Field Emission Environmental SEM (FE-SEM)
Two-dimensional pore-scale imaging in unconventional rock types is accomplished using state-of-the-art environmental Field Emission SEM (FE-SEM), combined with the argon ion milling sample preparation technique.
Argon ion milling is used to create a debris-free surface prior to FE-SEM analysis on native state sample types. The environmental FE-SEM is then utilized to image pore types and mineral relationships at the nanometer scale. Integration of advanced mineral mapping capabilities provides a unique method for evaluating brittle and ductile mineral distributions. This allows for evaluation of porosity development and determination of optimal candidates for fracture stimulation.
Ability to image nanometer-sized pores in 2D
Energy Dispersive Spectroscopy (EDS) can provide element to mineral mapping including, but not limited to, ductile and brittle phase maps
Evaluation of porosity development, along with determination of optimal candidates for fracture stimulation