illinois-storage-corridor-one-earth-energy-1-core

The National Energy Technology Laboratory is a U.S national laboratory under the Department of Energy Office of Fossil Energy. NETL focuses on applied research for the clean production and use of domestic energy resources

national-energy-technology-laboratory-netl

National Energy Technology Laboratory (NETL)

Read me file describing the data in this submission.

oee1_files_readme.txt

Available core photos of the One Earth Energy #1 core

oee-core-photos-jpgs.zip

micro-ct-one-earth-core3-box27-6420.tif

Combined data from NETL's Geotek multi sensor core logger of the One Earth Energy well core

one-earth-mscl.xlsx

Combined Strater plot of the Mt Simon section of the One Earth Energy well core

mt-simon-strater-oee.png

Combined Strater plot of the Eau Claire section of the One Earth Energy well core

eau-claire-strater-oee.png

Raw data from NETL's MultiSensor Core Logger of the One Earth Energy well core

one-earth-mscl-data.zip

Processed micro CT scans from the TESCAN DynaTOM scanner of the One Earth Energy #1 core

dynatom-processed-ct-scans-oee.zip

Micro CT scans from the TESCAN DynaTOM of the One Earth Energy #1 well. 

dynatom-ct-scans-oee.zip

Processed Micro CT scans of One Earth Energy #1 well core. jpg format

one-earth-processed-micro-ct-scans.zip

Micro CT scans of One Earth Energy #1 well core. Scaled 50% and converted to 8 bit tif stacks to make downloads quicker and easier to process. 

one-earth-scaled-micro-ct-scans.zip

Micro CT scan of One Earth Energy #1 well core from a depth of 6351.1 feet. 16-bit tif stack. M70 optics used

micro-ct-one-earth-core3-box4-6351.1-m70.tif

Micro CT scan of One Earth Energy #1 well core from a depth of 6351.1 feet. 16-bit tif stack. 4X optics used. 

micro-ct-one-earth-core3-box4-6351.1-4x.tif

Micro CT scan of One Earth Energy #1 well core from a depth of 6348 feet. 16-bit tif stack.

micro-ct-one-earth-core3-box3-6348.tif

Micro CT scan of One Earth Energy #1 well core from a depth of 6444 feet. 16-bit tif stack.

micro-ct-one-earth-core3-box2-6344.tif

Micro CT scan of One Earth Energy #1 well core from a depth of 6481.5 feet. 16-bit tif stack.

micro-ct-one-earth-core4-box18-6481.5.tif

Micro CT scan of One Earth Energy #1 well core from a depth of 6463.8 feet. 16-bit tif stack.

micro-ct-one-earth-core4-box12-6463.8.tif

Micro CT scan of One Earth Energy #1 well core from a depth of 6371.9 feet. 16-bit tif stack.

micro-ct-one-earth-core3-box11-6371.9.tif

Micro CT scan of One Earth Energy Well #1 core from a depth of 6400.1 feet. 16 bit tif stack.

micro-ct-one-earth-core3-box7-6400.10.tif

Micro CT scan of One Earth Energy Well #1 core from a depth of 6356.9 feet. 16 bit tif stack.

micro-ct-one-earth-core3-box6-6356.9.tif

Industrial CT scans of One Earth Energy #1 Well core. These are tif stacks that have been scaled by 50% in x, y, and z and representative jpgs

one-earth-processed-ind-ct-scans.zip

Industrial CT scan of One Earth Energy #1 Well core from a depth of 6511.58 feet

oneearth-core4-box-29-6511.58.tif

Industrial CT scan of One Earth Energy #1 Well core from a depth of 6504 feet

oneearth-core4-box-26-6504.tif

Industrial CT scan of One Earth Energy #1 Well core from a depth of 6504.4 feet

oneearth-core4-box-26-6504.4.tif

Industrial CT scan of One Earth Energy #1 Well core from a depth of 6438.3 feet

one-earth-6438.3.tif

Processed medical CT images showing the center of each core along it's length with a 2 centimeter scale bar on each image. Jpgs.

one-earth-resliced-medical-ct-with-scale-bars-jpgs.zip

Processed medical CT images showing the center of each core along it's length. Jpgs.

one-earth-resliced-medical-ct-jpgs.zip

Tif stacks of the medical CT scans. Low energy (80 kV) and cropped to remove extra voxels. 4310 - 4371 feet. 

tif_images_one_earth_4310_4371_lowenergy.zip

Tif stacks of the medical CT scans. High energy (135 kV) and cropped to remove extra voxels. 4310 - 4371 feet. 

tif_images_one_earth_4310_4371_highenergy.zip

Tif stacks of the medical CT scans. Low energy (80 kV) and cropped to remove extra voxels. 6431 - 6521 feet. 

tif_images_one_earth_6431_6521_lowenergy.zip

Tif stacks of the medical CT scans. High energy (135 kV) and cropped to remove extra voxels. 6431 - 6521 feet. 

tif_images_one_earth_6431_6521_highenergy.zip

Tif stacks of the medical CT scans. Low energy (80 kV) and cropped to remove extra voxels. 6341-6430 feet. 

tif_images_one_earth_6341_6430_lowenergy.zip

Tif stacks of the medical CT scans. High energy (135 kV) and cropped to remove extra voxels. 6341-6430 feet. 

tif_images_one_earth_6341_6430_highenergy.zip

Processed medical CT images showing the 3D structure of each core section. Tif stack format

combined-movies-tif.zip

Processed medical CT images that show the 3D structure of the core. Animated gif format

combined-movies-gif.zip

Processed medical CT images that show the 3D structure of each core section. Avi format.

combined-movies-avi.zip

Medical CT Files, Original DICOM format. 6,431 - 6,521 feet depth. High Energy scans at 135 kV.

dicom_one_earth_6431_6521_highenergy.zip

Medical CT Files, Original DICOM format. 6,341 - 6,430 feet depth. High Energy scans at 135 kV.

dicom_one_earth_6341_6430_highenergy.zip

Medical CT Files, Original DICOM format. 4,310 - 4,371 feet depth. High Energy scans at 135 kV.

dicom_one_earth_4310_4371_highenergy.zip

Medical CT Files, Original DICOM, 4310 - 4371 feet. Low Energy scans at 80 kV.

dicom_one_earth_4310_4371_lowenergy.zip

Medical CT Files, Original DICOM, 6431-6521 feet.  Low Energy scans at 80 kV.

dicom_one_earth_6431_6521_lowenergy.zip

Medical CT Files, Original DICOM format, depths of 6,341 - 6,430 feet. Low Energy scan at 80 kV.