Investigation of Oil Well Blowouts Triggered by Wastewater Injection in the Permian Basin, USA.

This dataset is a part of research work titled: "Investigation of Oil Well Blowouts Triggered by Wastewater Injection in the Permian Basin, USA."

Authors: 
Vamshi Karanam, Zhong Lu, Jin-Woo Kim, Roger P Denlinger

The folder contains six datasets. They are explained in detail below.

1. Deformation rate map
filename: deformation_rate.geojson
The data can be accessed using QGIS, ArcGIS or other GIS software
The attribute table contains:
field_0: point number
field_1:Code
field_2:height
field_3: height standard deviation
field_4:deformation rate (mm/yr)
field_5:standard deviation of deformation rate
field_6: Coherence
field_7: effective area

2. Monthly njection volumes
filename: injection_volumes.geojson
The data can be accessed using QGIS, ArcGIS or other GIS software
The attributes table contains:
field_0: API Number
field_1 to field_150: Monthly injection volumes from 20100101 to 20220601 (m^3)
field_151: Longitude
field_152 : Latitude

3. Depth to the top of formations
filename: main_formations_new.geojson
The data can be accessed using QGIS, ArcGIS or other GIS software
The attribute table contains:
field_0: API Number
field_1 to field_12: Depth to top of different formations (m)
field_13: True depth of the well (m)
field_14: Latitude
field_15: Longitude

4. Blowout Modeling results
This dataset contains six files as follows:
i. blowout_bestfit_alpha.mat: best fit parameters for the Modeling of sill alpha. 
ii. blowout_bestfit_alpha_summary.mat: summary of the best fit parameters for the Modeling of sill alpha
iii. blowout_bestfit_beta.mat: best fit parameters for the Modeling of sill beta
iv. blowout_bestfit_beta_summary.mat: summary of the best fit parameters for the Modeling of sill beta
v. blowout_bestfit_results.csv: Best fit results of the penny crack modeling. The csv file contains five columns: Longitude, Latitude, Observed deformation, Modeled deformation and Residual
vi. blowout_input_data.mat: Input data for the modeling of blowout. The mat file contains five files. InSAR Phase (Phase), Incidence angle (Inc), Heading angle (Heading), Longitude (Lon), Latitude (Lat)

5. Cumulative uplift Modeling results
This dataset contains six files as follows:
i. uplift_bestfit_alpha.mat: best fit parameters for the Modeling of sill alpha. 
ii. uplift_bestfit_alpha_summary.mat: summary of the best fit parameters for the Modeling of sill alpha
iii. uplift_bestfit_beta.mat: best fit parameters for the Modeling of sill beta
iv. uplift_bestfit_beta_summary.mat: summary of the best fit parameters for the Modeling of sill beta
v. uplift_bestfit_results.csv: Best fit results of the penny crack modeling. The csv file contains five columns: Longitude, Latitude, Observed deformation, Modeled deformation and Residual
vi. uplift_input_data.mat: Input data for the modeling of cumulative uplift. The mat file contains five files. InSAR Phase (Phase), Incidence angle (Inc), Heading angle (Heading), Longitude (Lon), Latitude (Lat)

6. Metadata for the Sentinel-1 datasets used in this study

i. sentinel_1_datasets_descending.csv: CSV file with filenames, date of acquisition and other metadata along with URL to access the datasets in descending geometry

ii. sentinel_1_datasets_ascending.csv: CSV file with filenames, date of acquisition and other metadata along with URL to access the datasets in ascending geometry