Reservoir characterization from plug to pore level.
Early time formation characterization.
Digitally preserve cores and plug samples, forever.
Enhanced plug sample screening.
Rapid simulation of petrophysical properties.
Analyze and visualize pore systems.
Visualize and Analyze Grains for a True 3D Size distribution.
A Powerful Tool for Rapid Quantification of Rock Properties
Rapid, non-destructive screening using high-frequency imaging techniques now provides a viable solution for not only superior visualization, but also detailed quantitative core assessment.
Macro-CT scan data acquired in conjunction with extensive laboratory-based mineralogy and density calibrations results in a detailed lithological description and a suite
of data which including high resolution bulk density, photoelectric factor, porosity, and unconfined compressive strength index log.
Micro-CT imaging is now being used in the sample selection process for sophisticated, reservoir-condition flow studies and geo-mechanical testing. Plug sample scanning at ultra-high
resolutions help extract pore and matrix systems. When consolidated with appropriate physical measurement-based calibrations, porosity, permeability, capillary pressure,
and electrical properties data are generated. These new image acquisition and processing techniques not only provide tools to characterize reservoirs but also deliver rapid
and accurate petrophysical measurements for operators to make key early-time decisions.
By your continued use of our website you agree to Core Lab's usage of cookies. More Information