Sea level and diagenetic controls on dolomite reservoir compartmentalization; evidence from the Niagaran Racine Formation of the Sangamon Arch, west-central Illinois

Keyphrases

• Illinois 100%
• Seawater 100%
• Level Control 100%
• Dolomitization 100%
• Racine 100%
• Diagenetic Controls 100%
• Dolomite Reservoir 100%
• Reservoir Compartmentalization 100%
• Porosity 66%
• Upper Part 66%
• Dolomite 66%
• Sea-level Fluctuations 66%
• Depositional Cycle 33%
• Kinetic Barrier 33%
• Primary Control 33%
• Reflux 33%
• Coral 33%
• Petroleum Reservoir 33%
• Subaerial Exposure 33%
• Grainstone 33%
• Predictive Tool 33%
• Echinoderms 33%
• Sequence Boundary 33%
• Burial Diagenesis 33%
• Early Dolomitization 33%
• Petroleum Exploration 33%
• Sea-level Highstand 33%
• Lime mudstone 33%
• Ramp Setting 33%
• Crinoids 33%
• Rudstone 33%
• Reservoir Rock 33%
• Brachiopods 33%
• Inner Ramp 33%
• Transgressive-regressive Cycles 33%
• Shallow Water Environment 33%
• Marine Facies 33%
• Southeastern Part 33%
• Reservoir Porosity 33%
• Porosity Enhancement 33%
• Chemical Compaction 33%
• Dolomitization Model 33%
• Dolomitizing Fluids 33%

Earth and Planetary Sciences

• Illinois 100%
• Sea Level 100%
• Dolomite 100%
• Dolomitization 100%
• Reservoir Compartmentalization 100%
• Porosity 40%
• Silurian 40%
• Heavy Oil 20%
• Paleoenvironment 20%
• Subaerial Exposure 20%
• Grainstone 20%
• Marine Environment 20%
• Mudstone 20%
• Sequence Boundary 20%
• Burial Diagenesis 20%
• Reservoir Rock 20%
• Brachiopod 20%
• Petroleum Reservoir 20%
• Reservoir Porosity 20%