Petrohawk Announces Three New Haynesville Shale Wells Placed on Production at a Combined Rate of 73 Mmcfe/d


Posted 09 December 2008 @ 07:00 am EST

HOUSTON, Dec. 9 /PRNewswire-FirstCall/ -- Petrohawk Energy Corporation("Petrohawk" or the "Company") (NYSE: HK) has placed three additionalHaynesville Shale wells on production at a combined rate of 73 Mmcfe/d, onewith the highest reported initial production rate of any well in Petrohawk'shistory, as follows:

The Brown 17 #4 (69% W.I.), located in Section 17-T16N-R11W, Bossier Parish, Louisiana, was completed on November 18 and produced at a rate of 23.4 Mmcfe/d on a 26/64" choke with 7,700# flowing casing pressure. The Goodwin 9 #5 (97% W.I.), located in Section 9-T16N-R11W, Bossier Parish, Louisiana, was completed on November 25 and produced at a rate of 21.1 Mmcfe/d on a 26/64" choke with 6,750# flowing casing pressure. The Sample 9 #1 (100% W.I.) is located in Section 9-T14N-R11W, Red River Parish, Louisiana, approximately 12 miles south of Elm Grove Field. It was completed on November 27 and produced at a rate of 28.2 Mmcfe/d on a 30/64" choke with 7,100# flowing casing pressure. The Company expects to complete five additional Haynesville Shale wells bythe end of the year.

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I have heard of equipment being fabricated in South LA for the HS wells capable of doing 40 million.
So is it a equipment limitation that prevents higher output on some of these wells? 7000#'s seems quite a bit higher than the 5000 I usually see.
It could be pipeline constraints.
Bacon, the same thing happened in the Barnett Shale. The companies learn more about the rock and are able to generate higher initial flow rates. Eventually that will top out.
Bacon,

I hear Petrohawk performs a tighter frac job on their wells, which allows for higher IP rates than other outfits drilling in this area. I'm sure Cheaspeake will be following suit before too long especially with production rates Petrohawk is achieving. Simply amazing.
Heh, can anyone say Red River Parish.
Les, After the initial flow rates, what are these wells likely to produce in a controlled situation?
AL, after a couple of years a 20 MMcfd well should be producing at 3-4 MMcfd. The decline rate then should be very slow (< 10% per year). But this is all conjecture based on the Barnett Shale information. Clearly the HS is a horse of a different color so we will just have to see if it performs in a similar fashion.
I thought there was a lot of talk the the HS wells might decline by as much as 80% in the first 12 months?
Harold, I just used a 70% decline for year 1 & 35% for year 2 to rough out a number. An 80% decline would drop the number above into the 2-3 MMcfd range.
Harold. Les B's estimate in based on the Barnett Shale decline curve. Barnett" 56%, 27%, 18%, 12%, 8%. Over the first five years. Haynesville: Projected 75-81% first year. Now that more wells are producing, the HS decline curve will be adjusted accordingly. Owing to a significant differential in the formation pressures, the HS decline will be considerably higher than the Barnett.
Jay. The Barnett decline numbers are from reports that I reviewed a number of months back. Due to the size of the database, I considered that the numbers I posted were accurate. The Haynesville declines come from very limited data. Two reports. The most specific of which was by CHK. Please weigh in with your opinion.

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