42-289-30510

Final Completion

LEE G. W. A

LEON County · District 5 · EP OPERATING COMPANY · BUFFALO N. (TRAVIS PEAK)

Permits

2

Max Depth

12,547 ft

First Permit

1982-03-31

Latest Activity

1984-03-26

Lifespan

2 yrs

Regulatory Status

Schedule

OFF SCHEDULE

Completion

1984-05-08

Shut-In

Plugged

1988-07-05

!

EWA / Permit operator mismatch

Scheduling: EP OPERATING COMPANY ≠ Permit: ENSERCH EXPLORATION, INC

Resolved via: schedulingEP OPERATING COMPANY

Operator History

originally filed by ENSERCH EXPLORATION, INC — asset transferred

Formation Tops (6) Elevation 369 ft (GL)

CSV
FormationTop Depth (MD)Subsea (+above / −below SL)
AUSTIN CHALK 5,240 ft-4,871 ft
WOODBINE 5,628 ft-5,259 ft
BASE MASSIVE ANHYDRITE (Massive Anhydrite (marker))8,686 ft-8,317 ft
PETTIT 9,462 ft-9,093 ft
TRAVIS PEAK 9,650 ft-9,281 ft
COTTON VALLEY 12,010 ft-11,641 ft

As reported by operators on W-2/G-1 completion filings (RRC wellbore records). Depths are measured depth; names appear as filed. Subsea = reported elevation − measured depth (negative = below sea level; vertical wellbores only). View filings & logs at RRC ↗

Perforations (2)

IntervalType
11,200–12,000 ftPerforated
12,059–12,487 ftPerforated

Casing (3)

SizeSet DepthCement
9.625"2,421 ft970 sx
2.875"11,384 ft
5.5"12,547 ft1,364 sx

Permit History (2)

Applications (2)

#233542 A ENSERCH EXPLORATION, INC
received 1984-03-12
#155353 A ENSERCH EXPLORATION, INC
received 1982-03-31

Records & Logs

3 completion filings on record.

W-2/G-1 1984-06-01
W-2/G-1 1984-06-01
W-2/G-1 1982-09-27

Completion packets open directly (post-2011 filings include attached logs). Log images can't be deep-linked — clicking copies the API for you to paste.

No GPS coordinates yet

Coordinates come from the RRC GIS backfill and usually appear within days of permit issuance. Located in LEON County.

Well Details

Well Number
9
Max Depth
12,547 ft
Drill Type
Vertical
County
LEON
District
5
Completed
1984-05-08

Operator

Location
DALLAS
P-5 Status
Inactive (filed 1992-03-26)
Total Permits
568