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Horizons in Unconventional Energy: E...

Spears, Justin D.,

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Horizons in Unconventional Energy: Examples From the Anadarko Basin and Gulf of Mexico /

Record Type:	Electronic resources : Monograph/item
Title/Author:	Horizons in Unconventional Energy: Examples From the Anadarko Basin and Gulf of Mexico // Justin D Spears.
Author:	Spears, Justin D.,
Description:	1 electronic resource (220 pages)
Notes:	Source: Dissertations Abstracts International, Volume: 86-01, Section: B.
Contained By:	Dissertations Abstracts International86-01B.
Subject:	Geology. -
Online resource:	https://pqdd.sinica.edu.tw/twdaoapp/servlet/advanced?query=31143799
ISBN:	9798383205198

Horizons in Unconventional Energy: Examples From the Anadarko Basin and Gulf of Mexico /
Spears, Justin D.,

Horizons in Unconventional Energy: Examples From the Anadarko Basin and Gulf of Mexico /Justin D Spears. - 1 electronic resource (220 pages)

Source: Dissertations Abstracts International, Volume: 86-01, Section: B.

Unconventional energy now accounts for more than the majority of hydrocarbon production in the United States, and leading-edge research is focusing on recovering oil from clay-rich shale formations and CO2-EOR with associated geologic CO2 storage. The Goddard Shale (Serpukhovian) contains an exceptionally productive unconventional reservoir that was deposited in the southeastern Anadarko Basin. The Goddard Shale reservoir is highly water-reactive, containing an average of 18% swelling clay minerals. The facies bounding the Goddard Shale reservoir were deposited in nearshore environments. The reservoir is an organic-rich, argillaceous siltstone with porosity of approximately 10% and exceptional permeability of approximately 2.3 µD; it is oil-prone and was deposited farther offshore.The Gulf of Mexico Basin (GOM) is the one of most prolific hydrocarbon basins in the United States. Waterfloods are becoming mature, and an opportunity exists to apply CO2-EOR. Even greater potential exists for CO2 storage in saline formations. The Mars-Ursa Minibasin provides a world class opportunity for offshore CO2-EOR. The minibasin contains at least 26 producing reservoirs. The main reservoirs consist of turbidites deposited in channel complexes, fans, and levee-overbank systems. The storage P50 resource for the Mars-Ursa minibasin is estimated at 168 Mt for storage associated with CO2-EOR and 345 Mt for storage in saline formations.Central GOM reservoir data were analyzed and mapped regionally to characterize CO2 storage opportunities in saline formations and oil and gas reservoirs. The P50 storage resource in the study area is estimated to be 51.9 Gt in known reservoirs. Of this potential, a storage resource of about 2.6 Gt is in proven oil reservoirs. The greatest potential is in Miocene-Pleistocene sandstone, which were deposited principally in turbidite channel-fan systems in a complex salt-tectonic setting. EOR appears to be the most attractive pathway toward the deployment of CO2 storage technology in the Central GOM, and saline reservoir development will become increasingly attractive if a large CO2 supply becomes available.

English

ISBN: 9798383205198Subjects--Topical Terms:

516570
Geology.
Subjects--Index Terms:

Gulf of Mexico Basin

Horizons in Unconventional Energy: Examples From the Anadarko Basin and Gulf of Mexico /
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245 1 0 $a Horizons in Unconventional Energy: Examples From the Anadarko Basin and Gulf of Mexico / $c Justin D Spears.
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500 $a Advisors: Pashin, Jack Committee members: Puckette, Jim; Salam, Mohamed Abdel; Clark, Peter.
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520 $a Unconventional energy now accounts for more than the majority of hydrocarbon production in the United States, and leading-edge research is focusing on recovering oil from clay-rich shale formations and CO2-EOR with associated geologic CO2 storage. The Goddard Shale (Serpukhovian) contains an exceptionally productive unconventional reservoir that was deposited in the southeastern Anadarko Basin. The Goddard Shale reservoir is highly water-reactive, containing an average of 18% swelling clay minerals. The facies bounding the Goddard Shale reservoir were deposited in nearshore environments. The reservoir is an organic-rich, argillaceous siltstone with porosity of approximately 10% and exceptional permeability of approximately 2.3 µD; it is oil-prone and was deposited farther offshore.The Gulf of Mexico Basin (GOM) is the one of most prolific hydrocarbon basins in the United States. Waterfloods are becoming mature, and an opportunity exists to apply CO2-EOR. Even greater potential exists for CO2 storage in saline formations. The Mars-Ursa Minibasin provides a world class opportunity for offshore CO2-EOR. The minibasin contains at least 26 producing reservoirs. The main reservoirs consist of turbidites deposited in channel complexes, fans, and levee-overbank systems. The storage P50 resource for the Mars-Ursa minibasin is estimated at 168 Mt for storage associated with CO2-EOR and 345 Mt for storage in saline formations.Central GOM reservoir data were analyzed and mapped regionally to characterize CO2 storage opportunities in saline formations and oil and gas reservoirs. The P50 storage resource in the study area is estimated to be 51.9 Gt in known reservoirs. Of this potential, a storage resource of about 2.6 Gt is in proven oil reservoirs. The greatest potential is in Miocene-Pleistocene sandstone, which were deposited principally in turbidite channel-fan systems in a complex salt-tectonic setting. EOR appears to be the most attractive pathway toward the deployment of CO2 storage technology in the Central GOM, and saline reservoir development will become increasingly attractive if a large CO2 supply becomes available.
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650 4 $a Petroleum engineering. $3 566616
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653 $a Gulf of Mexico Basin
653 $a Unconventional energy
653 $a Anadarko Basin
653 $a Hydrocarbons
653 $a Enhanced oil recovery
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710 2 $a Oklahoma State University. $b Geology. $e degree granting institution. $3 3821563
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