Conduct research to develop nanotechnology applications for increasing performance of oilfield fluids, including but not limited to those useful for improved oil recovery. Lead modeling research that guides laboratory experimentation for nanotechnology applications and enables interpretation of experiments.
Essential Functions
Perform modeling research to develop a theoretical model that consistently match the laboratory foam transport coreflood results, where the foams are stabilized by suitable nanoparticles or by combination of surfactants and nanoparticles. Collaborate in experimental research related to nanoparticle engineering for oilfield applications. Work with nanoparticle transport and multiphase flow experiments employing reservoir rock samples and other porous media. Collaborate in experimental research related to applications of magnetic nanoparticles and develop appropriate mathematical models for processes involving such nanoparticles. Provides technical guidance for students, post-doctoral fellows, and research staff in research activities. Presents talks at professional meetings and at the industry consortium meetings. Prepares publications concerning research activities.
Marginal/Incidental functions
Other related functions as assigned.
Required qualifications
Ph.D. in Petroleum Engineering or Environmental Engineering, with research closely related to reactive flow in porous media. Experience in nano-science and or nano-engineering, both laboratory and modeling. Experience in developing numerical simulation tools. Experience in studies of reactive transport. Ability to model electromagnetic fields and response of objects within those fields. Ability to speak and write English fluently is required. Equivalent combination of relevant education and experience may be substituted as appropriate.
Preferred Qualifications
The ability and experience to model the transport of particles and chemicals in porous media.
Working conditions
May work around chemical fumes Repetitive use of a keyboard at a workstation Use of manual dexterity Lifting and moving Work in UT Petroleum lab.
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