The Tuscaloosa Marine Shale (TMS) in southwest Mississippi and south-central Louisiana has potential to become a prolific source of fossil fuels using hydraulic fracturing technology. The objective of this study is to better understand the sequence and regional stratigraphy, lithology, and character of the TMS. Studying the TMS’s lithologic, depositional, and diagenetic properties is essential to maximize potential production. Characterization of the eastern TMS was performed with cuttings from two wells provided by the Mississippi Oil and Gas Board through MDEQ, and two provided by the USGS. Thirty-one petrophysical logs were correlated, to make cross sections and trace sequence stratigraphic intervals within the TMS. Results of the study ...
The Cretaceous Lower Tuscaloosa Formation in the Cranfield Field, Mississippi, is a siliciclastic re...
As exploration and production in shale-gas plays reach a more mature stage, it is clear that the con...
The subsurface structure and hydrocarbon distribution of the Heidelberg-Sand Hill Graben System have...
The Tuscaloosa Marine Shale (TMS) in southwest Mississippi and south-central Louisiana has potential...
The Tuscaloosa Marine Shale has been rapidly gaining interest throughout the petroleum industry and ...
The Tuscaloosa Marine Shale (TMS) was deposited across southern Louisiana and Mississippi during the...
The lithology, diagenesis, and depositional environments of the Dykes, Denkman, and McComb sands of ...
Many unconventional clay-rich oil and gas reservoirs are characterized by fine-scale heterogeneity t...
Produced water is a byproduct of oil and gas production. The chemistry of produced water may provide...
The Tuscaloosa Marine Shale (TMS) is an unconventional shale reservoir located in southeast Louisian...
Though the Cotton Valley Group is productive in Mississippi, Louisiana, and Texas, little is known a...
The Black Warrior Basin of Mississippi and Alabama is a Paleozoic foreland basin developed between t...
The Upper Cretaceous Eagle Ford Shale, in South and East Texas, consists of organic matter-rich foss...
Maxie and Pistol Ridge fields are located along the southern boundary of the Mississippi Salt Basin ...
Few publications have attempted lithologic calibration of mass transport deposits, (MTDs), usually i...
The Cretaceous Lower Tuscaloosa Formation in the Cranfield Field, Mississippi, is a siliciclastic re...
As exploration and production in shale-gas plays reach a more mature stage, it is clear that the con...
The subsurface structure and hydrocarbon distribution of the Heidelberg-Sand Hill Graben System have...
The Tuscaloosa Marine Shale (TMS) in southwest Mississippi and south-central Louisiana has potential...
The Tuscaloosa Marine Shale has been rapidly gaining interest throughout the petroleum industry and ...
The Tuscaloosa Marine Shale (TMS) was deposited across southern Louisiana and Mississippi during the...
The lithology, diagenesis, and depositional environments of the Dykes, Denkman, and McComb sands of ...
Many unconventional clay-rich oil and gas reservoirs are characterized by fine-scale heterogeneity t...
Produced water is a byproduct of oil and gas production. The chemistry of produced water may provide...
The Tuscaloosa Marine Shale (TMS) is an unconventional shale reservoir located in southeast Louisian...
Though the Cotton Valley Group is productive in Mississippi, Louisiana, and Texas, little is known a...
The Black Warrior Basin of Mississippi and Alabama is a Paleozoic foreland basin developed between t...
The Upper Cretaceous Eagle Ford Shale, in South and East Texas, consists of organic matter-rich foss...
Maxie and Pistol Ridge fields are located along the southern boundary of the Mississippi Salt Basin ...
Few publications have attempted lithologic calibration of mass transport deposits, (MTDs), usually i...
The Cretaceous Lower Tuscaloosa Formation in the Cranfield Field, Mississippi, is a siliciclastic re...
As exploration and production in shale-gas plays reach a more mature stage, it is clear that the con...
The subsurface structure and hydrocarbon distribution of the Heidelberg-Sand Hill Graben System have...