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

<p>This dataset is a part of research work titled: "Investigation of Oil Well Blowouts Triggered by Wastewater Injection in the Permian Basin, USA."</p> <p>Authors:&nbsp;<br>Vamshi Karanam, Zhong Lu, Jin-Woo Kim, Roger P Denlinger</p> <p><br>The folder contains six datasets. They are explained in detail below.</p> <p>1. Deformation rate map<br>filename: deformation_rate.geojson<br>The data can be accessed using QGIS, ArcGIS or other GIS software<br>The attribute table contains:<br>field_0: point number<br>field_1:Code<br>field_2:height<br>field_3: height standard deviation<br>field_4:deformation rate (mm/yr)<br>field_5:standard deviation of deformation rate<br>field_6: Coherence<br>field_7: effective area</p> <p><br>2. Monthly njection volumes<br>filename: injection_volumes.geojson<br>The data can be accessed using QGIS, ArcGIS or other GIS software<br>The attributes table contains:<br>field_0: API Number<br>field_1 to field_150: Monthly injection volumes from 20100101 to 20220601 (m^3)<br>field_151: Longitude<br>field_152 : Latitude</p> <p><br>3. Depth to the top of formations<br>filename: main_formations_new.geojson<br>The data can be accessed using QGIS, ArcGIS or other GIS software<br>The attribute table contains:<br>field_0: API Number<br>field_1 to field_12: Depth to top of different formations (m)<br>field_13: True depth of the well (m)<br>field_14: Latitude<br>field_15: Longitude</p> <p><br>4. Blowout Modeling results<br>This dataset contains six files as follows:<br>i. blowout_bestfit_alpha.mat: best fit parameters for the Modeling of sill alpha.&nbsp;<br>ii. blowout_bestfit_alpha_summary.mat: summary of the best fit parameters for the Modeling of sill alpha<br>iii. blowout_bestfit_beta.mat: best fit parameters for the Modeling of sill beta<br>iv. blowout_bestfit_beta_summary.mat: summary of the best fit parameters for the Modeling of sill beta<br>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<br>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)</p> <p><br>5. Cumulative uplift Modeling results<br>This dataset contains six files as follows:<br>i. uplift_bestfit_alpha.mat: best fit parameters for the Modeling of sill alpha.&nbsp;<br>ii. uplift_bestfit_alpha_summary.mat: summary of the best fit parameters for the Modeling of sill alpha<br>iii. uplift_bestfit_beta.mat: best fit parameters for the Modeling of sill beta<br>iv. uplift_bestfit_beta_summary.mat: summary of the best fit parameters for the Modeling of sill beta<br>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<br>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)</p> <p>6. Metadata for the Sentinel-1 datasets used in this study</p> <p>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</p> <p>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</p>