Structural and diagenetic controls on reservoir quality in tight siliciclastic and carbonate rocks
Becker, Ivy
Structural and diagenetic controls on reservoir quality in tight siliciclastic and carbonate rocks - KIT Scientific Publishing 2018 - 1 electronic resource (XV, 186 p. p.)
Open Access
Upper Carboniferous (Westphalian C/D) fluvial sandstones and Zechstein Ca2 (Stassfurt, second cycle) carbonates represent two important hydrocarbon reservoir units in NW Europe. A better understanding of reservoir quality variations and their spatial variability is crucial to develop successful exploration strategies. In fluvial Westphalian C/D sandstones and Ca2 carbonate reservoirs, the reservoir properties are controlled by diagenetic alterations and intense fracturing.
Creative Commons
English
KSP/1000085503 9783731508366
10.5445/KSP/1000085503 doi
Westfal C/D Sandsteine Zechstein Ca2 Karbonate Zechstein Ca2 carbonates Strukturelle Diagenese Reservoir quality t-LiDAR based fracture analyses Structural diagenesis Westphalian C/D sandstones Reservoirqualitäten t-LiDAR basierte Kluftanalyse
Structural and diagenetic controls on reservoir quality in tight siliciclastic and carbonate rocks - KIT Scientific Publishing 2018 - 1 electronic resource (XV, 186 p. p.)
Open Access
Upper Carboniferous (Westphalian C/D) fluvial sandstones and Zechstein Ca2 (Stassfurt, second cycle) carbonates represent two important hydrocarbon reservoir units in NW Europe. A better understanding of reservoir quality variations and their spatial variability is crucial to develop successful exploration strategies. In fluvial Westphalian C/D sandstones and Ca2 carbonate reservoirs, the reservoir properties are controlled by diagenetic alterations and intense fracturing.
Creative Commons
English
KSP/1000085503 9783731508366
10.5445/KSP/1000085503 doi
Westfal C/D Sandsteine Zechstein Ca2 Karbonate Zechstein Ca2 carbonates Strukturelle Diagenese Reservoir quality t-LiDAR based fracture analyses Structural diagenesis Westphalian C/D sandstones Reservoirqualitäten t-LiDAR basierte Kluftanalyse