Excess permeability in carbonate reservoirs is typically related to the presence of dual-
porosity multiscale nonmatrix features that can result in early water production or …

Subsurface characterization of faults and fault systems is a central piece to describe the
subsurface permeability architecture of a carbonate reservoir during field development. Data …

Dynamic appraisal in carbonates with excess permeability is critical to successful reservoir
modeling and depletion planning. Accurate recognition and characterization of a dual …

This paper reports the results of a large integrated study into the classification, distribution
and significance of hypogenic non-matrix large-scale dissolution features present in the …

Mechanical and chemical processes experienced by carbonate rocks result in a complex
network of natural fractures and dissolution features that have direct implications on porosity …

Lost circulation caused by developed natural fracture occurs frequently in tight sandstone
formations located in Sichuan Basin, China. Fracture-plugging wellbore strengthening by …

Abstract The Upper Jurassic 'Malm'carbonates of southern Germany are currently the most
developed reservoir for geothermal energy production in Germany. Although many studies …

Abstract The Middle Permian Maokou limestone is a major natural gas producing reservoir
in the southern Sichuan Basin, China. While matrix porosity is low, bit drops, losses while …

ABSTRACT The Bahamian Archipelago has been the subject of extensive studies of
stratigraphy, carbonate island morphology and diagenetic overprinting for many decades. A …

Carbonate rocks commonly exhibit multiscale pore networks because of the interplay of
depositional, diagenetic, and structural controls. This interplay commonly leads to carbonate …