MOU-what?25 Nov 2022 10:10
I sense there is a little (a lot of?) confusion about the numbers after MOU- seeming to refer to different drills and/or prospects. Back in the September 2021 presentation
https://wp-predatoroilandgas-2020.s3.eu-west-2.amazonaws.com/media/2021/09/29105657/Webinar-Presentation-website-Version-28092021-Corrections-15.40pm.pdf
on p.12, there are several separate prospects mentioned, including MOU-2, -3, -7 & -8, plus MOU-NE. It must be noted that these are Prospect names, not drill names. MOU-1 had already been drilled, and MOU-4 & -5 were planned, and for these three, both drills and prospects apparently had the same name. These three were all going into the same geological structure, so another change was made - that prospect has now only one name - the MOU-Fan.
Then a couple of months ago, we had another round of name changes. MOU-4 drill was renamed MOU-2 (into the MOU-Fan), and MOU-NE prospect was renamed MOU-3, into which drill MOU-3 was being prepared.
Then we had yesterday's RNS. It appears that some big players have had a word in Paul's ear, and suggested that there is a pressing need for as much gas as the MOU-Fan can produce. Previously it was only the intention to produce the maximum that the CNG market could take - ramping up to a maximum of 50 MMcfd. Now these big boys want to make use of the Trans-Mahgreb pipeline and send it off to Europe, hence the talk of 150 - 250 MMcfd. Clearly, one borehole isn't going to be able to produce that much gas, so another one (probably several) is needed. The result is a change of nomenclature again - the oil prospect MOU-NE (or MOU-3 as it recently became) has been put on hold, and resources allocated to the third gas hole into the MOU-Fan - and it is that which has been re-named MOU-3.
So, MOU-1 is unchanged, MOU-2 which is going ahead next month used to be called MOU-4, and MOU-3 going ahead next year used to be called MOU-5.
If you go back to the presentation linked above, to p.9, you will see a cross-section of the MOU-Fan, showing the positions of MOU-4 & -5, now renamed MOU-2 & -3 respectively. This shows the rationale behind the two drills. MOU-2 (shown as 4) goes into the highest part of the reservoir, so has the greatest chance of finding gas (of course gas rises to the top of a reservoir). MOU-3 (shown as 5) goes into the deepest part of the reservoir, so has the potential to find the largest column of gas, and therefore the greatest area of reservoir, and the greatest volume of gas, but is more risky than MOU-2. You will see the two drill sites are separated by a vertical fault, so to get the most gas from MOU-Fan, both compartments of the structure would need to be drilled.
Having re-read this, I'm not sure if it will leave you more or less confused!