The Porewater and Clay Minerals Characterisation Laboratory has been carrying out technical services for different international organisations, listed below. The capability of the laboratory that can be offered as technical service are described here.

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).