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DTSTART:20160803T130000
DTEND:20160803T170000
SUMMARY:PhD Defence by Krishna Hara Chakravarty
DESCRIPTION:<p>Modelling of Salt Solubilities for Smart Water flooding in Carbonate Reservoirs using Extended UNIQUAC Model</p>\n<p><strong>Principal supervisor:</strong> Associate Professor Kaj Thomsen<br>\n<strong>Co supervisor:</strong> Associate Professor Philip L. Fosb&oslash;l</p>\n<p><strong>Examiners:</strong><br>\nAssociate Professor Nicolas von Solms, DTU Chemical Engineering, Denmark<br>\nConsultant, PhD Anders Tuxen, DTI, Denmark<br>\nDr. Adeel Zahid, Statoil, Norway</p>\n<p><strong>Chairperson at defence:</strong><br>\nAssociate Professor Alexander Shapiro, DTU Chemical Engineering, Denmark</p>
X-ALT-DESC;FMTTYPE=text/html:<p>Modelling of Salt Solubilities for Smart Water flooding in Carbonate Reservoirs using Extended UNIQUAC Model</p>\n<p><strong>Principal supervisor:</strong> Associate Professor Kaj Thomsen<br>\n<strong>Co supervisor:</strong> Associate Professor Philip L. Fosb&oslash;l</p>\n<p><strong>Examiners:</strong><br>\nAssociate Professor Nicolas von Solms, DTU Chemical Engineering, Denmark<br>\nConsultant, PhD Anders Tuxen, DTI, Denmark<br>\nDr. Adeel Zahid, Statoil, Norway</p>\n<p><strong>Chairperson at defence:</strong><br>\nAssociate Professor Alexander Shapiro, DTU Chemical Engineering, Denmark</p>

URL:https://www.cere.dtu.dk/calendar/2016/08/phd-defence-by-krishna-hara-chakravarty1
DTSTAMP:20260517T150300Z
UID:{F7D5C70D-B00B-411F-AF24-F6BB79D9EAFE}-20160803T130000-20160803T130000
LOCATION: The Technical University of Denmark Building 101, Room 1
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