N˚ | N˚ Type of Analysis | Laboratory Protocol | Materials | Objective of the Analysis |
01 | Optical Microscopy | Geological and Mining Research Center (CGRM) in Kinshasa | Microscope Leitz Wetzaler, 10x | Describe lithofacies |
02 | Fluorescence x | Department of Geology of the Faculty of Sciences of the University of Liège in Belgium. | ARL 9400XP | Determine the composition of major chemical elements or traces |
03 | X-Ray Diffraction X | Department of Geology of the Faculty of Sciences of the University of Liège in Belgium. | Bruker D8 Advance | Determine rock minerals |
04 | Infrared Spectroscopy (IR) | Faculty of Applied Sciences of the University of Liège in Belgium | Spectrometer Nicolet Nexus | Determine the minerals of rocks |
05 | Scan Electronic Microscopy (MEB) | Faculty of Applied Sciences of the University of Liège in Belgium | Zeiss Gemini | Determine the composition and map the chemical elements of the rocks |
06 | Extraction of the Hydrocarbon | Laboratory of the Road Office in Kinshasa | KUMAGAWA | extract the hydrocarbons contained in the rocks |
07 | Petrophysics | National Laboratory of Public Works of the Roads Office in Kinshasa | Test Tubes Ovens Test Tubes | Determine the porosity and permeability of rocks |
08 | Structural Measures Statistics | Software | Wintensor 5.8.6 | Determine preferential directions and dipstops |