WELL LOGS · UNITED STATES · ONE ROW PER LOG

Well logs within 2 mi of API 42-201-01079

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.

Within0.5 mi1 mi2 mi3 mi5 mi10 mi25 miof API 42-201-01079Clear

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.

11 LOG FILES ON 8 WELLS · A LOG'S LAS AND IMAGE IN ONE ROW · PAGE 1 OF 1

Well DistancemiLogas describedIntervalft, as filedDatereceived
Tharp #142-201-32661Harris, TX · WRD Operating LLC0.44Combination: Resistivity/Neutron Density PorosityTIFFSIMULTANEOUS TRIPLE INDUCTION/SPECTRAL DENSITY/NEUTRON6,943 to 8,032Jul 18, 2006run Jun 5, 2003
Tharp #242-201-32659Harris, TX · WRD Operating LLC0.67Combination: Resistivity/Neutron Density PorosityTIFFSIMULTANEOUS TRIPLE INDUCTION/SPECTRAL DENSITY/NEUTRON1,081 to 8,225Aug 16, 2006run Jun 13, 2002
Middleton #142-201-32651Harris, TX · Brammer Engineering Inc.1.20Combination: Resistivity/Neutron Density PorosityTIFFARRAY INDUCTION, COMP. NEUTRON TRIPLE DETECTOR DENSITY3,571 to 9,840Jul 11, 2006run May 5, 2003
Nunan #142-201-32827Harris, TX · Nordstrand Engineering Inc.1.26COMBINATION: RESISTIVITY/NEUTRON/DENSITY POROSITYTIFF3,485 to 9,937Mar 16, 2015run Jan 30, 2009
Johnson #142-201-32800Harris, TX · Brammer Engineering Inc.1.28COMBINATION: RESISTIVITY/NEUTRON/DENSITY POROSITYTIFF3,372 to 9,009Dec 28, 2010run Dec 19, 2007
Johnson #142-201-32800Harris, TX · Brammer Engineering Inc.1.28COMBINATION: RESISTIVITY/NEUTRON/DENSITY POROSITYTIFF9,009 to 9,362Dec 28, 2010run Dec 25, 2007
McWhorter #142-201-32658Harris, TX · Faulconer Energy LLC1.43Combination: Resistivity/Neutron Density PorosityTIFFPLATFORM EXPRESS ARRAY INDUCTION COMPENSATED NEUTRON TRIPLE DETECTOR DENSITY3,579 to 9,410Aug 11, 2006run May 27, 2003
McWhorter #142-201-32658Harris, TX · Faulconer Energy LLC1.43Combination: Resistivity/Neutron Density PorosityTIFFPLATFORM EXPRESS ARRAY INDUCTION COMPENSATED NEUTRON TRIPLE DETECTOR DENSITY5,788 to 9,367Aug 11, 2006run Jun 14, 2003
Riceland #242-201-32714Harris, TX · Brammer Engineering Inc.1.58RESISTIVITYTIFF3,518 to 12,800Oct 8, 2008run Aug 28, 2005
Riceland #242-201-32714Harris, TX · Brammer Engineering Inc.1.58RESISTIVITYTIFF3,518 to 13,392Oct 8, 2008run Aug 24, 2005
Holmes #1A42-201-32712Harris, TX · Proline Energy Resources Inc1.90COMBINATION: RESISTIVITY/NEUTRON/DENSITY POROSITYTIFF3,515 to 9,812Aug 15, 2008run Mar 8, 2005

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.