RE: Questions16 Jan 2024 03:31
Hi Ibiza, very sensible questions. I'm probably first to read, so I'll try to answer.
Wha t will the report cover? The ITR we are expecting in the next couple of weeks will be based on the MOU-area CPR produced for the Prospectus last year, but with the addition of hard data from MOU-3 & MOU-4, including the various external studies done by outfits such as NuTech. I am unsure if this ITR will make reference to MOU-NE Jurassic prospect - although MOU-4 intersected the edge, and a field study of Jurassic outcrops has taken place, I don't know if this is in Scorpion's brief. So the answer to the question is that it is my guess that they will primarily appraise the volumetrics of the MOU-Fan and the shallow reservoir sands only - the remaining areas equivalent to scores of North Sea blocks are unlikely to be mentioned other than in passing.
The 2023 CPR was extremely conservative, since it did not include the drilling results from MOU-3 & 4, where results substantially exceeded pre-drill expectations - unexpected shallow overpressured sands and much greater than anticipated deep reservoir thickness. So I am fully confident there will be a substantial increase in declared resource, both Contingent & Prospective. Whether the ITR will show more or less volume than some on this BB expect remains to be seen.
Will this independent review change with flow testing? Almost certainly, but since we don't know what the ITR will say, nor the results of the flow tests, no one can say at this stage if any revision will be up or down - such is the nature of exploration, risks can only be minimised, not eliminated.
Will gas flow at a commercial rate? I would not be invested here if I did not think that the combination of huge, overpressured, high porosity & permeability and quite probably linked reservoirs will provide commercial gas in a quantity to boggle the western imagination. My main concern has always been the friability of some of the reservoir sands, but well-established methods exist to prevent clogging of the well by sand influx. This potential problem is the complete opposite of low poroperm conditions, which is when you would consider fracking.
It is my guess that the flow rates achieved by Sandjet in the 2nd phase will be higher than currently projected. Methodology, in his Reddit post, calculated the average flow rate per vertical metre of reservoir in the Rharb Basin (SDX data) to be a little over 1 mmcfgd. Sandjet perforates more deeply, and reduces potential compaction of the borehole wall, thus allowing more gas to flow. Additionally, PRD has overpressured reservoirs - my conclusion is that we will achieve a greater flow rate per vertical reservoir metre than has SDX.
Risks will always remain; it is each individual investor's responsibility to evaluate those risks against the potential reward.