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Rare Earth Elements (REE's) - zeldzame aarde materialen

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DeZwarteRidder
0
Pentagon bankrolls rare earths plant as US plays catch-up to China
Australia’s Lynas will build facility in Texas with $120mn of funding from Washington
Rare earths dug up and processed at Mount Weld in Western Australia
Countries are working to secure their rare earths supply chains © Sonali Paul/Reuters

James Fernyhough in Melbourne June 14 2022

The US Department of Defense has signed a $120mn deal with Australia’s Lynas Rare Earths to build one of the first US domestic heavy rare earths separation facilities, part of Washington’s push to counter China’s dominance of critical mineral supply chains.

Rare earth elements are vital to making magnets used in military equipment such as lasers and guidance systems, as well as components in electric vehicles, wind turbines, fibre optic cables and consumer electronics.

China is responsible for almost 90 per cent of global refining of rare earths and more than 50 per cent of rare earths mining, according to the International Energy Agency.

The US has no operating commercial-scale processing facilities, raising concerns in Washington that the country could be cut off from these critical minerals in the future if relations with China deteriorate further. Under the deal with Lynas, China would be bypassed entirely from the production cycle. The US defence department is also separately funding a heavy rare earth processing project at a mine in California.

The Australian Securities Exchange-listed company will export heavy rare earth carbonate mined and refined in Australia to the US, where the individual elements will be separated for commercial use. Lynas, based in Perth, is the world’s largest rare earths producer outside China, according to Barrenjoey, an investment bank.

The deal, which expands a pilot scheme first announced in 2020, is part of Washington’s drive to build supply chains and local manufacturing industries in semiconductors, batteries, critical minerals and pharmaceuticals.

Lynas said the $120mn investment would cover the full cost of plant construction, meaning the company would not have to put up any capital itself. The plant is likely to be built in Texas and be operational by 2025. The company also announced plans to build a light rare earths processing facility in the same location last year.

“The really important thing here is there is no heavy rare earths separation outside China at present,” Lynas managing director Amanda Lacaze told the Financial Times.

“Putting aside any geopolitical issues, what we’ve seen from the pandemic is that any singular supply chain has risk associated with it. So this is a terrific opportunity to address that risk,” she said.

Lacaze said she hoped the US government would also work to develop an onshore magnet manufacturing industry. “We like to have our facilities close to our customers and our customers close to our facilities,” she said.

Lynas processes most of its rare earths at a large plant in Kuantan, Malaysia, and is building another plant in Western Australia. However, the Malaysian plant only separates light rare earths, sending the less common heavy rare earths elements to China for processing.

Daniel Morgan, a mining analyst with Barrenjoey, said China’s dominance of this sector was a “strategic vulnerability” for the US.

“As of right now, there are not a lot of options for the US military to get heavy rare earths needed in lasers and guidance systems. Without these heavy rare earths, the US military can’t have these things. It’s a strategic vulnerability,” he said.

Australia has some of the largest deposits in the world of critical minerals needed in electronic devices and the energy transition, including nickel, lithium, cobalt and rare earths.

The Australian government under previous prime minister Scott Morrison developed a critical minerals strategy that attempted to reach deals with non-Chinese trading partners including the US, UK, EU, Japan, India and South Korea while also giving government funding to local mines and processing plants.

In March, representatives from Lynas and a number of other rare earths and cobalt miners travelled to Washington, DC, as part of a delegation with Australia’s trade minister to discuss building stronger trading relationships in these critical minerals.
DeZwarteRidder
0
Australia backs rare earths mine to reduce China’s supply dominance
$100mn project finance for Yangibana expected to feed Europe’s automotive sector

Nic Fildes in Sydney February 2 2022

The Australian government has backed a rare earths mine as the country ramps up production to challenge Chinese dominance of the critical minerals used in magnets for electric vehicles, wind turbines and smartphones.

China has long dominated the supply of those minerals but its trade war with the US has forced the global manufacturing industry to search for alternative sources.

The Australian government has identified rare earths as a strategic industry and established funds to support companies breaking into the market.

On Wednesday, it agreed a A$140mn (US$100mn) project financing loan to the Yangibana rare earths mine in the Gascoyne region of Western Australia that is being established by Hastings Technology Metals.

The loan will act as an anchor for Hastings, which is aiming to raise up to A$400mn in debt for the project. The company is set to become Australia’s second-biggest exporter of rare earth minerals, behind A$8bn-valued miner Lynas Rare Earths, once exports start in an expected two and half years.

The development of Yangibana and a hydrometallurgical plant in Onslow on the Western Australian coast to refine the materials represent Australia’s growing presence in the booming rare earths market.

Matthew Allen, chief financial officer of Hastings, described the government’s financial support as a “pretty pivotal moment” for the expanding local industry, as demand continues to “soar out of sight.”

He said that Hastings could supply up to 8 per cent of global demand for neodymium and praseodymium, two of the most sought-after of the 17 rare earths minerals. “The rush is on to build a non-China supply chain,” he said.

Yangibana, combined with output from Lynas and other projects, would boost Australia’s share of the market.

“Hastings remains among the most advanced rare earth development projects globally,” said Reg Spencer, an analyst with Canaccord Genuity. He added that Australia’s share of global rare earths exports could be more than 30 per cent in the coming years. “It is pretty clear Australia will become a meaningful player,” he said.

Allen said demand for rare earth minerals has risen substantially in recent years but the need to diversify the supply chain became obvious in 2010 when Japan accused China of blocking shipments to the country over a diplomatic dispute.

Allen predicted the minerals extracted from Yangibana will mostly be used in Europe’s automotive industry. The company already counts German industrial giant Thyssenkrupp and parts supplier Schaeffler Technologies as customers.

Hastings shares gained 8 per cent on the announcement of the government loan, valuing the company at almost A$480mn.

Masato Sagawa, the Japanese scientist who discovered and developed the strongest magnet that is driving rare earth demand, was this week awarded the Queen Elizabeth Prize for Engineering.
DeZwarteRidder
0
De zeldzame aardmetalen van Hull
15:32

Niet dat we een geheugensteuntje nodig hadden, maar nu Rusland de gastoevoer afknijpt, is het andermaal duidelijk dat Europa aan de bak moet om zelfvoorzienend te worden op het gebied van essentiële grondstoffen die nu nog bij twijfelachtige regimes worden gekocht.

Dat geldt zeker voor de zeldzame aardmetalen die in onze telefoons, elektrische auto's, windturbines en straaljagers zitten. China controleert ruim 80% van de mondiale productiecapaciteit en heeft daarmee een geweldig wapen in handen. Japan kreeg van Peking al eens een embargo voor de kiezen, en Lockheed Martin ontving al dreigementen in die richting.

Dat is precies de reden dat de Britse minister van economische zaken Kwasi Kwarteng zich vorige week liet fotograferen met zijn voet op een schep in havenstad Hull. Daar start mijnbouwer Pensana, een smallcapper op de Londense beurs, aan de bouw van de eerste West-Europese productiefabriek voor zeldzame aardmetalen. Al in 2024 moet hier 5% van het wereldwijde aanbod aan essentiële magneetmetalen vandaan komen.

Voor de Britse regering is de fabriek bijna te mooi om waar te zijn. 125 hightechbanen in een achtergebleven regio, aangesloten op groene stroom van de Doggersbank, en ook nog eens gesitueerd in een freeport. Dat zijn de fonkelnieuwe vrijhavens vol belastingvoordeeltjes waarmee de Britse regering na de brexit allerlei geavanceerde bedrijvigheid hoopt aan te trekken. Geen wonder dat minister Kwarteng de portemonnee trekt en £150 mln (€180 mln) in het project steekt.

Alleen is er nogal wat kritiek op de plannen van Pensana, dat karig is met het verstrekken van informatie uit de haalbaarheidsstudie. Het plan is om zeldzame aarde te delven in de Longonjo-mijn in Angola, ter plekke de zeldzame aardoxide te isoleren en dat vervolgens in Hull te scheiden in metalen. Maar dat proces is tamelijk giftig en levert direct in Angola al serieuze hoeveelheden radioactief thorium op. Op het internet is precies te vinden hoe de Sovjets daar atoombommen van maakten, de reden dat het Internationaal Atoomagentschap daar zwaar aan tilt.

Pensana zegt dat het thorium in een speciale Angolese stortplek zal gaan, maar het kritische blog Rare Earth Observer probeert daar al jaren tevergeefs meer details over te krijgen. Het blog berekende dat de mijn mogelijk flink boven de Angolese thoriumlimieten zal uitkomen.

Een ander probleem: het productieproces van mijn naar magneet is zeer specialistisch, en het is onduidelijk waar Pensana tussen nu en 2024 de benodigde kennis vandaan haalt. Voor Kwarteng zijn het kennelijk geen onoverkoombare problemen, maar ja, u weet wat men zegt over zaken die te mooi zijn om waar te zijn.

Lees het volledige artikel: fd.nl/financiele-markten/1446737/de-z...
DeZwarteRidder
0
The Canadian rare earth processor Neo Performance Materials plans to buy the rights to explore a mineral deposit in Greenland that contains the rare earth elements neodymium and praseodymium, which are used to make magnets for electric cars, wind turbines, and missiles.

This project is the company’s first step into mining and part of a strategy to create dual supply chains for magnets inside and outside of China. Neo hopes the mineral deposit will eventually supply its rare earth separation plant in Estonia.

“I think it makes all the sense in the world from an operating perspective to be looking to secure our upstream,” CEO Constantine Karayannopoulos said on an investor call earlier this month. The firm also wants to build a magnet plant in Estonia.

The US Geological Survey estimates that in 2021 about 60% of rare earth elements were mined in China. After they are mined, ores containing a mixture of rare earth elements are concentrated. The concentrated ore has to be separated into individual oxides and processed into rare earth metals. Finally, those metals are used to make magnets.

James Kennedy, president of the rare earth advisory firm ThREE Consulting, says China has a near monopoly on the separation of rare earths and the production of magnets.

The US and other western countries are eager to increase production more locally. Last year, Energy Fuels started shipping concentrated, US-sourced rare earth materials to Neo’s processing plant in Estonia. In June, the US Department of Defense awarded Lynas Rare Earths a $120 million contract for a separation facility in Texas that will process the heavy rare earths. Lynas also got a $30 million grant in 2021 to build a facility for light rare earths like Nd and Pr. And the Inflation Reduction Act, which was recently signed into law, has incentives for producing critical minerals, which includes rare earth elements.

Kennedy says these recent moves will do little to challenge China’s dominance of the supply chain for magnets. He says high-quality rare earth magnets must include terbium and dysprosium, and that China is the only country that can separate them at commercial scale.

“All resources eventually flow through China to become metals or magnets,” he says in an email.
CORRECTION

This story was updated on Sept. 2, 2022, to correct statements about the separation capabilities of Lynas Rare Earths. The company's planned heavy rare earth facility in Texas won't necessarily separate gadolinium, dysprosium, and ytterbium. And the company cannot currently separate terbium and dysprosium.
DeZwarteRidder
0
Hudson Resources And Neo Performance Materials Sign Agreement On The Sarfartoq Rare Earth Element Project In Greenland

August 22, 2022
The Project is expected to have a very small environmental footprint, is located close to excellent infrastructure, and features a highly enriched rare earth mineralization in elements required for permanent magnets
 
Investment represents a key step in Neo’s Magnets-to-Mine vertical integration strategy and its plans to expand into rare earth permanent magnet manufacturing in Europe

Vancouver, BC / Toronto, ON (Aug. 22, 2022) – HUDSON RESOURCES INC. (“Hudson” or the “Company”) (TSX Venture Exchange “HUD”; OTC “HUDRF”) and Neo Performance Materials Inc. (“Neo”, TSX: NEO.TO) are pleased to announce that the parties have executed a binding agreement (“Agreement”) whereby Neo will acquire from Hudson an exploration license (“License”) covering the Sarfartoq Carbonatite Complex in southwest Greenland (the “Project”). The Project hosts a mineral deposit that is enriched in neodymium and praseodymium, two essential elements for rare earth permanent magnets used in electric vehicles, wind turbines, and high-efficiency electric motors and pumps that help reduce greenhouse gas emissions.

Located just 60 kilometers from the international airport in Kangerlussuaq, the Project is close to tidewater and a major port facility and is directly adjacent to some of the best hydroelectric potential in Greenland.

Neo, through a special purpose entity (“SPE”), plans to explore and develop the Sarfartoq Project to further diversify its global sourcing of rare earth ore and to expand the rare earth supply chains that feed Neo’s rare earth separation facility in Estonia. That facility was recently awarded a Gold Medal for its sustainable practices by EcoVadis, the well-respected global sustainability auditor.

Neo is also pursuing plans to break ground on a greenfield rare earth permanent magnet manufacturing plant in Estonia that is intended to provide European manufacturers with the permanent magnets needed for electric and hybrid vehicles, wind turbines, and energy-saving electric motors and pumps. The Sarfartoq Project also is a key element of Neo’s “Magnets-to-Mine” vertical integration strategy.

Completion of the sale of the license (the “Transaction”) is subject to various conditions, including approval from the Government of Greenland for the transfer of the License, expected to take approximately six months, and approval of the TSX Venture Exchange (the “TSXV”) on the part of Hudson.

Neo intends to assign its rights under the Agreement to an SPE controlled by Neo that would hold the License and continue exploration and ultimately extraction of the rare earth elements on the Project.

The key terms of the Agreement are as follows:

Hudson receives a nonrefundable initial cash payment of US$250,000 upon signing of the Agreement.
Upon receipt of approval from the Greenland government, Hudson will transfer the License to Neo or the SPE.
Hudson will receive an additional US$3,250,000 upon closing of the transaction.
If within five years from the date of closing of the transaction (1) the SPE transfers the License, or there is a change in control of the SPE pursuant to an acquisition or merger, then Hudson will receive 5% of the total consideration received by the SPE in connection with such transfer, or (2) the SPE conducts an initial public offering on a stock exchange (“IPO”), then Hudson will receive 5% of the fully diluted equity interests in the SPE immediately prior to the IPO.

 

The License covers the large Sarfartoq carbonatite complex that hosts Hudson’s ST1 REE project and the Nukittooq Niobium-Tantalum project. The REEs on the Property have a high ratio of neodymium and praseodymium at 25%-40% of Total Rare Earth Oxides. Hudson completed a Preliminary Economic Assessment on the ST1 project in November 2011 (see NR2011-15) that outlined a National Instrument 43-101 compliant resource containing 27 million kilograms of neodymium oxide and 8 million kilograms of praseodymium oxide.

Three kilometers east of the ST1 Zone is another high-grade zone (ST40) that hosts one of the rare earth industry’s highest-known ratios of neodymium oxide to Total Rare Earth Oxide (TREO) — 45% — as shown by Hudson’s original mineralogical work (see NR2011-02).

Neo and the SPE expect to conduct additional exploratory drilling and other work to move the Project forward to eventual commercial operation. Neo also intends to enter into an offtake agreement with the SPE with rights to purchase 60% of the ore or mineral concentrate produced from the Project.

Jim Cambon, Hudson’s President commented: “We are very pleased to have signed this agreement with a global leader in the production of advanced materials. As the world faces critical shortages of rare earth elements outside of China, we are pleased to help bring the Sarfartoq project a step closer to commercial reality. This deal provides a significant cash injection to the company and importantly, also gives Hudson shareholders potential significant upside in the future value of the Sarfartoq projects through equity or additional consideration.”

Constantine Karayannopoulos, Neo’s President and Chief Executive Officer, commented: “Neo continuously pursues supply chain optionality in order to ensure that our customers have a dependable supply of engineered rare earth products. Once in production, this project will significantly increase the diversity of global rare earth supply for our processing facilities around the world. It also is another step in our Magnets-to-Mine vertical integration strategy. Based on our significant experience in assessing strategic mineral resources around the world, we believe the Sarfartoq resource in Greenland is a strategic asset that uniquely complements Neo’s European rare earth magnet growth strategy. This resource would supplement our current supply of rare earth concentrate from Energy Fuels in the United States. We are very confident and supportive of the Greenlandic Government’s vision for sustainable-focused mining as the driver of their economic development, job creation, and growth. We are looking forward to working with Greenland to responsibly develop this resource into a producing mine, of which Neo would be the primary customer.”

Closing of the transaction is subject to customary regulatory approvals by the TSX-V and the Greenland government.
DeZwarteRidder
0
Lynas Awarded US$120m Contract to Build Commercial Heavy Rare Earths Facility

14 June 2022

Lynas is pleased to announce that wholly owned subsidiary, Lynas USA LLC, has signed a follow-on contract for approximately US$120 million with the U.S. Department of Defense (DoD) to establish a first of its kind commercial Heavy Rare Earths (HRE) separation facility in the United States.

This mutually beneficial contract supports Lynas to establish an operating footprint in the United States, including the production of separated Heavy Rare Earth products to complement its Light Rare Earth product suite. As a result, U.S. industry will secure access to domestically produced Heavy Rare Earths which cannot be sourced today and which are essential to the development of a robust supply chain for future facing industries including electric vehicles, wind turbines and electronics.

Lynas worked closely with the DoD on the Phase 1 contract for a U.S. based Heavy Rare Earth separation facility (announced 27 July 2020) and the company is delighted to have reached agreement for a full-scale commercial HRE facility.

Construction costs for the HRE capability as submitted in June 2021 are fully covered by this DoD contract, which is sponsored and funded by the U.S. DoD Industrial Base Analysis and Sustainment (IBAS) program.

Lynas plans to co-locate the Heavy Rare Earths separation facility with the proposed Light Rare Earth separation facility (announced on 22 January 2021) which is sponsored and half funded by the U.S. DoD Title III, Defense Production Act office.

Following a detailed site selection process, the facility is expected to be located within an existing industrial area on the Gulf Coast of the State of Texas and targeted to be operational in financial year 2025.
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