Advanced materials (AM) involve engineering properties of existing materials for improved performance, with examples like titanium and carbon fiber. Nanotechnology, focusing on dimensions of 1 to 100 nanometers, is a crucial aspect of AM research, allowing for the manipulation of materials at the nanoscale for enhanced properties and applications in hydrocarbon recovery technologies.
Studies carbon storage in geologic formations, improving conformance control and sweep efficiency in CO2 flooding, injectivity changes associated with water alternating with gas injection (WAG) and improved modeling of CO2 foam-enhancing processes and WAG injection.
Develops new technologies using computational intelligence, geostatistics and fuzzy logic to solve the unique problems encountered in reservoir characterization and numerical simulation of oil and gas reservoirs using data of all scales.
PRRC 2023 · A Division of New Mexico Tech · NMT