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Characterization of an Upper Permian Tight Gas Reservoir74,99 €![Die Karbon-Trilobiten des Kantabrischen Gebirges (NW-Spanien)]( "Die Karbon-Trilobiten des Kantabrischen Gebirges (NW-Spanien)")
Die Karbon-Trilobiten des Kantabrischen Gebirges (NW-Spanien)29,90 €![Reservoir quality controls and reservoir modelling of continental to transitional shallow marine sedimentary basins of Southern Nigeria]( "Reservoir quality controls and reservoir modelling of continental to transitional shallow marine sedimentary basins of Southern Nigeria")
Reservoir quality controls and reservoir modelling of continental to transitional shallow marine sedimentary basins of Southern Nigeria46,00 €![Impact of grain coats on quartz overgrowth and Reservoir properties]( "Impact of grain coats on quartz overgrowth and Reservoir properties")
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Compaction and cementation controls on reservoir quality in Buntsandstein red beds48,00 €![Die Kupfererzlagerstätte Marsberg]( "Die Kupfererzlagerstätte Marsberg")
Die Kupfererzlagerstätte Marsberg34,90 €![Diagenetic controls on fluid flow and mechanical properties in Rotliegend reservoir sandstones]( "Diagenetic controls on fluid flow and mechanical properties in Rotliegend reservoir sandstones")
Diagenetic controls on fluid flow and mechanical properties in Rotliegend reservoir sandstones52,00 €
Upper Carboniferous sandstones are important tight gas reservoirs in Central Europe. This field-based study, conducted in a km-scale reservoir outcrop analog (Piesberg quarry, Lower Saxony Basin, NW Germany), focused on the diagenetic control on spatial reservoir quality distribution. Geothermometers were used to characterize a fault-related thermal anomaly. A prototype workflow based on terrestrial laser scanning is presented, which allowed for the automated detection and analysis of fractures.