Structural geometry prediction
Reconstruction of the spatial, temporal and thermal evolution of complex structures not fully resolved by geophysical exploration.
Who we are
LaMoGe addresses complex geological problems through integrated methodologies that combine observation, experimentation, simulation and structural analysis.
Reconstruction of the spatial, temporal and thermal evolution of complex structures not fully resolved by geophysical exploration.
Development of methods to identify areas with higher probability of natural fracturing and estimate fracture intensity in conventional and unconventional reservoirs.
Integration of well breakouts, stress distribution and tension zones to understand shale reservoirs and optimise development scenarios.
Experimental and conceptual study of dykes, intrusions, magma mobility and their relation to crustal structural architecture.
High-performance simulations to quantify lithospheric processes, thermal evolution, tectonics and their impact on sedimentary basins.
Velocity-field analysis in analogue models, updated kinematic models and structural fabric recognition through AMS and new survey technologies.
Applications and articulation
Development of geological modelling schemes for tectonic-structural problems, integrating physical experimentation, numerical simulation and comparison with natural case studies.
Structural interpretation and evaluation of fracture zones, stress fields and structural sweet spots in conventional and unconventional reservoirs.
Training activities in geological modelling, structural analysis, quantitative tools and experimental methodologies applied to real-world problems.