Member Info for affc21

Link
https://wp-predatoroilandgas-2020.s3.eu-west-2.amazonaws.com/media/2020/07/19204714/Corporate-Presentation-29-July-2020_FINAL-DRAFT-1.pdf

Jimmy23,
So I am guessing that to understand the Fan Seismic Time map, you would use a TWT (Two Way Time, thanks Keith) scale, as per below:

July 2020 presentation
page 11
Bottom left shows a TWT scale

Thanks, it's all very informative

Hi Donalb,
Regarding left hand side of seismic graphic unreadable.
For what looks like a similar graphic,
If you look at page 10, from the following presentation (link below), it shows a seismic graphic with the writing eligible and correct way round

July 2020 Presentation:
https://wp-predatoroilandgas-2020.s3.eu-west-2.amazonaws.com/media/2020/07/19204714/Corporate-Presentation-29-July-2020_FINAL-DRAFT-1.pdf

On second look,
TGB-2
TGB-2a
TGB-3

Looks like TGB-1 Sands (marked in red) is solely located at the MOU-3 drill location.

Perenco, no surprise there...

"He recalled that in the history of the Chadian oil sector, there have been many disposals between different companies and in 2022 alone, there have been three requests for divestitures, two of which have been approved. He cited examples such as Glencore with Perenco, "

Should read,

Jimmy, Question if I may,
So when looking at the MOU-1 drill location on the graphic, it is showing the respective lower sands in yellow,
So from bottom up (in reverse order) we have:
TGB-1
TGB-2
TGB-3

Am I reading that correctly ?

Jimmy, Question if I may,
So when looking at the MOU-1 drill location on the graphic, it is showing the respective lower sands in yellow,
So from bottom up (in reverse order) we have:
TGB-3
TGB-2
TGB-1

Am I reading that correctly ?

When looking at the graphic

I can see what you are explaining Jimmy,
TGB-2 sands are at similar depths at the respective locations, MOU-1 and MOU-3.

Hi Jimmy, Thanks for your reply, I'm learning here and all feedback is appreciated.

What I was trying to explain was that the upcoming MOU-3 drill seems to be targeting a hump feature in the strata when looking at the Seismic Graphic (top of a local Updip feature, if I have correctly explained it).

I was using MOU-1 gas pressures as a reference, thinking MOU-3 could be somewhat similarly pressurised if gas found.

Interesting post, thanks

I have again been specifically looking for any details on the upcoming MOU-3 drill and when you look at the Seismic Graphic (link below), it looks to me (by my untrained geological knowledge I hasten to add) that the drill is targeting prospective gas bearing sands that are in a UPDIP strata situation, just where gas should be accumulated and pressurised (perhaps more so than MOU-1 at 2600/2700psi) if hydrocarbons found.
As per PG Sweat spot.

Above information via 9th September 2021 Presentation, page 6.

Seismic graphic showing from left to right:
GRF-1 borehole.
MOU-1 borehole.
Vertical red dotted line (MOU-3 my assumption).
MOU-4 (now known as MOU-2).

https://wp-predatoroilandgas-2020.s3.eu-west-2.amazonaws.com/media/2021/09/19204501/PRD-Proactive-Presentation-Final-09.09.2021-1.pdf
Notes:
MOU-3 (formerly MOU-A and previously known as MOU-5).

Nice one, hadn't thought of it in that context:)

The only thing I can add, from the presentation, page 13, it reads "Sand K", so it reads to me as a singular Sand, as opposed to a plural Sands....

I'm no geologist so possibly wrong here.

Thanks for the correction Keith,
To be honest I should have known that, having previously read your comments on the Two Way Time in milliseconds from your previous postings.
My bad...

I have been specifically looking for any details on the upcoming MOU-3 drill and thought the following relevant (gas bearing?) sand depths would be of some interest here.
(my assumption is that the figures shown in the seismic graphic are in TVD(m), comments welcome).

MOU-3 estimated TVD (m):

TGB-6 Sands 
TVD (m) 864

TGB-6a Sands
TVD (m) 947

TGB-5 Sands
TVD (m) 996

TGB-4 Sands 
TVD (m) 1074

TGB-3 Sands
TVD (m) 1116

TGB-2 Sands
TVD (m) 1247

Above information via 9th September 2021 Presentation, page 6.

Seismic graphic showing from left to right:
GRF-1 borehole.
MOU-1 borehole.
Vertical red dotted line (MOU-3 my assumption).
MOU-4 (now known as MOU-2).

https://wp-predatoroilandgas-2020.s3.eu-west-2.amazonaws.com/media/2021/09/19204501/PRD-Proactive-Presentation-Final-09.09.2021-1.pdf

Notes:
TVD (True Vertical Depth) in metres.
MOU-3 (formerly MOU-A and previously known as MOU-5).

Thank you KeithOz,
For that very informative post,
I will definitely have a close look today at those diagrams from the respective presentations, should be a very interesting read...

Forgot to mention the copied and pasted paragraphs are from the last rns.

https://www.investegate.co.uk/predator-o--38-g-hldgs--prd-/rns/placing-to-raise--2-million/202303170700032907T/

Nick North,
Name changes is very confusing, I agree.

MOU-3 is targeting gas, think it is approx 8 km from MOU-2 drill.

"The MOU-3 surface location and drilling programme incorporates geological information from the suspended MOU-2 well and allows the Company the first opportunity to penetrate in a single well not only the Moulouya Fan primary target but also the shallower potential gas target included in the first Competent Persons Report produced by SLR Consulting Ireland Ltd. in March 2019."

"MOU-3 will therefore target the Prospective and Contingent gas resources shown in the table below."

MOU-3 (formerly MOU-A and perhaps previous to that, known as MOU-5) upcoming drill.

To test 3 separately sealed sand intervals in Moulouya Fan:
TGB-4 Sands
And two structures, deeper than MOU-2 primary target
 (Question, does anyone know the names of these deeper structures?)

Secondary targets:
TGB-6 Sand
K Sand

Info as per 1st February 2023 presentation, page 13.

https://wp-predatoroilandgas-2020.s3.eu-west-2.amazonaws.com/media/2023/01/Drilling-Update-MOU-2-01-February-2023-final-29012023.2317pm.pdf

BillyRayVal,
Thanks for sharing your views, which makes a lot of sense on the present situation as regards the news flow that is in the public domain.