane polarization from molecular to rock scale in dynamic regime

Poster presentations, Wednesday April 9th, 10:30 – 11:30  (1 A0 vertical poster)

• Auken E., Fiandaca G., Christiansen A., Gazoty A.
  Characterization of a landfill using 2D time domain SIP

• Blondel A., Schmutz M., Franceschi M., Carles M., Tichané F.
  Case of study of a hydrocarbon contaminated site using the spectral induced polarization method: contribution of laboratory measurements for the interpretation of field results

• Camerlynck C., Longuevergne L., Roques C.
  TDIP imaging of watershed over crystalline basement

• Ghorbani A., Schmutz M., Camerlynck C., Parisot J.-C.
  TDIP and SIP characterization of disseminated ores

• Giampaolo V., Capozzoli L., Votta M., Rizzo E.
  Optimizing investigation strategies of hydrocarbon contaminated site using multi-geophysical approach in surface and borehole (IP, ERT and GPR)

• Gurin G., Tarasov A., Ilyin Y., Titov K.
  Application of the Debye decomposition approach to time domain induced polarization profiling data: an ore exploration example

• Kremer T., Allègre V., Schmutz M., Williard E., Maineult A.
  Monitoring of a shallow CO2 injection using time lapse electrical resistivity and induced polarization methods

• Kulikov V., Sterligova I.
  Frequency-domain induced polarization: application to a paleovalley, Ugra national park (Russia, Kaluga region)

• Kulikov V., Sterligova I.
  Spectral induced polarization in mineral exploration

• Llubes M., Macouin M., Lartiges B.
  Monitoring sediments pollution of the Garonne River using induced polarization and magnetic susceptibility measurements

• Okay G., Cosenza P., Ghorbani A., Camerlynck C., Cabrera J., Florsch N., Revil A.
  Interpretation of a clay rock's desaturation process with IP methods

• Schwartz N., Furman A.
  Spectral induced polarization response of soil organic matter

• Williard E., Maineult A., Béhaegel M.
  Spectral induced polarization on roll-front type deposits

• Zadorozhnaya V., Abu Zeid N., Santarato G., Bignardi S.
  New shape of TEM: membrane polarization, mechanism and possible interpretation