RE: Helium19 Aug 2025 14:16
"you are ignoring the average concentration of 5.5% helium discovered in Tanzania. We are looking at 20,000 bpd, which is - to be fair to the CEO - a huge result, demonstrating a flow rate of 6,176 scf/d of helium"
That would be 5.5% of the gas in the water. The gas water ratio is the contingency here, as the CPR observes. There's some uncertainty about that due to variation between the different down hole samples, If the ratio does proves to be 1:4 gas to water then the helium is potentially 5% out of the 25% gas in the 20,000 barrels of water a day (i.e. 1.25% of the flow, if the electric pump proves to deliver the best case planning scenario). The predicted helium from ITW1 in this scenario is equivalent to the helium from the State 16 well in Colorado, which is free flowing gas with no pumps or water processing, plus the bonus cash byproduct of beverage grade CO2. In the modelling, a 'typical' Rukwa well (CPR) appears less profitable per day than a typical Galactica well, due to contingencies of high extraction cost. But Rukwa may have the strategic resource attraction of being a profitable project at scale over the longer term. And importantly, HE1's share of the project is currently much larger than in Colorado.