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12452400
FALSE
MRCI_4S04LCKP2Tipg_2009mrcsp2
002
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1671165.688178
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205619.474605
1
Projected
GCS_North_American_1983
Linear Unit: Foot_US (0.304801)
MRCI_North_American_Albers_Equal_Area
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ItemDescription
Version 6.2 (Build 9200) ; Esri ArcGIS 10.7.0.10450
Isopach Contour Grid on the Lockport Dolomite of New York, Pennsylvania, Maryland, West Virginia, Ohio and Kentucky
1
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-75.737766
43.080056
36.594150
The main purpose of this dataset is to provide regional-scale guidance as to the thickness of the target Lockport Dolomite which may be suitable for deep geologic sequestration. This data should not be used as a substitute for detailed site investigations. This project was funded by the U.S. Department of Energy DE-FE0031836.
<DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>This is an isopach contour grid of the Lockport Dolomite and the laterally equivalent Keefer Sandstone in New York, Pennsylvania, Maryland, West Virginia, Ohio and Kentucky.</SPAN></P><P><SPAN>Author/Originator: Battelle Memorial Institute+</SPAN></P><P><SPAN>Date Created: 2021</SPAN></P></DIV></DIV></DIV>
Battelle Memorial Institute, 2021
Midwest Regional Carbon Initiative (MRCI)
Midwest Regional Carbon Sequestration Partnership (MRCSP) - Phase 2, 2009
CCUS
MRCI
Isopach Contour Grid
Isopach Contours
Isopach
Thickness Grid
Thickness
Lockport Dolomite
Lockport
Silurian-Mississippian Carbon System
Silurian Subsystem
Silurian
New York
Pennsylvania
Maryland
West Virginia
Ohio
Kentucky
<DIV STYLE="text-align:Left;"><DIV><P><SPAN>This product of the Midwest Regional Carbon Initiative (MRCI) is intended to provide general geologic information only and should not be used for any other purpose. It is not intended for resale or to replace site-specific investigations. These data were compiled by MRCI, which reserves the publication rights to this material. If these data are used in the compilation of other data sets or maps for distribution or publication, this source must be referenced.</SPAN></P><P><SPAN>The information contained herein may be updated or edited in the future. Future releases of this material, if altered, will display a revision date. Users should check to ensure they have the latest version and reference the appropriate revision date if it is being used in other works. </SPAN></P><P><SPAN>This material was prepared as an account of work sponsored by an agency of the United States Government. Neither the United States Government, nor any agency thereof, nor any of their employees, nor Battelle, nor any member of the MRCI makes any warranty, express or implied, or assumes any liability or responsibility for the accuracy, completeness, or usefulness of any information, apparatus, product, or process disclosed, or represents that its use would not infringe privately owned rights. Reference herein to any specific commercial product, process, or service by trade name, trademark, manufacturer, or otherwise does not necessarily constitute or imply its endorsement, recommendations, or favoring by Battelle, members of the MRCI, the United States Government or any agency thereof. The views and the opinions of authors expressed herein do not necessarily state or reflect those of the members of the MRCI, the United States Government or any agency thereof.</SPAN></P></DIV></DIV>
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