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90 Seconds With Spark – Ion Energy

In this quick-fire style interview with the CEO of Ion Energy, Ali Haji, Spark Plus discusses about the company, macroeconomics of the Lithium space at the moment, as well as objectives to roadshow in Asia.

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In this quick-fire style interview with the CEO of Ion Energy, Ali Haji, Spark Plus discusses about the company, macroeconomics of the Lithium space at the moment, as well as objectives to roadshow in Asia.

Ion Energy is one of the largest exploration license holder in Mongolia for Lithium. Mongolia is one of the most exciting investment opportunities currently available in the world.

With over USD 10 billion already committed for deep mining and infrastructure projects, Mongolia remains the final frontier for investors to benefit from continual and rapid growth.

Visit Ion Energy’s website here: https://ionenergy.ca/

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Can this ASX small cap solve the long running Southern Africa gas crisis?

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Can this ASX small cap solve the long running Southern Africa gas crisis?

Southern Africa is facing an energy crisis.

Rolling power outages and blackouts throughout the day caused by electricity shortages are hampering both industry and investment.

This is not short term issue either. The ways things are going, by 2030 some 530 million Africans will still lack adequate power supply.

The combination of large population growth and very little new investment in traditional coal fired power generation has heightened the situation.

Driven by ESG concerns from both government and financiers there’s been a move away from coal fired power. Now with the region’s coal fired generators at the end of their lives — being 40, 50 or even 60 years old — they are not being replaced.

That means more than 10,000 MW, or 20% of the power supply will be lost in next few years.

The region does have a budding renewables sector, yet it is underdeveloped and often affected by drought.

So while working towards more sustainable power sources, the pressure is on to find a solution to the growing regional power shortages.

For now, the supply gap is being at least partially filled in the short to medium term by expensive diesel fired power generation. However, all signs point to Gas to Power being a more permanent solution to Southern Africa’s energy woes.

ASX-listed Invictus Energy (ASX: IVZ) has a project that could hold the answer to Southern Africa’s energy issues.

The company’s Cabora Bassa Project in northern Zimbabwe comprises a massive nine trillion cubic feet of gas (Total Prospective Resource of 9.25 Tcf, plus 294 million barrels of conventional gas / condensate),and sits in close proximity to the underserved Southern African energy market.

 

It’s early days for Invictus Energy, and the company has not yet undertaken exploration drilling on its acreage, however what it does know at this stage is that its project contains potentially the largest, seismically defined, undrilled structure onshore Africa.

Here, and elsewhere around the world, gas is becoming an increasingly important supply of reliable and clean energy.

EY, in its report “Natural gas in Africa, The frontiers of the Golden Age”, speculate that the “world may be poised at the beginning of the Golden Age of Gas”, as natural gas is the only fossil fuel whose share of the global energy mix is expected to grow, driven by developments on both the demand and the supply side.

While the industry is still in its early stages, small scale LNG is being trucked to mining operations, displacing diesel at ~40% of the cost.

Also convenient is that a number of large smelters and refiners in Zimbabwe, Zambia and South Africa are equipped to switch from coal to natural gas.

All in all, Gas to Power is a very elegant solution and is increasingly important to the regional power needs in this part of the world.

Yet, current gas supplies are nowhere near enough to even meet current regional power demand.

In South Africa alone, independent studies estimate that by 2030 the country will face a daily gas shortfall of around 1 billion cubic feet — the size of Australia’s entire East Coast gas market.

Yet despite the current supply limitations, extensive infrastructure is in place to support the regional gas industry.

The Southern Africa power pool (SAPP) — a cooperation of the national electricity companies in Southern Africa — is a common power grid between countries and a common market for electricity in the region.

The SAPP connects the electricity grid from Cape Town all the way through to the DRC. Energy producers located anywhere along that line can export electricity to any country within that region. It operates as a virtual pipeline, exporting molecules by generating electricity with no need to pipe the gas directly to site in South Africa, Zambia, or Botswana.

The spine of that grid runs right through Zimbabwe — home Invictus’ underexplored gas project of elephant scale potential.

Located in northern Zimbabwe, IVZ’s project sits within the Cabora Bassa Basin which has all the ingredients of a working petroleum system and comes with a robust dataset.

Here, Invictus Energy is progressing what looks to be the largest undrilled seismically defined structure onshore Africa.

Representing one of the largest conventional exploration targets globally, the project’s Mzarabani Prospect is estimated to contain 8.2 Tcf + 250 million barrels of conventional gas / condensate (gross mean unrisked) across five horizons.

The project’s second prospect, the Msasa Prospect, also has elephant scale potential — estimated to contain 1.05 Tcf + 44 million barrels of conventional gas / condensate (gross mean unrisked) across three horizons.

Invictus is now in active discussions with multiple parties regarding the farmout of the Cabora Bassa Project.

Zimbabwe’s past exploration  

Back in the early 90s, Mobil was exploring for oil in Zimbabwe when it came across large resources in the Cabora Bassa Basin.

The petroleum giant explored over an area extending all the way from Victorian Falls in the west of the country through to the Cabora Bassa Basin in the east. It identified and mapped the massive Mzarabani anticline in Africa, which has an area of more than 200 square kilometres, under closure, at favourable depths to host a conventional gas target.

Eventually, Mobil concluded that the petroleum system was more likely to be gas prone rather than oil prone.

This is not the result that Mobil was after — there was no structured market for gas in the region at the time.

Highlighting this fact was the Pande and Temane gas fields onshore Mozambique of four to five trillion cubic feet. Discovered decades earlier, in the 1960s by Gulf Oil, these gas projects had changed hands multiple times by the time Mobil came to Zimbabwe, yet they were not developed as they couldn’t be monetised.

Against that backdrop, Mobil saw little point in trying to discover more gas so relinquished the Cabora Bassa project.

The early 1990s saw a pullback in exploration in Africa, particularly in frontier jurisdictions onshore. Majors that had been exploring across the continent left as petroleum prices crashed. BP left Tanzania, while Shell left Kenya.

 

Nearby countries, including Kenya and Uganda, have since promoted their petroleum potential. This, along with previous exploration programs, attracted a number of juniors that picked up where the majors left off in the Albertine Graben in Uganda.

These junior explorers re-evaluated the data left behind by the majors and saw some overlooked potential in these rift basin plays. That work encouraged the likes of Tullow Oil to farm-in to their acreage, acquire some additional seismic data and drill exploration wells, leading to discoveries.

Zimbabwe, meanwhile, never bothered to promote its petroleum potential, instead promoting its mineral riches including gold, platinum, diamonds at the time.

IVZ’s Cabora Bassa Project

For years Invictus’ Cabora Bassa Project, which comprises 250,000 acres in the most prospective part of the Cabora Bassa Basin, remained untouched and overlooked and Mobil’s extensive project data and reports were never made public.

The country’s political and economic situation and changes to investment laws under former President Mugabe also worked against the petroleum sector — Zimbabwe was essentially uninvestable from a foreign investment point of view.

In 2010, 25 years after Mobil left Zimbabwe, Zimbabwean national, Scott Macmillan (a former Woodside Energy And AWE Ltd engineer and now Invictus MD) got his hands on Mobil’s $30 million dataset.

The extensive exploration undertaken by Mobil made evident the significant size and technical merits of the Cabora Bassa project.

Here, Invictus has a total prospective resource of 9.25 Tcf plus 294 million barrels of conventional gas / condensate (gross mean unrisked) across the Cabora Bassa Project (Special Grant 4571).

The project contains the world class multi-TCF Mzarabani and Msasa conventional gas-condensate prospects.

The Mzarabani Prospect, a multi-TCF and liquids rich conventional gas condensate target, is potentially the largest, undrilled seismically defined structure onshore Africa (200km2 under closure) at 8.2 Tcf.

Not only is there a lot of gas but potentially also a lot of liquid associated with it as well, with 249 million barrels of conventional gas-condensate.

With this liquid condensate resource, the Mzarabani Prospect could be even bigger than the famous Dorado oil discovery — the largest oil discovery in Australia this century, which led to Santos acquiring Quadrant Energy last year.

In addition, IVZ’s Msasa Prospect also has elephant scale potential — estimated to contain 1.05 Tcf + 44 million barrels of conventional gas / condensate (gross mean unrisked) across three horizons.

The Mzarabani and Msasa prospects are both stacked targets, having several prospective horizons that can each be tested by a single well. This greatly enhances chance of success with multiple potential combinations of reservoir traps and seals.

New geological and geophysical work has de-risked the acreage, adding to the historical the Mobil dataset.

Gas sale MOUs

Invictus entered a MoU with Tatanga Energy late last year. Under the agreement, and in the event of a commercial gas discovery, the Cabora Bassa Project will provide gas supply for a 500-megawatt gas-to-power plant.

The minimum gas supply covered by the MoU is about 11Bcf per annum and could be increased to about 36.5Bcf.

The parties will work together to investigate the economic and commercial viability of supplying gas from the project to the plant.

The gas will then be sold to the national grid and to other captive clients including mines, industrial and other large consumers of energy in Zimbabwe, Mozambique and Zambia.

This is Invictus’ second offtake MOU, the first signed in May 2019 with sable Chemicals to investigate the economic and commercial viability of supplying natural gas from to the Sable fertiliser plant located in Kwekwe, Zimbabwe.

Under a 20-year supply term, Sable would be contracted to take 13 billion cubic feet of gas per year with an option to increase to 26 billion cubic feet.

While Invictus and its Cabora Bassa Project is early-stage and not without risk, the company currently has a market capitalisation of just $30 million.

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88 Energy upgrades Net Pay from Charlie-1 Well – confirms large oil discovery

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88 Energy upgrades Net Pay from Charlie-1 Well - confirms large oil discovery

88 Energy (ASX: 88E | AIM: 88E) last week released a substantial upgrade to the Net Pay encountered on the Charlie-1 appraisal well, drilled earlier this year on the North Slope of Alaska.

The dual listed oil junior drilled seven stacked targets with a total gross mean prospective resource of 1.6 billion barrels (480 million barrels net to 88E) in the Charlie-1 well at its Project Icewine.

Multiple billion barrel oil discoveries have made on the North Slope to date, and 88 Energy continues it to work towards finding the next one.

In early April, the company reported that the Charlie-1 appraisal well had proved the presence of mobile hydrocarbons, in the form of condensate gas. However, the timing couldn’t have been worse as fear gripped global markets.

An oil price war between Saudi Arabia and Russia resulted in oil prices falling hard and fast — WTI Crude dropped from above $60 per barrel in January to just $20 per barrel in less than three months to the end of March. Oil futures contracts even fell into negative territory on April 20 – where producers had to pay customers to take oil off their hands. Not good timing for an ambitious oil explorer.

However, despite the initial market reaction to the immediate well results, analysis of the data continues to show Charlie-1 made large oil discoveries, with the extend of oil accumulations to be estimated over the coming weeks.

This will follow last week’s results from the final petrophysical interpretation which substantially upgraded the net hydrocarbon pay in the Charlie-1 well to 398 feet from the earlier reported 280 feet.

Of particular note is the results from the Seabee formation intercepted in the Charlie-1 well, described by Managing Director Dave Wall as “outstanding”, despite the well not being drilled in the optimal location for that target.

The new data and years of exploration the company has undertaken to date on the North Slope, via three wells Icewine-1, Icewine-2, and Charlie-1 wells drilled at Project Icewine, means company management has a much clearer picture of what they have on their hands, ahead of a planned farm out for a follow up well to Charlie-1.

Plus, with the now completed acquisition of XCD Energy, 88 Energy control multiple world class exploration/appraisal assets on the North Slope of Alaska.

 

Charlie-1 appraisal well continues to provide additional data

88 Energy confirmed in April that the Charlie-1 appraisal well had proved the presence of mobile hydrocarbons, in the form of condensate gas, in the Torok Formation in both the Middle Stellar and Lower Stellar targets.

Final third party petrophysical interpretation from the recently drilled Charlie-1 well have now been received.

This petrophysical interpretation, using sophisticated Laminated Sand Analysis, substantially upgrades net hydrocarbon pay in the Charlie-1 well to 398 feet from 280 feet.

The largest contribution comes from the Lima discoveries in the Seabee Formation. Both Upper and Lower Lima (in the Seabee formation) are confirmed as large oil discoveries by this interpretation and the lab results.

Seabee hydrocarbons are proven in the historical Malguk-1 well by oil observed over the shakers at surface and in cores from Heavenly-1 and now Charlie-1.

The reservoir quality is clearly evident to be higher away from the Charlie-1 location, both updip and downdip.

The results are particularly significant as these targets are the most extensive of the Icewine conventional horizons as well as being relatively shallow, by comparison to the Torok Formation.

88E Managing Director, Dave Wall, said, “The results from the Seabee, despite Charlie-1 not being optimally located, are outstanding. Whilst these may appear as a serendipitous by-product of the well, internal analysis prior to drilling had already significantly high graded this formation; however, it was too late to change the objectives/location of the well, meaning that work remained largely on the drawing board.

“This final interpretation is a strong vindication of that internal effort. We are now looking forward to the conclusion of the evaluation of the Seabee oil discoveries as we integrate the petrophysics into the seismic inversion and subsequent mapping, which will ultimately yield updated volumetrics for our resources that will feed into the Icewine farm-out process.”

Over the coming weeks, the extent of the accumulations will be estimated as these final petrophysical numbers are integrated into the updated seismic inversion product.

The Stellar targets in the Torok Formation are also confirmed as hydrocarbon discoveries with good liquid hydrocarbon content.

There remains some uncertainty about the gas to oil ratio as the liquid hydrocarbon saturations measured from the Charlie-1 cores in the lab imply much lower gas to oil ratio than that observed during the downhole tests, which recovered gas condensate.

It is possible that these liquids may be unlocked by stimulation of the reservoir.

The Kuparuk also remains a prospective target, with anomalously good reservoir quality for its depth, however, no mapping has been done for this horizon and it is considered more gas prone than the Torok Formation.

Armed with more data, 88E has identified a new preferred well location to test the conventional targets at Project Icewine. This is an ‘oilier’ location, with better reservoir quality.

88 Energy will be shopping the project around to farm in partners once again and have another crack at striking flowing hydrocarbons.

Further upside potential remains from the 0.8-2.0 billion barrel prospective HRZ shale resources at Project Icewine. Two unconventional exploration wells have been drilled that have de-risked and improved understanding of the large shale potential here. This is consistent with early stage results from other successful plays.

The confirmation of the ideal thermal maturity for the HRZ shale is encouraging and will form the basis of further work to continue to unlock its large potential.

The results from Charlie-1 analysis of HRZ liquids rich resource play expected to facilitate farm-out process.

88E’s expanded North Slope portfolio

The company has acquired the previously ASX listed XCD Energy in an off market takeover.

The result is that Project Peregrine, XCD’s flagship asset, is now 100% owned by 88 Energy.

Project Peregrine spans 195,000 acres of prime exploration ground, in which three onshore prospects are been identified — Merlin (Nanushuk), Harrier (Nanushuk), Harrier Deep (Torok).

Combined, these prospects have a mean unrisked recoverable prospective resource of 1.6 billion barrels of oil located on trend to recent discoveries.

Conoco Phillips’s 0.75 billion barrel Willow discovery is to north, and Umiat, a recent Brookian oil discovery with over a billion barrels of oil, to the south show that Project Peregrine is in the right place. The Willow oil discovery is considered a direct analogy to the Project Peregrine’s Merlin prospect.

88 Energy plans on drilling in early 2021 and has identified two primary prospects — Merlin and Harrier that total over 1 billion barrels. Permitting commenced and farm-out discussions underway for drilling of the two wells in the first half of 2021.

88E will seek a farm in partner looking for exposure to near term discovery potential to fund the drilling. This could be a very compelling opportunity on the 1 billion barrel plus opportunity presented at Peregrine.

All in all, 88 Energy is gearing up for a highly active exploration season in 2021 across its expanded North Slope portfolio.

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Energy

Alaskan North Slope Oil Explorer 88 Energy is Preparing a Billion Barrel Farm Out

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Alaskan North Slope Oil Explorer 88 Energy is Preparing a Billion Barrel Farm Out

Alaska’s North Slope basin has a long history of successful oil discoveries — recent discoveries have included the two largest conventional oil discoveries onshore North America in over 40 years.

It is the location of North America’s largest current oil field, Prudhoe Bay, which originally contained over 25 billion barrels of oil. Furthermore, the basin is surrounded by several other large oilfields, having together produced over 17 billion barrels of oil since 1977 through the Trans Alaska Pipeline System.

Oil exploration junior, 88 Energy Ltd (AIM:88E | ASX:88E) has recently expanded its position on the North Slope, acquiring XCD Energy and its 135,000 acre Project Peregrine.

88 Energy now has net half a billion acres of exploration ground across multiple world class assets with multi-billion barrel discovery potential on the North Slope, with Peregrine joining Project Icewine and the Yukon Leases in 88 energy’s portfolio.

Project Peregrine

Project Peregrine comes with three onshore prospects already identified at the project — Merlin (Nanushuk), Harrier (Nanushuk), Harrier Deep (Torok).

Combined, these prospects have a mean unrisked recoverable prospective resource of 1.6 billion barrels of oil, as per an independent report generated by ERC Equipoise.

To the north and south of Project Peregrine sit major oil discoveries.

Willow, located to the north of Peregrine, is a 0.75 billion barrel discovery made by oil major ConocoPhillips (NYSE: COP).

A recent well drilled by ConocoPhillips, just 15 kilometres from Project Peregrine, encountered hydrocarbons at its Harpoon prospect which is interpreted to be directly on trend and analogous to the Harrier prospect at Peregrine.

The Peregrine Project also lies directly to the north of the Umiat oil accumulation that’s estimated to have greater than 1.0 billion barrels of oil in place.

Project Peregrine (blue) lease position relative to ConocoPhillips Harpoon Prospect and Willow Oil Field

2021 Drilling Planned

88 Energy intends to drill two, low cost wells to explore Project Peregrine in early 2021.

These wells will be testing the resource potential of Peregrine, with the aim of unlocking the next major oil discovery on the North Slope.

As 88 Energy currently holds 100% of the project, it intends to do a farm out deal with other partners that want exposure to near term upside.

The company will be undertaking low cost options for well drilling, estimating that the two wells will to cost ~US$15 million.

88 Energy has identified two primary prospects — Merlin and Harrier that total over 1 billion barrels, that it is intent on drilling in early 2021. Both prospects are located on trend to existing recent discoveries, with Harrier recently being de-risked by evidence of hydrocarbons at Conoco’s Harpoon-2 well.

Project Icewine

In addition to the newly acquired Project Peregrine, there remains significant opportunity and value at the company’s Project Icewine.

Despite a negative market overreaction to early results from the Charlie-1 well at Project Icewine earlier this year further investigations have been promising.  These results were released amid ‘peak fear’ from the COVID-19 pandemic and faced a record low oil price environment.

However, 88 Energy views that sell off as an overreaction.

The company has just released sidewall core analysis using two different techniques. Both demonstrate that the primary targets — the Seabee and Torok Formations — are in fact, full of oil.

Reservoir modelling of stimulation of the formations is now underway to understand flow potential.

More lab data and news is to come from Charlie-1 and 88 Energy has identified a new preferred well location to test the conventional targets at Project Icewine — a location with better reservoir quality.

A farm-in partner is also being sought to further investigate Project Icewine in the search for flowing hydrocarbons.

All up, major upcoming activity includes the farm-out of Project Peregrine in the lead up to the drilling of two wells in early 2021, plus the integration of new results from the Charlie-1 well, and reinvigoration of the farm out process for Project Icewine.

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