Member Info for 5085

A subject that could really take off tomorrow or whenever results are released

https://www.whitecase.com/insight-our-thinking/africa-focus-winter-2023-green-hydrogen

Steve all you need to do is watch the video every man and his dog has seen, hence tomorrow, unless a duster is reported this place will manic

https://www.youtube.com/watch?v=KvrAbtogH3U&t=32s

If you derampers did one ounce of research, which you never do, you would know the answer to this question and many others............... research more, chat less please

https://www.listcorp.com/asx/nhe/noble-helium-limited/news/mbelele-results-clarification-2967946.html

Still waiting lab results, as covered in the latest video where the CEO of Nobel was gushing over the 2 - 3% helium discovery and hydrogen at Helium One

This link should help people understand the type of helium we are looking for (green)

https://geoexpro.com/green-helium-exploration-is-set-for-a-breakthrough/#:~:text=Green%20helium%20has%20nitrogen%20as,Nobel%20Helium%20and%20Helium%20One.

Yes there are 3 x more shares in issue than previously, but in the past 12 months the price of helium has tripled.

The last part of that is missed by those of a negative persuasion

Has started hydrogen and helium 2 -3%

News or not Monday it will be some day.

Covert stake building has been going on all week. As we near the finish line it has become more obvious and frequent

Come Monday we get to see how big

https://www.wired.co.uk/article/huge-helium-reserve-discovered-in-tanzania

Donotpanic

Do you know why you are an idiot

Green helium is mixed with nitrogen, you dummy lol

A massive, trapped helium resource and an underground hydrogen generation system will have huge national importance to the rural country of Tanzania.

There is a lot at stake here

Remember what Lorna said, as we drilled down the temperature increased

Could the insane me possible?

World class helium discovery and a hydrogen generation system.

No one is rushing this RNS out

Thermal Regime and Timing Factors

Once these lithological constraints have been accounted for, there are other considerations which determine the likelihood of any notable hydrogen generation as well as retention within a reservoir accumulation.

The first of these is the geothermal regime within these H2 systems. H2-consuming microbes, which exist at shallow depth in the subsurface, would be detrimental to the continued accumulation of H2. These microbes remain active (assuming other factors are hospitable) at temperatures up to ~60 or ~100°C (depending on the particular species)19, so any potential H2-filled reservoir would ideally be located at depths greater than the 100 °C isotherm.

Other thermal considerations would involve the temperatures associated with the initial generation of H2 within the source rock. Biogenic hydrogen generation (at least that formed through thermogenic processes), is believed to occur at temperatures between 160 and 250°C12.

There is some uncertainty about the temperature range of serpentinization; however, we are adopting an upper thermal cut-off of ~350°C20.

Combining each of these isotherm constraints can easily be achieved using our in-house global geothermal data layers (see Figure 6) which have been refined using the latest machine learning algorithms.

Why the reported increase in temperature may be vital

3.4.4 Lake Tanganyika and Lake Rukwa area

Geothermometric estimates of sublacustrine hydrothermal vents (53-103°C) at Lake Tanganyika have yielded reservoir temperatures of >200 °C for samples of the NaHCO3-Pemba and NaCl-Cape Banza geothermal systems, respectively (Tiercelin et al. 1993, Pflumio et al. 1994). However, the fluid geothermometric data is not conclusive. Rare earth element patterns (only available for Cape Banza; Barrat et al. 2000) do not show a positive cerium anomaly as expected for high-temperature fluids. Crustal strontium isotope data of Cape Banza fluids are more radiogenic than those of the lake, confirming the basinal brine component in the fluid mixture (Barrat et al. 2000). The only indication for a magmatic heat source is the 13C range of CO2 (Botz & Stoffers 1993), which might indicate a subvolcanic alkali-basaltic dike intrusion. However, this possible intrusion is not yet confirmed by high mantle helium concentrations. A magmatic helium signature at Pemba would have implications also for geothermal systems on the Tanzanian side of Lake Tanganyika (Figure 7a). Uvinza (crustal gas composition, Walker 1969; long residence time, Figure 4b) and comparable Ivuna basinal brines (dominating crustal He isotope composition, Pik et al. 2006) are without magmatic heat source. However, direct heat use could enhance salt production at Ivuna site during the rainy season.

Document source

THE SEARCH FOR VOLCANIC HEAT SOURCES IN TANZANIA: A HELIUM ISOTOPE PERSPECTIVE

Helium numbers here are off the scale

Also explains why hydrogen was reported

Helium isotope data are available for Lake Rukwa area (Ivuna hot spring: Pik et al 2006; Danabalan et al 2016) and Lake Tanganyika (Figure 7b), both dominated by crustal helium. Beside other gases Kraml et al. 9

(carbon dioxide, hydrogen sulfide and methane), which are present in the deeper anoxic part of Lake Tanganyika, helium reaches a maximum of 126% supersaturation at 450 m depth in the Kigoma sub-basin (Craig et al. 1974). Excess 4He concentration is accompanied by a mid-depth minimum of the 3He anomaly due to injection of Helium with a 3He/4He ratio (3.8510-7) lower than atmospheric but also higher than the crustal ratio (Craig 1974; Figure 7b). These findings point to a small mantle 3He component (R/Ra = 0.28), which is characteristic for non-volcanic rifts (Kraml et al. 2016). However, so far no noble gas samples were taken from the hydrothermal emanations discovered at the floor of Lake Tanganyika (Cape Banza and Pemba).

This post seems to have rattled a lot of people.

Suggest it gets many re-runs.

Thank you PI Winner

Tend not to get involved in the boards as there is sooooo much nonsense. But to all PI's ignore the noise and focus on the exam point and fundamentals only.

The exam question for HE1....have they hit the 'holy grail' and identified sufficient helium and hydrogen to sell it. You have seen the RNS and the interview....we know they have struck gold (Helium & Hydrogen), the bit we need confirmation on is the potential quantities re the commercial model.

FACT - The initial numbers identified are a lot higher and more frequent than any other test they have previously performed. The initial results also had dilution so factually they will be a lot higher when results come through.

FACT - if the detailed results align or are higher than the initial results released have they hit the holy grail - YES.

Fundamentals

Market - Helium and Hydrogen are both a scarce resource and the demand is huge, meaning the market value is SENSATIONAL. If they have struck gold, the market cap is tiny and will grow exponentially in a heartbeat.

Licence - Can they dig the area sourced...yes they have the licence.

Have they got the kit - yes they have an operational drill etc

Have they got the expertise and resources - yes they have a skilled team including Lorna obviously and agency resources.

Commercial model - Lots of options re JV's etc

Outstanding Point - Confirmation on the potential quantities - Helium and Hydrogen.

De-rampers that compare apples and pears are CLUELESS and time-wasters. Anyone that makes a comment without RELEVANT FACTS AND FUNDAMENTALS - IGNORE.

Do your own research and focus on the fundamentals.....eliminate the noise.

Personally I have made a significant investment based on my own research.

Good luck to all PI's.

Generally speaking dusters are reported on very quickly, this has not been.

Very interesting information posted last night on why hydrogen was found and why the increase in temperature noted is key to sourcing prolific trapped helium.

Should be another interesting day, enjoy!

Why the reported increase in temperature may be vital

3.4.4 Lake Tanganyika and Lake Rukwa area

Geothermometric estimates of sublacustrine hydrothermal vents (53-103°C) at Lake Tanganyika have yielded reservoir temperatures of >200 °C for samples of the NaHCO3-Pemba and NaCl-Cape Banza geothermal systems, respectively (Tiercelin et al. 1993, Pflumio et al. 1994). However, the fluid geothermometric data is not conclusive. Rare earth element patterns (only available for Cape Banza; Barrat et al. 2000) do not show a positive cerium anomaly as expected for high-temperature fluids. Crustal strontium isotope data of Cape Banza fluids are more radiogenic than those of the lake, confirming the basinal brine component in the fluid mixture (Barrat et al. 2000). The only indication for a magmatic heat source is the 13C range of CO2 (Botz & Stoffers 1993), which might indicate a subvolcanic alkali-basaltic dike intrusion. However, this possible intrusion is not yet confirmed by high mantle helium concentrations. A magmatic helium signature at Pemba would have implications also for geothermal systems on the Tanzanian side of Lake Tanganyika (Figure 7a). Uvinza (crustal gas composition, Walker 1969; long residence time, Figure 4b) and comparable Ivuna basinal brines (dominating crustal He isotope composition, Pik et al. 2006) are without magmatic heat source. However, direct heat use could enhance salt production at Ivuna site during the rainy season.

Document source

THE SEARCH FOR VOLCANIC HEAT SOURCES IN TANZANIA: A HELIUM ISOTOPE PERSPECTIVE

Helium numbers here are off the scale

Also explains why hydrogen was reported

Helium isotope data are available for Lake Rukwa area (Ivuna hot spring: Pik et al 2006; Danabalan et al 2016) and Lake Tanganyika (Figure 7b), both dominated by crustal helium. Beside other gases Kraml et al. 9

(carbon dioxide, hydrogen sulfide and methane), which are present in the deeper anoxic part of Lake Tanganyika, helium reaches a maximum of 126% supersaturation at 450 m depth in the Kigoma sub-basin (Craig et al. 1974). Excess 4He concentration is accompanied by a mid-depth minimum of the 3He anomaly due to injection of Helium with a 3He/4He ratio (3.8510-7) lower than atmospheric but also higher than the crustal ratio (Craig 1974; Figure 7b). These findings point to a small mantle 3He component (R/Ra = 0.28), which is characteristic for non-volcanic rifts (Kraml et al. 2016). However, so far no noble gas samples were taken from the hydrothermal emanations discovered at the floor of Lake Tanganyika (Cape Banza and Pemba).

This post seems to have rattled a lot of people.

Suggest it gets many re-runs.

Thank you PI Winner

Tend not to get involved in the boards as there is sooooo much nonsense. But to all PI's ignore the noise and focus on the exam point and fundamentals only.

The exam question for HE1....have they hit the 'holy grail' and identified sufficient helium and hydrogen to sell it. You have seen the RNS and the interview....we know they have struck gold (Helium & Hydrogen), the bit we need confirmation on is the potential quantities re the commercial model.

FACT - The initial numbers identified are a lot higher and more frequent than any other test they have previously performed. The initial results also had dilution so factually they will be a lot higher when results come through.

FACT - if the detailed results align or are higher than the initial results released have they hit the holy grail - YES.

Fundamentals

Market - Helium and Hydrogen are both a scarce resource and the demand is huge, meaning the market value is SENSATIONAL. If they have struck gold, the market cap is tiny and will grow exponentially in a heartbeat.

Licence - Can they dig the area sourced...yes they have the licence.

Have they got the kit - yes they have an operational drill etc

Have they got the expertise and resources - yes they have a skilled team including Lorna obviously and agency resources.

Commercial model - Lots of options re JV's etc

Outstanding Point - Confirmation on the potential quantities - Helium and Hydrogen.

De-rampers that compare apples and pears are CLUELESS and time-wasters. Anyone that makes a comment without RELEVANT FACTS AND FUNDAMENTALS - IGNORE.

Do your own research and focus on the fundamentals.....eliminate the noise.

Personally I have made a significant investment based on my own research.

Good luck to all PI's.

This post seems to have rattled a lot of people.

Suggest it gets many re-runs.

Thank you PI Winner

Tend not to get involved in the boards as there is sooooo much nonsense. But to all PI's ignore the noise and focus on the exam point and fundamentals only.

The exam question for HE1....have they hit the 'holy grail' and identified sufficient helium and hydrogen to sell it. You have seen the RNS and the interview....we know they have struck gold (Helium & Hydrogen), the bit we need confirmation on is the potential quantities re the commercial model.

FACT - The initial numbers identified are a lot higher and more frequent than any other test they have previously performed. The initial results also had dilution so factually they will be a lot higher when results come through.

FACT - if the detailed results align or are higher than the initial results released have they hit the holy grail - YES.

Fundamentals

Market - Helium and Hydrogen are both a scarce resource and the demand is huge, meaning the market value is SENSATIONAL. If they have struck gold, the market cap is tiny and will grow exponentially in a heartbeat.

Licence - Can they dig the area sourced...yes they have the licence.

Have they got the kit - yes they have an operational drill etc

Have they got the expertise and resources - yes they have a skilled team including Lorna obviously and agency resources.

Commercial model - Lots of options re JV's etc

Outstanding Point - Confirmation on the potential quantities - Helium and Hydrogen.

De-rampers that compare apples and pears are CLUELESS and time-wasters. Anyone that makes a comment without RELEVANT FACTS AND FUNDAMENTALS - IGNORE.

Do your own research and focus on the fundamentals.....eliminate the noise.

Personally I have made a significant investment based on my own research.

Good luck to all PI's.

Donotbuy

Pure gamble here, some have walked away with good profits, some getting greedy and pumping for their own good, no friends here, remember it’s dog eat dog, if no helium, then????

Should people listen to you lol, you dont even know what type of helium is being drilled for, you couldn't make it up :-)