Replies are closed for this discussion.
Okay...forget the directional driller comment...the issue has nothing to do with directional drilling.
The latest (and hopefully most accurate) info on the Lawson is it appears they lost circulation in the hole, then pumped in a "squeeze" (concreted section between the walls of the drilled hole, as best I can understand), then drilled out the concrete.
Hopefully, they will be able to get back to regular drilling soon, BUT, things are still up in the air.
We shall see soon enough.
Hey Bernell,
If they are in Shale then they are in a very fractured zone to have lost circulation. I would assume that they are in the "rubble".
No.
This had nothing to do with the rubble zone, I'm told.
That was my first thought, too.
Story I'm hearing is they had too much loss on the circulation to keep drilling.
I'm not sure why this would occur...all kinds of theories by folks as ignorant as I am out there.
At any rate, they decided to put in casing and concrete it in place, then come back with a smaller bit and continue on.
Not sure why all this took 2 weeks, but that's about what it took...I'm thinking they tried some other solutions, then had to get the casing on site, put it in, concrete it, wait for it to dry, drill through the concrete, then come back out, change bits and go back down.
As I typed that last paragraph, I realized...that all took time...at any rate...that's the story I'm hearing (Along with some conjecture on my part.)
Drilling this morning (multiple sources), so, I'm assuming that regardless of what happened, the drama is behind us....for now...
Shale has no porosity or permeability until fracked. They would have to have porosity or fractures for there to be a mud loss situation with no returns.
This is from Goodrich's last conference from Kirk's site. Could any of the below issues cause these problems?
-not seeing the sloughing issues during drilling as seen in the original wells; drilling high pressure and naturally fractured rock
-completions: wells frac easily; struggling with drilling out plugs due to high pressure and that the reservoir wants to flow on you due to natural fractures; have made changes that will have a material difference on the completion side
So they are in the "rubble". If they have loss circulation then the Shale has to have a great amount of natural fractures.
Lost circulation may have been tied to the upper Tuscaloosa sands (i.e. sand section sitting above the TMS). Some good P&P rock here - if MW got too high, may have lost circulation into these lower pressure(?) reservoirs.
Just another idea on this
If its loss circulation in the Tusc. Sands then I would say it is a directional driller problem like Bernell originally said.
Anyone out here know whether the rubble zone is throughout the entire TMS or is it a local issue?
I suppose no one knows for sure, but the reports from Goodrich are that it is consistent and throughout the TMS.
The strat equivalent interval of the "rubble zone" appears to be consistent thru the section in the SW Miss / adjacent La Parish TMS area. However, as is the case in many formations. there is variability as to quality and I am sure "fracture presence" across the area.
Shale drilling and lithium extraction are seemingly distinct activities, but there is a growing connection between the two as the world moves towards cleaner energy solutions. While shale drilling primarily targets…
ContinuePosted by Keith Mauck (Site Publisher) on November 20, 2024 at 12:40
386 members
27 members
455 members
440 members
400 members
244 members
149 members
358 members
63 members
119 members
© 2024 Created by Keith Mauck (Site Publisher). Powered by
h2 | h2 | h2 |
---|---|---|
AboutAs exciting as this is, we know that we have a responsibility to do this thing correctly. After all, we want the farm to remain a place where the family can gather for another 80 years and beyond. This site was born out of these desires. Before we started this site, googling "shale' brought up little information. Certainly nothing that was useful as we negotiated a lease. Read More |
Links |
Copyright © 2017 GoHaynesvilleShale.com