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Piedmont Completes Additional Testwork to Produce High Grade Spodumene and Byproduct Concentrates

Piedmont Lithium Limited is pleased to announce that it has produced 120 kg of spodumene concentrate from core samples collected from the Company’s Piedmont Lithium Project

  • 120 kg of Dense Medium Separation (“DMS”) and flotation concentrates prepared for LiOH testwork
  • Byproduct quartz samples have received positive initial feedback from key potential customers
    • Quartz samples meet solar glass customer specifications – additional samples requested
    • Additional potential clients will receive byproduct quartz, feldspar and mica samples in Q2
  • Chemical plant Pre-Feasibility Study and updated integrated Scoping Study expected in May 2020
  • Lithium hydroxide bench scale testwork nearing conclusion with results expected in Q2 2020

Piedmont Lithium Limited (ASX:PLL; NASDAQ:PLL) (“Piedmont” or “Company”) is pleased to announce that it has produced 120 kg of spodumene concentrate from core samples collected from the Company’s Piedmont Lithium Project (“Project”) located within the world-class Carolina Tin-Spodumene Belt (“TSB”) . These samples have now been used in the bench-scale lithium hydroxide testwork program nearing completion at SGS laboratories in Lakefield, Ontario. Concentrate qualities and recoveries were consistent with earlier testwork programs.

Table 1: Results of Combined DMS + Locked Cycle Flotation Testwork Results
Product Li2O (%) Fe2O3 (%) Recovery (%)
Spodumene Concentrate 6.21 0.87 82.4

We are also pleased to announce production of additional larger-scale samples of quartz and feldspar concentrates as part of this testwork. Quartz samples prepared in SGS laboratories were delivered to potential solar glass customers and met customer quality expectations.

Confidential customer discussions are ongoing through the Company’s marketing partnership with Ion Carbon, a division of AMCI. Samples of quartz and feldspar concentrates will be delivered to other potential clients in the coming weeks. Mica samples will be produced in the coming weeks.

The updated spodumene concentrate and byproduct results will be used to support the Company’s study updates which will be announced later this month.

Table 2: Average of Results of Six Locked Cycle Byproduct Tests
Li2O SiO2 Al2O3 K2O Na2O CaO MgO MnO P2O5 Fe2O3
Quartz Concentrate 0.02 99.0 0.32 0.04 0.11 0.01 0.01 0.01 0.01 0.01
Feldspar Concentrate 0.12 68.0 19.35 2.45 9.30 0.17 0.04 0.01 0.15 0.05

Keith D. Phillips, President and Chief Executive Officer, commented: “Our lithium hydroxide testwork program continues at SGS, and is based on the high-quality, low impurity spodumene concentrate prepared from a 1.75 tonne representative ore sample from Piedmont’s Core property. Byproduct testwork is also continuing, and after positive initial customer feedback we have received from prospective quartz customers, we are beginning to evaluate the opportunity to expand our planned byproduct production, potentially further lowering our spodumene concentrate costs.”

To view the full ASX Announcement, please click here.

Contacts
Keith D. Phillips
President & CEO
T: +1 973 809 0505
E: kphillips@piedmontlithium.com

Timothy McKenna
Investor and Government Relations
T: +1 732 331 6457
E: tmckenna@piedmontlithium.com

Click here to connect with Piedmont Lithium Limited (ASX:PLL, NASDAQ:PLL) for an Investor Presentation

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Lake Resources CEO Stephen Promnitz: Scaling Lithium Supply with $150 Million Series B Funding

Lake Resources Managing Director Stephen Promnitz

Lake Resources (ASX:LKE,OTCQB:LLKKF) Managing Director Stephen Promnitz says Lake Resources has secured robust financing to scale up lithium production in preparation for the electric vehicle revolution.

Lake Resources has recently established a technology and funding partnership with Lilac Solutions, and the latter has announced $150 Million Series B to scale lithium supply for the electric vehicle era.

Lake Resources: Scaling Lithium Supply with $150 Million Series B Funding www.youtube.com

"Lilac Solutions are actually going to work with us and progressively earn into our flagship Kachi project, and then provide $50 million towards the development of that project. So come the end of October, we should have somewhere around $70 to $80 million in the bank, plus this $50 million commitment from Lilac going forward. And then if we have some additional $75 million options in June next year. Essentially, we can now see a pathway to the entire project being financed," Promnitz said.

Lake Resources and Lilac Solutions signed a partnership agreement wherein Lilac is able to achieve an equity stake in the Kachi project with project funding obligations while providing its leading technology to advance the project.

"There's a real deal here, and now value opportunity. But on top of that, we've de-risked it from the debt side and from the equity side. This project is going to happen, and not only that, we're going to be scaling it up to 50,000 tonnes per annum soon after we get into production. That will make us one of the top five producers in the lithium space."

Watch the full interview of Lake Resources Managing Director Stephen Promnitz above.

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Ioneer Ltd is pleased to announce that the Company has reached an agreement to establish a joint venture with Sibanye Stillwater Limited to develop the flagship Rhyolite Ridge Lithium-Boron Project located in Nevada, USA . Under the terms of the agreement, Sibanye-Stillwater will contribute US$490 million for a 50% interest in the Joint Venture, with ioneer to maintain a 50% interest and retain operatorship. ioneer …

Ioneer Ltd (“ioneer” or the “Company”) (ASX: INR) is pleased to announce that the Company has reached an agreement to establish a joint venture (the ” Joint Venture “) with Sibanye Stillwater Limited ( “Sibanye-Stillwater” ) to develop the flagship Rhyolite Ridge Lithium-Boron Project located in Nevada, USA (the “Project” ). Under the terms of the agreement, Sibanye-Stillwater will contribute US$490 million for a 50% interest in the Joint Venture, with ioneer to maintain a 50% interest and retain operatorship. ioneer has also agreed to provide Sibanye-Stillwater with an option to participate in 50% of the North Basin 1 upon the election of Sibanye-Stillwater to contribute up to an additional US$50 million subject to certain terms and conditions.

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Galaxy Resources Limited advises that the following announcement has been made to the Australian Securities Exchange which appears on the Company’s platform : Merger of Galaxy and Orocobre Implemented The announcement can be viewed at: SOURCE Galaxy Resources Limited View original content

Galaxy Resources Limited (ASX: GXY) ( Company ) advises that the following announcement has been made to the Australian Securities Exchange which appears on the Company’s platform (ASX):

  • Merger of Galaxy and Orocobre Implemented

The announcement can be viewed at:

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a bowl of U3O8 yellow cake

Australia is the second largest producer of uranium in the world. Here's a look at the mines that are producing today, and the significant ones that are being developed.

Despite sitting on the largest known recoverable resources of uranium worldwide — 1.69 million metric tonnes in 2019 — Australia uses no part of it for energy. Instead, Australia exports the valuable resource, which accounts for one-quarter of its energy exports.

In fact, Australia was the second largest producer of uranium in 2020, producing 6,203 metric tonnes. It was only beaten by Kazakhstan, which produced nearly 20,000 metric tonnes that year.

Australian uranium production has centred around three mines in recent years — Olympic Dam, Beverly Four Mile and Ranger — until the Ranger mine ceased operations in 2021.

Main mines in the country

Here's a closer at these mines and the companies that own them:

1. Olympic Dam owned by BHP Billiton (ASX:BHP,NYSE:BHP,LSE:BHP)

The Olympic Dam complex is built upon one of the world's most significant deposits of copper, gold, silver and uranium. In fact, it's the world's largest known uranium deposit. It has both underground and surface operations and it has a fully integrated processing facility, which means it is capable of extracting, refining and processing mined commodities.

In 2020, BHP Billiton produced 3,000 metric tonnes of uranium oxide (U3O8), which is nearly half of Australia's output and 6 percent of the world's production. In 2021, their uranium segment accounted for US$249 million in revenue.

Although the company produces a significant amount of global uranium, its production of copper, iron ore, coal and petroleum dwarfs its uranium production by a wide margin.

2. Beverly and Four Mile owned by private company Heathgate Resources

Australia's first in-situ recovery mine at Beverly sits on a uranium deposit about 520 kilometres from Adelaide. Owned by Heathgate Resources, a subsidiary of US-based General Atomics, the Beverly mine itself has all been mined out and production exclusively occurs at the nearby Four Mile mine (owned by Quasar, a subsidiary of Heathgate).

In 2020, Heathgate Resources mined 2,130 tonnes of uranium oxide from Four Mile, accounting for 4 percent of the world's uranium production.

3. Ranger Uranium Mine owned by Energy Resources of Australia (ASX:ERA)

Ranger was the longest serving uranium production mine in Australia at 35 years, located 8 km east of the town of Jabiru. The mine officially stopped processing operations in January 2021 after traditional owners of the land did not support extending the Energy Resources of Australia's (ERA) authority in the area. The company had already stopped mining operations back in 2012 and had been processing stockpiled ore since then.

The ERA, whose parent company is Rio Tinto, produced 1,574 tonnes of uranium oxide for 2020 — accounting for 2 percent of the world's uranium production — before shutting the mine down.

According to their 2020 annual report, continuing mining at Ranger in the future is also unviable. A change in legislation would be required and the company states that monitoring the mine in the gap between ceasing and resuming operations would simply add to its cost burden.

While ERA still holds the lease on the nearby Jabiluka orebody, it has been firm that it will not develop the site without the consent of the Mirrar Aboriginal people, and so the Jabiluka development has been indefinitely deferred.

Future mines in Australia

Australia accounts for almost one-third of the world's uranium deposits and there are several future exploration and expansion uranium projects brewing in the country. With 31 known deposits for uranium including the three discussed above, the list for potential new mines or mines being brought back online is long. Here are a few noteworthy ones.

1. Honeymoon

The deposit was discovered in the 1970s, and in 2015 Boss Energy (ASX:BOE) bought Uranium One Australia and acquired the mine as part of the deal. The project is permitted to export up to 3.3 million pounds (1,496 tonnes) per annum and production is expected soon.

2. Mulga Rock

This polymetallic deposit was first discovered by PNC Exploration in 1979 and is now owned by Vimy Resources (ASX:VMY), formerly Energy & Minerals Australia. The deposit is divided into Mulga Rock East and West, and also hosts scandium, nickel and cobalt.

With approvals from both state and federal governments in 2016 and 2017 respectively, the mine can produce up to 1,300 tonnes of U3O8 per year. Vimy Resources intends to start on the Ambassador deposit with open-pit mining with an 85 percent recovery rate.

3. Angela / Bigrlyi / Obagooma / Thatcher Soak

Elevate Uranium (ASX:EL8), formerly known as Marenica Energy, has acquired or bought stakes in several mining projects in the Northern Territory and Western Australia. While there is no clear timeline on start of operations for any project, managing director and CEO Murray Hill was quoted saying that he expects the price of uranium to increase over the next decade, meaning the company would be well-leveraged as it bought assets at a reduced price.

Hill also expects modular reactor technology to improve in the next decade, allowing nuclear energy to be used across the landscape in rural areas and not just the bigger cities.

Market Outlook

After suffering low prices after the 2011 Fukushima disaster, the nuclear energy market is expected to pick up, with generation growing nearly 3 percent annually by 2040, according to the World Nuclear Association's Nuclear Report. As the world continues to pivot to net-zero emissions, nuclear energy will find increasing favour from countries looking to shift their energy generation to cleaner sources.

The report states that uranium production will remain stable until the end of the 2020s and then decrease by nearly half from 2030 to 2040, highlighting the need for increased exploration and production in the space to avoid future supply disruptions.

Many projects are at advanced development stages and are only waiting for improved prices from the market.

Don't forget to follow us @INN_Australia for real-time updates!

Securities Disclosure: I, Pallavi Rao, hold no direct investment interest in any company mentioned in this article.

carbon emissions

Following international pressure, the Australian government has promised to reach net zero emissions by 2050.

In a last-minute commitment after months of debate, the Australian government has promised to reach net zero emissions by 2050, expecting to meet the goal largely through technology development.

The move comes following international pressure as Australia had previously refused to join countries in pledging to meet the target ahead of the United Nations' COP26 climate conference in Glasgow.

However, the plan unveiled on Tuesday (October 26), which includes a government investment of AU$20 billion, does not strengthen the target set for 2030, with Prime Minister Scott Morrison saying Australia is on track to beat its Paris Agreement goal, cutting emissions by 30 to 35 percent by that decade.


"We will do this the Australian way," Morrison said ahead of a press conference, announcing investments in new energy technologies like hydrogen and low-cost solar.

An Australian hydrogen industry could be worth more than AU$50 billion in 2050, according to the government. Meanwhile, expanding production and processing of metals like lithium, nickel, copper and uranium could together be worth around AU$85 billion in exports in 2050.

That said, Australia will continue to be heavily dependent on fossil fuels as the plan will not shut down coal or gas production. The country is a major coal player, with the third largest reserves in the world, but its reliance on coal-fired power makes it one of the world's largest carbon emitters per capita.

"We want our heavy industries, like mining, to stay open, remain competitive and adapt, so they remain viable for as long as global demand allows," Morrison said. "We will not support any mandate — domestic or international — to force closure of our resources or agricultural industries."

Australia's desire to achieve net zero emissions by 2050 is a step in the right direction, Prakash Sharma, Wood Mackenzie's Asia Pacific head of markets and transitions, said.

"Our analysis shows that Australia can reach net zero emissions by 2050," he said. The country's major trading partners — China, Japan and South Korea — are already in transition towards that goal.

According to Wood Mackenzie, nearly 83 percent of Australia's power generation will come from solar and wind by 2050, as compared to about 20 percent last year. Natural gas, bio energy, geothermal and small modular reactors will supply the remaining 17 percent in power output. Coal into power is expected to be phased out by 2035.

"Although the pathway requires complete transformation of its traditional energy and export sectors, there are significant opportunities to capitalise on and protect future revenues," Sharma said.

"This will require Australia to become a significant player in low-carbon hydrogen trade as well as being able to offer carbon storage and offset services."

Meanwhile, the Australian Conservation Foundation has welcomed the prime minister's commitment to reach net zero by 2050, but said the mid-century goal is only meaningful with deep cuts to climate pollution this decade.

"Unless the government sets the wheels in motion to cut our emissions in half by 2030, it is making climate change worse and turning its back on the opportunities," said Chief Executive Kelly O'Shanassy.

"Australia can become a global clean energy superpower in the next decade by replacing coal and gas with renewable energy," she added. "We have abundant clean energy, tools and talent, but we cannot delay any longer."

Don't forget to follow us @INN_Australia for real-time updates!

Securities Disclosure: I, Priscila Barrera, hold no direct investment interest in any company mentioned in this article.