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This is a post being sent to anyone having info on a shale fprmation called brown dense. There is a company called PINE bELT WHO IS RUMORED TO BE LEASING
several 300 to 400,000 acres in two counties in Ark. and one ....Union Parish ,La.
Is anyone selling leases?? If so ,what is the going rate?
EOG is spin-off to the old Enron company.
This lease asctivity seems to on a hush-hush basis.
Does anyone think this might be as big as any of the other shale plays? Jim B.
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I wonder if any of our geologists could comment on Mr. Mueller's following remarks from the 8-K:
"Porosity ranges from 3% to 10% in the area and the anticipated pressure gradient is 0.62 psi/ft, so it is over-pressured. Estimated matrix (unenhanced) permeability based on various methods of measurement ranges from 0.068 millidarcies to 1.17 millidarcies. Both porosity and matrix permeability are comparable to metrics reported in the Eagle Ford play in South Texas."
I understand that matrix permeability has been one of the most serious concerns about the Brown Dense, so how do the above estimated permeabilities look to you? Thanks.
Haynesville Shale Average Petrophysical Properties:
Porosity: 12.6%
Permeability: 648 nD
Ro: 1.85
IANAG!
http://greater-fool.com/hk0109.pdf (cut and paste in your browser and look for the link)
The nD is nanodarcies. So just convert nanodarcies to millidarcies and you got it. Piece of cake.
http://www2.ggl.ulaval.ca/personnel/paglover/CD%20Contents/GGL-6656...
The Ro is industry speak for Thermal Maturity.
The thermal maturity of a rock is a measure of the degree to which organic metamorphism has progressed, and gives a crude indication of the maximum temperature the rock has experienced. The dependence of maturity on time is roughly linear while temperature dependence is closer to exponential. There are many methods for quantifying thermal maturity, each of which relies on a specific, non-reversible, temperature-dependent, chemical or physical process that acts on one or more components of rock. The techniques most appropriate for a given situation depend on the lithology to be examined, the present-day temperature, the required precision in the palaeotemperature estimate, and fiscal limitations.
Now go ask ShaleGeo to interpret because I am way over my pay grade here. LOL! IANAG (I Am Not A Geologist).
I did find some info online from EOG in which they say that oil can be extracted from horizontal wells with the following minimum matrix in situ permeabilities and the indicated type of fracturing:
No fracturing: 10 millidarcies
Bi-Wing fracs: 0.01 millidarcies
Complex fracs: 0.001 millidarcies
Multi-stage complex: 0.0001 millidarcies
See page 4 of this link:
http://www.scribd.com/doc/30830861/Horizontal-Oil-Shale-Drilling-EO...
So it would seem that millidarcies from 0.068 to 1.17 are well within the extractable range.
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