WELLS · CROSS-SECTION

2 wells, subsea datum

West to east, 0.2 miles end to end. Depths are elevation minus measured depth, so tops line up regardless of surface terrain; a value above zero sits above sea level. Dashed lines join the same normalized formation in neighbouring wells; nothing is interpolated. Where tops come from →

-0-1,000-2,000-3,000-4,000-5,000-6,000-7,000SUBSEA FTA81 FT ELMiocene (undifferentiated)CatahoulaAnahuacGretta - DisposalFrioB82 FT ELTop of Massive CatahoulaMassive CatahoulaTop Off Greta SeriesGretaBesal FrioTop of Besal Frio

reported topsame formation, neighbouring wells

The tops, as filed

ALilie #4 42-481-35511

Paloma Operating, LLC · Wharton · 81 ft elevation · 7,400 ft TD

FormationMD ftSubsea
Miocene (undifferentiated)MIOCENE - DISPOSAL2,075-1,994
CatahoulaCATAHOULA - DISPOSAL4,400-4,319
AnahuacANAHUAC - DISPOSAL4,675-4,594
Gretta - Disposal5,210-5,129
FrioFRIO - DISPOSAL6,200-6,119

BC. J. Daboval A- #8 42-481-35048

Paloma Operating, LLC · Wharton · 82 ft elevation · 7,600 ft TD

FormationMD ftSubsea
Top of Massive Catahoula4,430-4,348
Massive Catahoula4,430-4,348
Top Off Greta Series5,170-5,088
GretaGRETA SERIES5,170-5,088
Besal Frio7,210-7,128
Top of Besal Frio7,210-7,128

About this data

Formation tops and elevations from the RRC dbf900 wellbore file (completion filings), names normalized to the formations registry; well identity and location from the permit record. Subsea is elevation minus measured depth. Nothing between filed tops is estimated.

New to these records? completion reports and the wellbore file

Developers: this page as JSON is GET /v1/data/cross-section, documented in the API reference.