Servicios técnicos

El Laboratorio de Aguas Intersticiales ha realizado servicios técnicos para diferentes organizaciones internacionales que se detallan a continuación. Las capacidades ofrecidas se describen en este documento.

University of Bern (https://www.geo.unibe.ch/research/rockwater_interaction/index_eng.html)

  • 2007: Technical Service P7/451: Extraction of pore water from Mont Russelin core samples, Switzerland (I).
  • 2008: Technical Service P8/519: Extraction of pore water from Mont Russelin core samples, Switzerland (II).
  • 2011: Technical Service P2011/1218: Water adsorption and related measurements in rock samples from the Schlattingen borehole (Switzerland).

ANDRA (https://meusehautemarne.andra.fr/)

  • 2008: Technical Service P8/519: Geochemical and Pore water chemistry characterization of core samples from the Meuse/Haute-Marne Site at Bure URL (France).
  • 2011: Technical Service P2012/1507: Geochemical and Pore water chemistry. characterization of core samples from EPT Experiment at Bure URL (France).

Mont Terri Consortium (https://www.mont-terri.ch/)

  • 2009: Technical Service P9/544: HT Experiment, Phase 14. Geochemical characterization of HT core samples.
  • 2010: Technical Service P9/545: HT Experiment, Phase 15. Pore water chemistry characterization of HT core samples.
  • 2011: Technical Service P2011/1185: HT Experiment, Phase 15. Physico-chemical Characterization of HT core samples.
  • 2014: Technical Service P2014/2652: Study on accessible porosity in clays: illite and Opalinus Clay.
  • 2021: Technical Service P2021/6587: HS-A Experiment, Phase 26: Characterization of pore water chemistry in the Staffelegg Formation.

University of Saskatchewan (https://www.usask.ca/)

  • 2010: Technical Service P10/476: Squeezing of Speckled Shale core samples from Canada.

AF-Consult Switzerland Ltd. (http://www.afconsult.com)

  • 2012: Technical Service P2012/1508:: Pore water analyses of Ypresian Clays,  Belgium, for ONDRAF-NIRAS (I).
  • 2013: Technical Service P2013/2113: Pore water analyses of Ypresian Clays,  Belgium, for ONDRAF-NIRAS (II).
  • 2014: Technical Service P2014/2651: Pore water analyses of Ypresian Clays,  Belgium, for ONDRAF-NIRAS (III).

BRGM (https://www.brgm.fr/fr)

  • 2014: Technical Service P2014/2955: Pore water chemistry characterization of clayrocks from the Gault Formation (I).
  • 2016: Technical Service P2016/3871: Characterization of pore water chemistry from Argilles du Gault (II).
  • 2018: Technical Service P2018/4868: Characterization of pore water chemistry from Argilles du Gault (III).
  • 2018: Technical Service P2014/4869: Pore water chemistry of cement-based materials from Bure URL (France).

NAGRA (https://www.nagra.ch/en)

  • 2014: Technical Service P2014/2873: GTS-Phase VI FEBEX-DP Gas Measurements (I).
  • 2016: Technical Service P2015/3136: GTS-Phase VI FEBEX-DP Gas Measurements (II).

Ecole Polytechnique Federale Lausanne, EPFL (https://www.epfl.ch/labs/eml/)

  • 2016: Technical Service P2016/3771: Pore water chemistry characterization by the squeezing technique of sediments from Vietnam.
  • 2017: Technical Service P2017/4381: Characterization of pore water chemistry from Vietnam Clay Sediments (II).

KAERI (https://www.kaeri.re.kr/)

  • 2017: Technical Service P2017/4494: Analysis of  Pore water chemistry from Korean Bentonites.
  • 2021: Technical Service P2021/6666: Analysis of Korean bentonites and Study of their Pore Water Chemistry.

ETH Zürich (http://ethz.ch/de.html/)

  • 2020: Technical Service P2020/6078: Pore water chemistry obtained by squeezing from Opalinus Clay core samples belonging to the Belchen tunnel (Switzerland).