WELL LOGS · UNITED STATES · ONE ROW PER LOG
Well logs within 2 mi of Windfohr A. B. 10 #29 (42-101-30596)
Well logs loaded into Petrora from the regulators' log indexes, newest received first: what each measures, whether it is a digital LAS file or an image, the interval filed for it, and the formations it spans by the well's own tops. Loaded so far for Texas; more states and data sources will follow. Petrora lists these logs; each well's page links to the regulator for the files.
Distances are to the nearest location on file for each well (a horizontal has several along its path), in miles. Locations are surface and path points as mapped, not bottom-hole surveys.
40 LOG FILES ON 22 WELLS · A LOG'S LAS AND IMAGE IN ONE ROW · PAGE 1 OF 1
| Well | Distancemi | Logas described | Intervalft, as filed | Datereceived |
|---|---|---|---|---|
| Windfohr A. B. 10 #2942-101-30596Cottle, TX · Petex | here | ResistivityTIFFARRAY INDUCTION GAMMA RAY/SP | 393 to 8,390 | Jul 5, 2006run Mar 27, 2003 |
| Windfohr A. B. 10 #3842-101-30670Cottle, TX · Petex | 0.28 | NEUTRON/DENSITY POROSITYTIFF | 6,600 to 8,922 | Sep 10, 2008run Feb 21, 2007 |
| Windfohr A. B. 10 #3842-101-30670Cottle, TX · Petex | 0.28 | RESISTIVITYTIFF | 358 to 8,922 | Sep 10, 2008run Feb 21, 2007 |
| Windfohr A. B. 10 #4242-101-30674Cottle, TX · Petex | 0.28 | Neutron/Density PorosityTIFFSPECTRAL DENSITY DUAL SPACED NEUTRON MICROLOG | 6,400 to 8,203 | Dec 13, 2007run May 5, 2007 |
| Windfohr A. B. 10 #4242-101-30674Cottle, TX · Petex | 0.28 | ResistivityTIFFARRAY COMPENSATED TRUE RESISTIVITY LOG | 409 to 8,203 | Dec 13, 2007run May 5, 2000 |
| Windfohr A. B. 10 #3642-101-30658Cottle, TX · Petex | 0.57 | ResistivityTIFFARRAY COMPENSATED RESISTIVITY | 312 to 9,402 | Jun 6, 2007run Aug 21, 2006 |
| Windfohr A. B. 10 #1342-101-30648Cottle, TX · Petex | 0.68 | Combination: Resistivity/Neutron Density PorosityTIFFPSUDO TRIPLE COMBO FROM CHI PROCESSING CORAL VOLUMETRIC ANALYSIS | 7,310 to 9,130 | Mar 7, 2007run May 31, 2006 |
| Windfohr A. B. 10 #1342-101-30648Cottle, TX · Petex | 0.68 | Neutron/Density PorosityTIFFSPECTRAL DENSITY DUAL SPACED NEUTRON MICROLOG | 4,200 to 8,450 | Mar 8, 2007run May 15, 2003 |
| Windfohr A. B. 10 #1342-101-30648Cottle, TX · Petex | 0.68 | ResistivityTIFFARRAY COMPENSATED TRUE RESISTIVITY | 4,200 to 8,450 | Mar 8, 2007run May 15, 2003 |
| Windfohr A.B. 10 #3942-101-30671Cottle, TX · Burnett Oil Co. Inc. | 0.78 | Acoustic PorosityTIFFSONIC LOG | 2,000 to 7,748 | Jan 22, 2008run Apr 2, 2007 |
| Windfohr A.B. 10 #3942-101-30671Cottle, TX · Burnett Oil Co. Inc. | 0.78 | Neutron/Density PorosityTIFFSPECTRAL DENSITY DUAL SPACED NEUTRON MICROLOG | 6,500 to 7,748 | Jan 22, 2008run Apr 2, 2007 |
| Windfohr A.B. 10 #3942-101-30671Cottle, TX · Burnett Oil Co. Inc. | 0.78 | ResistivityTIFFHIGH RESOLUTION INDUCTION LOG | 358 to 7,748 | Jan 22, 2008run Apr 2, 2007 |
| Windfohr A. B. 10 #3742-101-30661Cottle, TX · Petex | 0.86 | ResistivityTIFFARRAY COMPENSATED TRUE RESISTIVITY | 330 to 9,712 | Jun 6, 2007run Sep 18, 2006 |
| Windfohr A. B. 10 #3142-101-30604Cottle, TX · Petex | 0.98 | ResistivityTIFFHIGH RESOLUTION INDUCTION | 366 to 7,585 | Dec 28, 2006run Sep 9, 2003 |
| Brothers #1642-101-30668Cottle, TX · Wagner Oil Company | 1.00 | NEUTRON/DENSITY POROSITYTIFF | 6,000 to 9,541 | Sep 22, 2008run Jun 2, 2007 |
| Brothers #1642-101-30668Cottle, TX · Wagner Oil Company | 1.00 | RESISTIVITYTIFF | 100 to 9,541 | Sep 22, 2008run Jun 2, 2007 |
| Windfohr A. B. 10 #3242-101-30620Cottle, TX · Petex | 1.06 | Neutron/Density PorosityTIFFCOMPENSATED PHOTO-DENSITY COMP. NEUTRON MLS/GAMMA RAY LOG | 6,220 to 7,774 | May 15, 2008run Sep 25, 2004 |
| Windfohr A. B. 10 #3242-101-30620Cottle, TX · Petex | 1.06 | ResistivityTIFFARRAY INDUCTION SHALLOW FOCUSED ELECTRIC LOG | 365 to 7,774 | May 15, 2008run Sep 25, 2004 |
| Brothers #1742-101-30684Cottle, TX · Gunn Oil Company | 1.17 | NEUTRON/DENSITY POROSITYTIFF | 6,700 to 10,480 | Apr 15, 2011run Feb 29, 2008 |
| Brothers #1742-101-30684Cottle, TX · Gunn Oil Company | 1.17 | RESISTIVITYTIFF | 424 to 10,494 | Apr 15, 2011run Feb 29, 2008 |
| Brothers #1542-101-30647Cottle, TX · Wagner Oil Company | 1.23 | Resistivity2 TIFFARRAY INDUCTION GAMMA RAY SP | 396 to 9,790 | Oct 22, 2007run Apr 10, 2006 |
| Windfohr A. B. 10 #2842-101-30605Cottle, TX · Petex | 1.27 | ResistivityTIFFHIGH RESOLUTION INDUCTION | 341 to 8,045 | Dec 28, 2006run Oct 3, 2003 |
| Russell #642-101-30693Cottle, TX · Wagner Oil Company | 1.30 | NEUTRON/DENSITY POROSITYTIFF | 7,500 to 9,418 | Nov 21, 2011run Aug 4, 2008 |
| Russell #642-101-30693Cottle, TX · Wagner Oil Company | 1.30 | RESISTIVITYTIFF | 7,500 to 9,418 | Nov 21, 2011run Aug 4, 2008 |
| Windfohr A. B. 10 #3542-101-30656Cottle, TX · Burnett Oil Co. Inc. | 1.55 | Neutron/Density PorosityTIFFSPECTRAL DENSITY DUAL SPACED NEUTRON LOG | 7,000 to 8,183 | Jan 30, 2008run Jul 21, 2006 |
| Windfohr A. B. 10 #3542-101-30656Cottle, TX · Burnett Oil Co. Inc. | 1.55 | ResistivityTIFFARRAY COMPENSATED RESISITIVITY LOG | 365 to 8,183 | Jan 30, 2008run Jul 21, 2006 |
| Brothers #2042-101-30695Cottle, TX · Gunn Oil Company | 1.61 | NEUTRON/DENSITY POROSITYTIFF | 6,650 to 10,242 | Oct 11, 2011run Sep 19, 2008 |
| Brothers #2042-101-30695Cottle, TX · Gunn Oil Company | 1.61 | RESISTIVITYTIFF | 6,650 to 10,242 | Oct 11, 2011run Sep 19, 2008 |
| Brothers #1142-101-30650Cottle, TX · Wagner Oil Company | 1.68 | Neutron/Density PorosityTIFFCOMPENSATED NEUTRON LITHODENSITY GAMMA RAY MICROLOG | 6,200 to 10,442 | Jan 16, 2008run Jun 24, 2006 |
| Brothers #1142-101-30650Cottle, TX · Wagner Oil Company | 1.68 | ResistivityTIFFARRAY INDUCTION IMAGER GAMMA RAY SP | 394 to 10,442 | Jan 16, 2008run Jun 24, 2006 |
| Brothers #1142-101-30650Cottle, TX · Wagner Oil Company | 1.68 | Surveys Cased HoleTIFFRESERVIOR SATURATION TOOL SIGMA MODE | 8,000 to 10,740 | Mar 11, 2008run Jul 5, 2006 |
| Dozer #142-101-30598Cottle, TX · Sojourner Drilling Corporation | 1.71 | ResistivityTIFFARRAY INDUCTION SHALLOW FOCUSED ELECTRIC LOG | 398 to 8,690 | Jun 21, 2007run Apr 27, 2003 |
| Russell #442-101-30617Cottle, TX · Wagner Oil Company | 1.84 | Neutron/Density PorosityTIFFCOMPENSATED PHOTO-DENSITY COMP. NEUTRON MLS GAMMA RAY LOG | 398 to 10,146 | Mar 28, 2008run Sep 9, 2004 |
| Russell #442-101-30617Cottle, TX · Wagner Oil Company | 1.84 | ResistivityTIFFARRAY INDUCTION SHALLOW FOCUSED ELECTRIC LOG | 398 to 10,146 | Mar 28, 2008run Sep 9, 2004 |
| Brothers a #1442-101-30688Cottle, TX · Wagner Oil Company | 1.91 | NEUTRON/DENSITY POROSITYTIFF | 7,000 to 11,634 | May 24, 2011run May 24, 2008 |
| Brothers a #1442-101-30688Cottle, TX · Wagner Oil Company | 1.91 | RESISTIVITYTIFF | 413 to 11,644 | May 24, 2011run May 24, 2008 |
| Russell #1042-101-30729Cottle, TX · Wagner Oil Company | 1.95 | RESISTIVITYTIFF | 3,323 to 11,234 | Jan 31, 2018run Jan 25, 2015 |
| Triangle Mc #142-101-30700Cottle, TX · Wagner Oil Company | 2.00 | NEUTRON/DENSITY POROSITYTIFF | 415 to 7,255 | Mar 18, 2013run Mar 5, 2010 |
| Triangle Mc #142-101-30700Cottle, TX · Wagner Oil Company | 2.00 | RESISTIVITYTIFF | 415 to 7,255 | Mar 18, 2013run Mar 5, 2010 |
About this data
Well logs loaded into Petrora from the regulators' log indexes, so far for Texas, with more states and data sources to follow; not necessarily every log that exists. These are the logs loaded into Petrora from the Railroad Commission's inventories, not necessarily every log run on the well. The RRC holds the files; each opens from its log search for the well. The kind is the RRC's description of the log; the interval is the one filed for it. A formation is spanned where the log's filed interval overlaps it in the well's own formation tops; both are measured depths as filed, so a horizontal's lateral is counted in the formation it ends in. Kinds are read from the regulator's description of each log, not from its curves. The date is when the log entered the RRC's imaged log database; a run date is shown where the index gives a different one (mostly logs before 2017: since digital filing began that year, the index gives the filing date for both). Nothing is estimated.
Developers: this page as JSON is GET /v1/data/logs, documented in the API reference.