Institut Carnot ISIFoR
Université de Pau
et des Pays de l’Adour
Présidence
avenue de l’Université
BP 576
64012 Pau cedex
France
Virginie BUIL
+33 (0)5 59 40 77 96
virginie.buil@univ-pau.fr
Gilles PIJAUDIER-CABOT
+33 (0)5 59 57 44 33
gilles.pijaudier-cabot@univ-pau.fr
CONTACTS
Research personnel
(full-time equivalent):
522
including PhD students:
205
Partnership
research incomes:
7 845 k
€
Global budget:
33 400 k
€
www.instituts-carnot.eu
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Know-How and Skills
GEOSCIENCES: reservoir
characterization, monitoring,
high performance scientific
computing, basin analysis, seismic
and seismotectonic imaging,
thermochronology, gravimetry, fluids
interactions-boulders, experimental
geochemistry
ENGINEERING SCIENCES: Physical
chemistry of oil fluids and interfaces,
fluid mechanics, multiphase flow,
geomechanics, fracturing processes,
enhanced recovery, heavy crude oil,
acid gas, wastewater treatment, heat
transfer, high voltage method, CO
2
sequestration, safety procedures and
organization of production.
MATHEMATICS: numerical simulation,
functioning safety, statistical analysis
and data analysis by imaging,
modelling and mathematical analysis,
porous media
CHEMISTRY: analysis, characterization
and dating, microbial oil degradation,
surfactant and polymers for enhanced
recovery process (solubilisation-
emulsification), experimental
geochemistry
A research turned towards
the enterprises
The aim of ISIFoR is to encourage the development
by the innovation of French enterprises on a growing
oil market and on new markets like geothermics or
geological storage. To meet this objective ISIFoR
develops partnerships with industrial stakeholders
encompassing jointly supervised doctoral studies,
short term feasibility and proof-of-concept studies,
and long term partnerships (Joint Research
Laboratories, Professorship). A special attention is
given to the proper assistance to research,
development and innovation projects carried out
with SME (small and medium size enterprise) and
medium sized companies. ISIFoR is dedicated to
optimise their efficiency.
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© LFCR