RE: RNS thoughts6 Jun 2024 20:43
We simply do not know what the size of the mou 5 prospect till we firstly proove that gas is present and then what thickness of reservoir rocks are present.
The quick route to proove the gas is to sand jet and perforate mou4 jurrasic carbonates, if successfu, which I expect, then that justifies an increase in the chance of success to 50%, which is great for an exploration well.
As I have stated previously I view the sand jet and flow testing as the key priority to early cng cashflow, which in turn provides finance options which are not available now.
The new information regarding mou5 is that the jurrasic carbonates found in mou4 are in fact early jurrasic, which happens to be very important new information.
The jurrasic carbonates have not been found to be high porosity elswhere in nearby wells, but at the mou 5 location they are considerably more shallow. The key to high porosity carbonates is karstification , when carbonates are partly dissolved by rain water , and fracture porosity.
This area of Morocco underwent its first period of inversion in the middle jurrasic, which is likely to elevate carbonate reefs above sea level and hence increase karstification, then followed by subsidence and further inversion in the Miocene which are likely to increase fracture porosity. So it’s the right prospect in the right place.
Predator now report a280 meter carbonate section . The ITR suggested 20 meters of reservoir porosity with predator view at 50 meters. Predator are to revise their estimate based on revised seismic processing. We will only know by drilling, that’s why it’s a 50% chance of success.
With regard to the 7tcf of gas for the biogenic source rocks, please do not equate that with gas reserves in the Miocene which is a fraction of that amount.
Looking forward to flow testing at long last.
Jimmy