This study presents the construction of a 3D static geological model with uncertainty assessment for the Q4-TV1 prospect in the offshore northern Lusitanian Basin, Portugal, as part of the PilotSTRATEGY project. Using seismic interpretation, well data, and petrophysical logs, lithofacies and reservoir properties were simulated with geostatistical algorithms in Aspen SKUA. The models reproduced the geological fr...
This study presents the preliminary findings of 3D facies modelling for CO2 geological storage in the Lusitanian Basin, offshore Portugal. The work is part of the PilotSTRATEGY project funded by the EU Horizon 2020 program, which aims to advance the understanding of deep saline aquifers (DSA) for CO2 storage in Southern and Eastern Europe. The study focuses on a selected prospect in the northern sector of the L...
This study presents a comprehensive assessment of the CO2 storage potential in the Lusitanian Basin, offshore Portugal, as part of the PilotSTRATEGY project funded by the EU Horizon 2020 program. The focus is on three identified geological structures—Q3-TV5, Q4-TV1, and Q6-TV2—characterized using well and geophysical data to determine their structural closure scenarios, reservoir petrophysical properties, and d...
ABSTRACT: The Neves-Corvo world class Iberian Pyrite Belt volcanogenic massive sulphide (VMS) deposit located in southern Portugal, constitutes an important Cu–Zn–Pb active mine. Seven deposits are currently known, among which the Lombador deposit alone has estimated 150 Mt of massive sulphides. The life-time of the mine is dependent on the discovery of new exploration targets and it is vital to have accurate 3...