OIL&GAS

LOCATIONS

CADDO PARISH


Kirby Oil Co, Caddo Parish School Board, 004, Sec. 24, T22N, R15W, Caddo Pine Island, 1200’ MD, Nacatoch.

Kirby Oil Co, Caddo Parish School Board, 005, Sec. 24, T22N, R15W, Caddo Pine Island, 1200’ MD, Nacatoch.

Kirby Oil Co, Caddo Parish School Board, 006, Sec. 24, T22N, R15W, Caddo Pine Island, 1200’ MD, Nacatoch.

Kirby Oil Co, Caddo Parish School Board, 007, Sec. 24, T22N, R15W, Caddo Pine Island, 1200’ MD, Nacatoch.

LINCOLN PARISH


Nadel and Gussman Ruston LLC, Hall sua; Britt A, 002-alt, Sec. 23, T20N, R4W, Hico Knowles, 9300’ MD, Cotton Valley.

WINN PARISH


Forza Operating LLC, FNR, 010, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 011, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 012, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 013, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 014, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 015, Sec. 24, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 016, Sec. 24, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 017, Sec. 24, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 018, Sec. 24, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 019, Sec. 24, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 020, Sec. 24, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 021, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 022, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 023, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 024, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 025, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 026, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 027, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 028, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 029, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 030, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 031, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 032, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

Forza Operating LLC, FNR, 033, Sec. 25, T12N, R2W, Joyce Field, 1500’ MD, Wilcox.

 

COMPLETIONS

CADDO PARISH


COMPANY: Kirby Oil Co, Horton, 21: 247245. WHERE: Caddo Pine Island, S 21. T. 22N R. 15W. DAILY PRODUCTION: 0 mcf gas on n/a/64 choke; 9 barrels 21 gravity condensate; 30 barrels water. PRESSURE: n/a lbs. SPECIFICS: Nacatoch; perforations, 1021-1031 feet, depth, 1031 feet.

COMPANY: Kirby Oil Co, Horton A, 32: 247247. WHERE: Caddo Pine Island, S 21. T. 22N R. 15W. DAILY PRODUCTION: 0 mcf gas on n/a/64 choke; 9 barrels 21 gravity condensate; 155 barrels water. PRESSURE: n/a lbs. SPECIF­ICS: Nacatoch; perforations, 1012-1022 feet, depth, 1022 feet.

 

COMPANY: Kirby Oil Co, Horton A, 33: 247248. WHERE: Caddo Pine Island, S 21. T. 22N R. 15W. DAILY PRODUCTION: 0 mcf gas on n/a/64 choke; 9 barrels 21 gravity condensate; 85 barrels water. PRESSURE: n/a lbs. SPECIF­ICS: Nacatoch; perforations, 995-1002 feet, depth, 1002 feet.

COMPANY: Kirby Oil Co, Horton B, 47: 247249. WHERE: Caddo Pine Island, S 21. T. 22N R. 15W. DAILY PRODUCTION: 0 mcf gas on n/a/64 choke; 3 barrels 21 gravity condensate; 125 barrels water. PRESSURE: n/a lbs. SPECIF­ICS: Nacatoch; perforations, 1045-1053 feet, depth, 1053 feet.

 

COMPANY: Rooster Production LLC, M G Bell A, 36: 246123. WHERE: Greenwood Waskom, S 32. T. 18N R. 16W. DAILY PRO­DUCTION: 0 mcf gas on open/64 choke; 3 barrels 38 gravity condensate; 50 barrels water. PRESSURE: 0 lbs. SPECIFICS: Fredricksburg; perforations, 2347-2353 feet, depth, 2460 feet.

CLAIBORNE PARISH


COMPANY: Petro-Chem Oper­ating Co Inc, uh arc sup; Owens 24-1, 1: 246968. WHERE: Haynes­ville, S 24. T. 23N R. 7W. DAILY PRODUCTION: 291 mcf gas on 19/64 choke; 52 barrels 42 grav­ity condensate; 193 barrels water. PRESSURE: 400 lbs. SPE­CIFICS: U HA RC; perforations, 9957-10194 feet, depth, 10350 feet.

COMPANY: Wildhorse Resources LLC, cv ra sul; A J Hodges A, 2: 246878. WHERE: Sugar Creek, S 7. T. 19N R. 5W. DAILY PRODUC­TION: 4786 mcf gas on 23/64 choke; 12 barrels n/a gravity condensate; 11 barrels water. PRESSURE: 1800 lbs. SPECIFICS: CV RA; perforations, 7857-7953 feet, depth, 7953 feet.

DESOTO PARISH


COMPANY: Chesapeake Oper­ating Inc, ha ra sull; Johnson 9-14-15h, 2-alt: 244133. WHERE: Bethany Longstreet, S 9. T. 14N R. 15W. DAILY PRODUCTION: 13968 mcf gas on 22/64 choke; n/a barrels n/a gravity con­densate; 432 barrels water. PRESSURE: 6404 lbs. SPECIFICS: Haynesville RA; perforations, 11932-16407 feet, depth, 16517 feet.

RED RIVER PARISH


COMPANY: EnCana Oil & Gas (USA) Inc, ha ra su55; Edgar Cason 7-6hc, 1-alt: 245854.
WHERE: Woodardville, S 7. T. 14N R. 10W. DAILY PRODUC­TION: 20081 mcf gas on 23/64 choke; n/a barrels n/a gravity condensate; 456 barrels water. PRESSURE: no tbg lbs. SPECIFICS: Haynesville; perforations, 12597-19296 feet, depth, 19447 feet.  6699" CUL

COMPANY: EnCana Oil & Gas (USA) Inc, ha ra su55; O B Mad­den 7-6hc, 1-alt: 245850. WHERE: Woodardville, S 7. T. 14N R. 10W. DAILY PRODUCTION: 21935 mcf gas on 25/64 choke; n/a barrels n/a gravity condensate; 672 barrels water. PRESSURE: no tbg lbs. SPECIFICS: Haynesville; perforations, 12441-20305 feet, depth, 20446 feet.  7864' CUL

COMPANY: EnCana Oil & Gas (USA) Inc, ha ra su55; O B Mad­den 7-6hc, 2-alt: 244851. WHERE: Woodardville, S 7. T. 14N R. 10W. DAILY PRODUCTION: 20839 mcf gas on 25/64 choke; n/a barrels n/a gravity condensate; 648 barrels water. PRESSURE: no tbg lbs. SPECIFICS: Haynesville; perforations, 12434-20085 feet, depth, 20537 feet.  7651" CUL

COMPANY: EnCana Oil & Gas (USA) Inc, ha ra su55; O B Mad­den 7-6hc, 4-alt: 245853.
WHERE: Woodardville, S 7. T. 14N R. 10W. DAILY PRODUC­TION: 18613 mcf gas on 22/64 choke; n/a barrels n/a gravity condensate; 577 barrels water. PRESSURE: no tbg lbs. SPECIFICS: Haynesville; perforations, 12410-19713 feet, depth, 19859 feet.  7303' CUL

SABINE PARISH
7

COMPANY: EnCana Oil & Gas (USA) Inc, jur ra suo; olympia Min 2-35hc, 1: 246706. WHERE: Bayou San Miguel, S 2. T. 8N R.12W. DAILY PRODUCTION: 23244 mcf gas on 25/64 choke; n/a barrels n/a gravity con­densate; 571 barrels water. PRESSURE: thru csg lbs. SPECIF­ICS: Jurassic; perforations, 12999-19015 feet, depth, 19159 feet.  6016'  CUL

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Replies to This Discussion

Good IP, and it is basic math, but will the increase production match up with the increase lateral?  Better said, if you go a section and a half, will you see something near 1.5X production of the conventional lateral. (Would a 6 BCF one section well be a 9BCF if drilled a section and a half). Jay eludes to it, but where will we find the economic limit of the lateral?

The royalty owner should also do some basic math because they will be paid by percentage of productive well bore.  So say you own in the section where the bore goes almost the length of the section (not the half lateral section), your royalty will be paid at the same interest decimal for that unit, but only at the percentage the lateral has in that unit (lets say its 65% for that unit).  So if you are only getting 65% of your decimal paid, you will need the well to be that 1.5X to match what you would have received if they had just produced it with one regular section length lateral.

I'll wait for the data, but if the production doesn't match up with length, then the cross unit lateral benefits the company foremost, and maybe its that benefit that is allowing for these alts to be drilled under $5 gas (which I recognize), but do not assume that the longer lateral automatically equals a commensurate increase in production over the life of the well.  At some point in the lateral length experiment they are going to reach diminishing returns.  The data is too young yet to know if Encana drilled past it or still has it ahead.

IP is a poor predictor of ultimate recovery but it's all we have for LA CULs at this time.  A few HA CULs have been drilled in E TX under Production Sharing Agreements.  The early production numbers are impressive and if they follow the projected decline curve will have Ultimate Recovery much greater than the earlier wells with short laterals drilled in close proximity.  Owing to the fact that un-fractured rock produces little or nothing in HA units, the incentive for operators is to eliminate, as much as possible, the unit boundary set backs.  In LA under the original 640 acre units 330' set backs theoretically  left un-fractured ~12.5% of the rock in the unit.  I agree that we will need more data to accurately evaluate the claimed benefits to CULs however in the interim instead of worrying about dilution of decimal interests my clients choose to be encouraged that unit production is significantly increased and waste (un-fractured rock) is avoided.

I agree Skip that an owner may feel blessed to have the current development. 

So we will wait on data, but we should not take our eye of the issue of royalty owner dilution.   The game is to hold more with less.  Look at CHK's CULs in Caspiana, they barely fish-hook one of the 2 sections involved in each CUL.  So eventually that entire unit could be held by 5-10% of a productive well bore, while the other until with the CUL has 90%.  Sure, they can then drill more alts in the 5-10% unit to make it whole but eventually they run out of operated units to drill from and therefore units on the outskirts of this plan risk being held by very light production.      

I'm not trying to say this is alarming, I just think we should all understand the risk/benefits to the owner. 

HBP, if you wish to discuss specific instances please post the unit.  I am seeing a number of variations in CUL designs among multiple operators.  Experimentation is to be expected and the maximum lateral length will firm up but always remain a function of specific local conditions.  I don't have any concerns for dilution of royalty interest because one would have to think that an operator would purposely do something inconsistent with good business practices.  In other words the best interest of the operator is to produce the maximum recoverable hydrocarbons in the most efficient manner.  That approach also benefits the royalty interests. The bulk of CUL wells are drilled as alternate unit wells therefore the leases are already held by production.  IMO the thought of the possibility of holding leases in a unit with a CUL that includes only a fractional portion of that unit is not related to dilution of mineral interest so much as it is related to timing of continuing development.

At some point, the reduced production capability of a CUL will leave some hydrocarbons behind. A valid claim to shorten a proposed lateral for increased efficiency/maximum drainage can be made at a well's Conservation Dept. hearing. The Commissioner is charged by statute to prevent waste such as this. The state also has a vested interest in maximizing recovery in the interest of maximizing severance tax revenue. No matter any increase in cost to the operator to do so, that is the way it rolls. It's one way the state can be made to work to your benefit.

Addressing the issue of hydrocarbons in the unfractured space between wells, that is being handled in the Austin Chalk by drilling a new unit well offset from the original wellbore towards the edge of the unit.

Of course, it is highly suspect that the above drilling is being done in order to generate some production in order to retain the current leaseholds. The economics of such secondary activity on such limited acreage is dubious at best until the prospect of future exploration in the Wilcox and Tuscaloosa formations is factored in.

"The state also has a vested interest in maximizing recovery in the interest of maximizing severance tax revenue. No matter any increase in cost to the operator to do so, that is the way it rolls."

Thank-you LA, for your state stupidity, PA and other marcellus shale states will gladly take your former Haynesville operators and allow them to make a profit.  Then the Haynesville will become like the old gold towns of the west, a ghost town.

Obviously I am being overly dramatic, but one thing we have learn (or at least some people) in the Northeast is that when states try to maximize their revenue (or unions maximize worker pay) no matter the cost, business will go elsewhere.

The state does not force operators to perform exploration operations that increase cost per se.  If fact the state regularly approves cost saving changes in operations if they are believed to be compatible with the DNR/OOC's mandate to encourage development and conserve natural resources.  The approval of CULs is a good example.  From a regulatory standpoint LA is a very industry friendly state. 

Gotta pay the piper.

Or how about the State standing by and letting all these Legacy Lawsuits be filed by shady (at best) lawyers!  Nothing will run the Oil & Gas Operators out of this state faster than this issue.

I'm with you on that one SB. I wonder if that is the reason work is so slow here in LA.

David Crocket asked me to look into two new permits issued today in LaSalle Parish. She thought the wells were pretty deep for that parish 13000 MD & 19000 TD. Turns out someone put a parish code of 30 instead of 31 Lincoln Parish. The permits are to Wildhorse for LCV wells in Section 14-T19N-R4W.  Keep on trucking Wildhorse.

A question....  In principle, the cross-unit laterals could be almost 10,000 feet long, right?  (I get this by taking 5280 X 2 minus 660 feet..)  Is there a reason that ECA has limited their CULs to about 7500 feet in length?

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