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IMP-SEISMIC
Technology for static and dynamic reservoir characterization.
- Recreates fracture systems in reservoirs for static and dynamic characterization.
- Reduces uncertainty in selecting exploratory areas for well drilling.
- Increases the probability of success in well drilling planning.
- Enables mapping of fractures and their relationship with petrophysical properties.
- Determines fracture orientation and dip, and their relation to reservoir parameters.
- Facilitates well exploitation planning and the implementation of primary recovery processes.
- Incorporates seismic data analysis and borehole image log technologies to build 3D models.
- Enhances comprehensive reservoir characterization studies and numerical simulation in naturally fractured carbonate formations.
Our technologies
Technologies for heavy crude upgrading and residue conversion
Technologies for heavy crude upgrading and residue conversion
Process for the upgrading of heavy crudes and residues.
Technologies for heavy crude upgrading and residue conversion
Technology for the reduction of nitrogen-containing organic compounds in HDS feed.
Technologies for heavy crude upgrading and residue conversion
Technology for the regeneration of coker naphtha HDS catalysts used as silicon traps.
Technologies for heavy crude upgrading and residue conversion
Designed to increase selectivity toward an alternative reaction pathway different from direct hydrodesulfurization (pre-hydrogenation).
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