St Peter Sandstone Illinois Basin

The deeper portions of the Illinois Basin are the focus of this investigation because this area contains strata that are sufficiently deep, porous and permeable, and hydraulically isolated from fresh-water aquifers to make potential CO2 sequestration targets. Moreover, southern Illinois and western Kentucky are areas with major CO2 producers (fig. 1).

Data e Risorse

Campo Valore
Citation "\"Chad Rowan, St Peter Sandstone Illinois Basin, 2018-12-20, https://edx.netl.doe.gov/dataset/st-peter-sandstone-illinois-basin\""
Ecological Region "\"Terrestrial\""
Is NETL associated "\"No\""
Organization "\"Bureau of Economic Geology\""
spatial {"type": "MultiPolygon", "coordinates": [[[[-89.19358, 36.986824], [-89.282845, 36.999256], [-89.31106, 37.00973], [-89.383026, 37.049263], [-90.33684, 38.188766], [-91.36723, 39.724686], [-91.44934, 39.863094], [-91.50416, 40.066757], [-91.51628, 40.13459], [-91.5067, 40.200504], [-91.499084, 40.251423], [-91.48685, 40.30967], [-91.41127, 40.573013], [-90.6519, 42.4947], [-90.63846, 42.509365], [-90.420105, 42.508366], [-87.79738, 42.48915], [-87.52991, 41.723625], [-87.50791, 38.795605], [-87.508026, 38.769768], [-87.50834, 38.73668], [-88.071594, 37.51104], [-88.08791, 37.476322], [-88.45051, 37.09873], [-88.476845, 37.0722], [-88.490746, 37.068237], [-88.51732, 37.064827], [-89.12993, 36.988167], [-89.19358, 36.986824]], [[-87.95874, 37.776226], [-88.08606, 37.817657], [-88.089294, 37.831295], [-88.10149, 37.89535], [-88.10011, 37.906216], [-87.52991, 41.723625], [-86.83483, 41.765503], [-86.525185, 41.76554], [-85.29721, 41.76358], [-84.82601, 41.761875], [-84.788475, 41.76096], [-84.787445, 38.866642], [-84.81878, 38.79341], [-85.95858, 38.01184], [-86.05272, 37.966785], [-86.64557, 37.846], [-87.10643, 37.784252], [-87.95874, 37.776226]], [[-88.04276, 36.49657], [-89.53327, 36.49817], [-89.56706, 36.5188], [-89.56823, 36.54147], [-89.55621, 36.557804], [-89.169624, 37.064285], [-89.14642, 37.093235], [-89.0651, 37.185913], [-87.9219, 37.91991], [-84.742874, 39.142063], [-84.444916, 39.111828], [-82.89031, 38.742775], [-82.61375, 38.472668], [-81.95957, 37.531174], [-82.878044, 36.893696], [-83.13851, 36.74006], [-83.69561, 36.584248], [-88.04276, 36.49657]]]]}
Gruppi
  • AmeriGEOSS
  • Global Provider
Tag
  • amerigeo
  • amerigeoss
  • ckan
  • co2
  • co2-sequestration
  • edx
  • energy
  • energy-data-exchange
  • gases
  • geo
  • geochemistry
  • geology
  • geoss
  • global
  • illinois-basin
  • petrophysical
  • physical-properties
  • st-peter-sandstone
  • stratigraphy
author Matthew Dieterich
isopen False
license_id notspecified
license_title License not specified
metadata_created 2025-11-25T21:35:24.557466
metadata_modified 2025-11-25T21:35:24.557470
notes The deeper portions of the Illinois Basin are the focus of this investigation because this area contains strata that are sufficiently deep, porous and permeable, and hydraulically isolated from fresh-water aquifers to make potential CO2 sequestration targets. Moreover, southern Illinois and western Kentucky are areas with major CO2 producers (fig. 1).
num_resources 1
num_tags 19
title St Peter Sandstone Illinois Basin