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snippet: Continuity of top seal. Several studies characterize the confining unit above the Cape Fear Formation as a tight marine shale (Aucott and others, 1987; Aucott, 1988; Miller, 1990), and the shale interval is easy to recognize in published cross sections (Colquhoun and others, 1983; Aucott and others, 1987). Aucott (1988) provided a map showing the distribution leakage coefficient of the Cape Fear confining unit. He defined the leakage coefficient as the vertical hydraulic conductivity (~2 × 10 –7 ft/day) divided by the confining unit thickness (~50 ft). The map in the GIS is from Aucott (1988; his fig. 31).
summary: Continuity of top seal. Several studies characterize the confining unit above the Cape Fear Formation as a tight marine shale (Aucott and others, 1987; Aucott, 1988; Miller, 1990), and the shale interval is easy to recognize in published cross sections (Colquhoun and others, 1983; Aucott and others, 1987). Aucott (1988) provided a map showing the distribution leakage coefficient of the Cape Fear confining unit. He defined the leakage coefficient as the vertical hydraulic conductivity (~2 × 10 –7 ft/day) divided by the confining unit thickness (~50 ft). The map in the GIS is from Aucott (1988; his fig. 31).
accessInformation: Havorka, S., Romero, M., Warne, A., Ambrose, W., Tremblay, T., Trevino, R., and Sasson, D. "Sequestration of Greenhouse Gassesin Brine Formations: CO2 Brine Database. Bureau of Economic Geology Gulf Coast Carbon Center. 2012. https://www.beg.utexas.edu/gccc/research/brine-main
thumbnail:
maxScale: 5000
typeKeywords: []
description: Areal extent of the confining zones Publication Date: 2012 Geographic Extent: South Carolina coastal plain
licenseInfo: Public access
catalogPath:
title: Cape Fear Top Seal Continuity
type:
url:
tags: ["United States","South Carolina","South Carolina Coastal Plain","CCS","Cape Fear Top Seal Continuity","Cape Fear","Top Seal Continuity","Top Seal","Continuity","Polygon"]
culture: en-US
name:
guid:
minScale: 150000000
spatialReference: