RE: GRH, I am offering to you a full and unreserved apology.22 Jun 2020 17:38
Kasjnaton: "We have had some wild cat drills, they all failed. Every single one of them. Badile = fail,TE8 = fail, TE9 = Fail, TE10= fail".
However, they didn't fail because of lack of hydrocarbons. Therefore, something which can show the presence of hydrocarbons by surface analysis is absolutely no guarantee of drill success. Whereas known commercial hydrocarbons at TE-5 are a guaranteed source of revenue, albeit slower than some would like. So when you say Scotforth's technology was "100% accurate with identifying the outcomes of 3 drills for Sound, Badile, TE-9 and TE-10", are you claiming that it not only detects hydrocarbons but can measure reservoir porosity and permeability and is a 100% guarantee of commerciality? That would be a pretty neat trick. It's also a tad unbelievable.
TE-8: "Gas shows were encountered over this interval and subsequent petrophysical analysis suggests that these sandstones may be permeable and likely to be producible with mechanical stimulation... TE-8 also penetrated 114 metres of TAGI I reservoir (approximately twice the thickness of the TAGI I reservoir encountered in wells on the TE-5 horst) with gas shows. The TAGI sands encountered by TE-8 are also confirmed to be at the same reservoir pressure as the previous wells on the TE-5 horst (TE-5, TE-6 and TE-7). Sedimentologically, the TAGI at the specific TE-8 location was however found to be much finer grained than any of the previous wells and cemented with carbonate, anhydrite and halite".
Te-9: "Drill gas readings in both the TAGI and Paleozoic intervals showed a range of C1 to C5 hydrocarbons, which the Company believes is further evidence of a working petroleum system. All data from the well are subject to ongoing analysis, which also includes other rock and drill gas samples recovered during operations, that will provide further valuable data to derisk the prospectivity of the wider permit area".
TE-10: "the TE-10 exploration well was drilled to a measured depth ("MD") of 2,218 mMD, with gas shows greater than background levels observed across the gross TAGI interval, from 1,908 mMD to approximately 2,030m MD. Both internal and external petrophysical interpretations of wireline log data, integrated with FMI (high definition formation micro-imager log), and side wall core analyses, estimated net pay of up to 15.4m in a succession of thinly bedded gas bearing intervals distributed throughout the 110m gross TAGI reservoir interval. The presence of moveable hydrocarbons was further supported by the successful recovery of a gas sample from 1,937 mMD, with no evidence of water, using a modular formation dynamics tester (MDT)".