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DME on TSX a Helium play went from 11c to $4 last on commercial Helium discovery!

Hold tightly, we are only at the beginning

Desert Mountain spudded 8th July 2020, and had gas shows 16th July!

DESERT MOUNTAIN ENERGY COMMENCES DRILLING THE SECOND WELL OF ITS HELIUM PROGRAM IN ARIZONA’S HOLBROOK BASIN
July 8, 2020/

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DESERT MOUNTAIN ENERGY ENCOUNTERS SIGNIFICANT GAS FLOWS IN ITS SECOND WELL; DRILLING CONTINUES
July 16, 2020/
Vancouver, British Columbia — DESERT MOUNTAIN ENERGY CORP. (the “Company”) (TSX.V: DME, U.S. OTC: DMEHF, Frankfurt: QM01) is pleased to report that drilling of its second helium well in Arizona’s Holbrook Basin, DME Well No. State 16-1 (API No. 02-017-20131), is continuing. We have encountered significant gas flows in the well. We anticipate reaching target depth […]

$0.26 is .1863p

Helium One Global LtdOTC Updated Apr 28, 2021 6:07 PM
HLOGF0.26

USA ahead of us already

The world’s supply of helium, vital for MRI scanners, is running low – but a lucky find may prevent disaster
In 2013, in the midst of a global shortage that had caused prices to rise five-fold, the two Australians made a vital discovery

Turning the pick-up around and heading for Rukwa, on the eastern shores of Lake Tanganyika, the two Australians forgot about gold and drove to the site of what turned out to be one of the world’s largest reserves of helium.

The freshest exclusives and sharpest analysis, curated for your inbox

For TC James, an abundant supply in the 1950s meant there was no demand for new helium. But in 2013, in the midst of a global shortage that had caused prices to rise five-fold, the two Australians in the Great Rift Valley immediately realised the significance.

“It was serendipity,” said Tom. “We were in the right place at the right time. We were just very fortunate that we recognised that opportunity.”

A life saver

The timing could not have been better. Dwindling reserves of helium in the US – the world’s major provider is expected to cease supplies in 2021 – coupled with the closure of Qatar’s store means that the Rukwa field’s 98.9 billion cubic feet (bcf)of helium could ensure a reliable supply for the next 15 years.

The world uses around six billion cubic feet a year and without it, life-saving MRI scans which rely on magnet-cooling liquid helium would be impossible. In recent years, interruptions to the helium supply have caused disruption to medical research projects, prompting experts to calling for urgent action on rationing.

The shortage of an element that is used widely in science and industry could also mean no more helium-filled party balloons. Last month, US retailer Party City announced it was closing 45 of its 870 stores, citing in part the increasing scarcity of helium. The firm later announced that it had found another supplier to meet demands for the lighter-than-air gas that fills its balloons.

https://inews.co.uk/news/health/the-worlds-supply-of-helium-vital-for-mri-scanners-is-running-low-but-a-lucky-find-may-prevent-disaster-305150

https://www.livescience.com/60607-helium-reserve-discovered-in-tanzania-photos.html

In Photos: Massive Underground Helium Reserve Found in Tanzania
By Tom Metcalfe October 06, 2017

Underground pockets of helium gas discovered in the Rift Valley region of Tanzania are now thought to be around twice as large as initially reported, according to new research by scientists from the University of Oxford, in the United Kingdom.

When the discovery was announced last year, independent resource assessors estimated that the underground gas deposits in Tanzania contained around 54 billion cubic feet (1.5 billion cubic meters) of helium, mixed with mainly nitrogen gas. But, a reanalysis of the helium concentrations in the gas deposits indicate they may hold more than 98.6 billion cubic feet (2.8 billion cubic meters) of helium gas.

More than originally thought
The helium deposits in Tanzania were confirmed after scientists in the University of Oxford's Department of Earth Sciences developed a new theory for helium production inside the Earth's crust

-Also states commercial discovery can be confirmed on shallow drill.

-30 day drill campaign

They are drilling the worlds largest Helium site on earth, its 138 Billion Cubic Feet of Helium Gas.

-Today's helium price of $280 per Mcf (1000 cubic feet) = $38 Billion Asset. (£27 billion pound Sterling)

-Take a look for yourselves the CEO states in the presentation:

https://youtu.be/NMNTd0HJ3vM?t=630

https://uk.finance.yahoo.com/quote/9K3.F?p=9K3.F

HLOGF - Helium One Global Ltd
Other OTC - Other OTC Delayed price. Currency in USD
0.2700
+0.0450 (+20.00%)
At close: 3:57PM EDT

https://uk.finance.yahoo.com/quote/HLOGF?p=HLOGF

Smart Money Is Betting On A Helium Boom

By Alex Kimani - Apr 08, 2021,

While batteries are set to power everything, helium is indispensable in many key applications including space exploration, rocketry, high-level scientific applications, in the medical industry for MRI scanners, fiber optics, electronics, telecommunications, superconductivity, underwater breathing, welding, cryogenic shielding, leak detection, and in lifting balloons. At a melting point of -261.1°C (-429°F), helium has the lowest melting point of any element, meaning there’s no substitute for the gas where ultra-low temperatures are required including in superconductors.

With demand constantly outstripping supply and the federal government no longer freely selling helium, prices have skyrocketed, hitting $35 per liter in 2019, more than double an average of $14.60 per liter they commanded three years ago.

Dwindling supplies

Only a small percentage of the helium generated through natural means is readily accessible, and even a smaller proportion is economically feasible to collect.

The helium that we find on our planet is a product of radioactive decay from minerals made of uranium and thorium. Unfortunately, the vast majority leaks off into space, and whatever little that is trapped comes nowhere close to meeting our global demand of 32,000 tons of helium per year (about 6.2 billion cubic feet measured at 70°F and under earth's normal atmosphere). The vast majority of our helium reserves come from millions of years of gradual accumulation, especially in shale formations.

After being formed deep in the bowels of the earth, helium tends to rise and collect in the same deposits as natural gas. In fact, most of our helium supply comes from natural gas companies that collect the gas as an ancillary benefit. Unfortunately, current technological limits mean that helium is only economically recoverable at concentrations greater than 0.3%. Consequently, the vast majority of the helium in gas reserves is simply vented away.

But the weakest link in the helium supply chain: The U.S. federal government is no longer selling helium to traders and manufacturers.

https://oilprice.com/Energy/Energy-General/Smart-Money-Is-Betting-On-A-Helium-Boom.amp.html?__twitter_impression=true

Drilling equipment has left Mozambique on route to #Tanzania

We will continue to fast-track the #HE1 development programme of our Rukwa project. Drilling equipment will be kept in the field to carry out appraisal work immediately following intended exploration success...

https://twitter.com/heliumone1/status/1386623194212225025?s=21

How long does the journey take to Rukwa from Mozambic?

http://www.helium-one.com/analyst-research/

HE1 intends to drill three exploration wells (on the Kasuku, Itumbula and Mbuni prospects) within the Rukwa licence in Q2’21. Each well should take a month to drill but helium shows in the mudlogs could be reportable prior to hole completion. We carry 34p/sh of unrisked and 3p/sh of risked value on average for each well. A substantial part of the overall risking relates to the “play” risk, which is the same for all prospects. Therefore, if one well is successful, it would derisk HE1’s other targets. We estimate that it could double the overall chance of success for the other prospects.

Valuation: >7x upside on an unrisked basis; peers +650% in 2021

In our base case scenario, we use a helium price of US$250/mcf long-term flat from 2021 and a 14% discount rate from 1/1/2021. Our risked NAV is 11p/sh, which implies 5% upside from the current share price. On an unrisked basis, we have a NAV of £0.88/sh or >7x upside. Further to this are the follow-on prospects that are not included in our NAV and its other exploration areas. Helium focused E&P companies, especially those akin to Helium One that focus on primary helium have seen their shares rise by >650% in 2021, demonstrating the market’s interest in the helium sector. Also a US$50/mcf increase in the helium price would increase our risked NAV by 2p/sh.

Fooking mm’s!

There’s no need for a stupid UT trade!

What part of “ HE1 is NOT a set stock do you City Boys not understand “!!!???

Mid May is between 10th and 20th.

Exact date unknown

CEO who is a Geologist state Rukwa is 50 x bigger than any of the current Helium companies in the world.

Also states commercial discovery can be confirmed on shallow drill.

This will rise to multiple level on a discovery.

Drill bit turns 10 days after May3rd Bank Holiday!

-They are drilling the worlds largest Helium site on earth, its 138 Billion Cubic Feet of Helium Gas.

-Today's helium price of $280 per Mcf (1000 cubic feet) = $38 Billion Asset.

-Take a look for yourselves the CEO states in the presentation:

https://youtu.be/NMNTd0HJ3vM?t=630

-HE1 market cap is only £84 million

Wow, just Wow! good video of potential assets!

They are drilling the worlds largest Helium site on earth, its 138 Billion Cubic Feet of Helium Gas, Today's helium price of $280 per Mcf (1000 cubic feet) = $38 Billion Asset. Take a look for yourselves the CEO said it, not me

https://youtu.be/NMNTd0HJ3vM?t=630

And HE1 market cap is only £65 millio

Valuation: >7x upside on an unrisked basis; peers +650% in 2020
In our base case scenario, we use a helium price of US$250/mcf long-term flat from 2021 and a 14% discount rate from 1/1/2021. Our risked NAV is 11p/sh, which implies 5% upside from the current share price. On an unrisked basis, we have a NAV of £0.88/sh or >7x upside. Further to this are the follow-on prospects that are not included in our NAV and its other exploration areas. Helium focused E&P companies, especially those akin to Helium One that focus on primary helium have seen their shares rise by >650% in 2020, demonstrating the market’s interest in the helium sector. Also a US$50/mcf increase in the helium price would increase our risked NAV by 2p/sh.

http://www.helium-one.com/analyst-research/

Drilling will follow the processing of data from an infill seismic campaign over shallow structures identified within the 310km2 drilling area. Infill seismic over high priority targets will allow better delineation of trap structures ahead of drilling, refining collar locations and improving drill targeting. The seismic survey is fully permitted and, dependent on favourable ground conditions, is due to commence as the rainy season subsides in mid-Q1 2021.

Drilling is targeting shallow, stacked, trap structures from 300m to a maximum depth of ~1200m. Once commenced, each hole is anticipated to take ~30 days to complete. Returns of helium gas within drilling mud will be constantly monitored with updates on helium shows provided as appropriate as drilling advances.

The presence of surface helium seeps is a key geochemical fairway indicator for sub-surface helium accumulations. The discovery of the Rukwa Project was initially based on surface seeps sampled at 4.2% helium by Dr T.C. James during the 1950s. These surface helium concentrations were confirmed and upgraded by a joint study with Oxford University in 2016 which measured macro-seep gas composition of up to 10.5% helium at Rukwa and 10.8% helium at Balangida, Helium One's third project area. Follow up studies on micro-seeps at Rukwa have identified anomalous helium in soil gas at a number of locations across the project, indicating sub-surface helium migration across the basin.