Showing posts with label Rare Earths. Show all posts
Showing posts with label Rare Earths. Show all posts

Saturday, July 28, 2012

Lynas CEO Nick Curtis Speaks About Their Rare Earth Processing Facility In Malaysia.

Published on Saturday July 28 2012 (AEST)




July 27, 2012 -- In this timely interview, Nick Curtis, CEO and Executive Chairman of Lynas Corporation Ltd. (ASX: LYC | OTCQX: LYSDY) speaks with Tracy Weslosky, CEO of ProEdgeWire (www.ProEdgeWire.com) about their rare earth processing facility in Malaysia. 

Nick explains to investors why the politicization of their rare earth processing facility is only a temporary roadblock. With the Malaysian government committed to becoming a high tech, high knowledge economy by 2020, Nick explains that their processing operation contributes to this goal given the growing centrality of rare earths to technology. 

Nick also highlights the importance of community engagement and support in industrial operations. With an anticipated feed to kiln to product timeline of a few months, Lynas is among the front runners to be the first rare earth producer outside of China in nearly two decades. .



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Friday, April 22, 2011

James Kenny of Frontier Rare Earths Discusses REE Valuation

Published on Friday April 22 2011 (AEST)-Australia

James Kenny, Director and CEO for Frontier Rare Earths Limited (TSX: FRO)
(TSX: FRO.WT), a mineral exploration and development exclusively focused on the development of rare earths projects in Southern Africa, discusses the challenges innate in placing effective market valuations on REE resource companies.

Discussing the 43-101 process, coining 'The Big 5' (Neodymium, Praseodymium, Europium, Terbium, and Dysprosium) he makes a case for why investors need to pay particular attention to the Company's Project, Size of the Resource, Capital Expenditure and of course, the Metallurgy/Minerology.

Frontier's flagship asset is the Zandkopsdrift rare earth project, which is located in the Northern Cape Province of South Africa and is one of the largest undeveloped, advanced rare earth deposits worldwide. 


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Thursday, January 20, 2011

Lynas Corporations Executive Chairman Nicholas Curtis Speaks To CNBC's Brian Shatcman.

Published on Thursday January 20 2011
A Rare Opportunity In Rare Earths Production


Airtime: Thurs. Jan. 20 2011 | 6:34 AM ET

Discussing China's tight grip on rare earth minerals, with Nicholas Curtis, Lynas executive chairman and CNBC's Brian Shatcman.


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Tuesday, December 14, 2010

Greenland Mnerals & Energy Attains Approval To Evaluate Uranium At Kvanefjeld

Published on Tuesday December 14 2010
In a major step forward the government of Greenland has granted Greenland Minerals approval to fully evaluate its Kvanefjeld multi element project, inclusive of uranium which has long been an issue to overcome.

The project is a major rare earth and uranium deposit, however government policy on uranium mining has long been a roadblock towards development. Management has been steadily progressing this to take the project forwards.
The permit has been issued in accordance with the recent amendment to the standard terms for exploration licenses in Greenland that creates a framework for the evaluation of mineral deposits that includes Uranium, amongst other economic elements. Kvanefjeld is an unusual mineral deposit located near the southern tip of Greenland that is enriched in rare earth elements (REEs),  Uranium and zinc, and
is widely known to contain one of the world’s largest resources of REEs.

GMEL is the first company in Greenland to receive permitting for the evaluation of a project that includes Uranium. The permit has been issued following a hearing process in Greenland that involved the National Environmental Research Institute, the Ministry for Health, the Ministry of Domestic Affairs, Nature and Environment (NNPAN) as well as the South Greenland municipality. The permit is supplementary to the exploration license that covers Kvanefjeld and the broader northern Ilimaussaq complex (license 2010/02).

Critical components of a definitive, or bankable, feasibility study are the Environmental and Social Impact Assessments, which are to follow the guidelines established by Greenland’s Bureau of Minerals and Petroleum (BMP). At the completion of the definitive feasibility study, including the environmental
and social impact assessments the Company will lodge an application for an exploitation license with the BMP.

A definitive feasibility study is to be completed including environmental and social impact assessments that will lead to the company lodging and application for an exploitation license. A pre-feasibility study is to be completed next year before moving to DFS in the latter half of the year. 


Today's ASX Announcement
Approval To Evaluate Uranium At Kvanefjeld



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Sunday, October 24, 2010

LYNAS CORPORATION LIMITED (NPV) Analysis For This Stock

Published on Sunday Oct 24 2010
Special Note* This is not to be taken as Financial advice
Independent Analysis reveals a NPV of $3.29 per share at a 12% discount rate

Based on following assumptions

- The basket price of Lynas's REE remains at US$50/t until the end of 2012, by which time the light REE fall in price by 20% and remain at this price until the end of the project. It is assumed that heavy REE remain at the same price for the life of the project.

- The company has 17,490,000 tonnes of reserves at an average grade of 8.1%. This is derived from the Duncan Deposit (7.6m tonnes at 4.8%) and the Central Lanthanide Deposit (9.88m tonnes at 10.7%)

- The AUD/USD exchange rate is 1:1 until the end of 2012, by which time it remains at 0.80AUD/USD for the remainder of the mine life

- Production is 11K tonnes p.a, increasing to 22K tonnes p.a. by mid 2014

- Phase 2 expansion costs $120m and is entirely debt funded at a 10% interest rate

- Mine costs are $7.70/t, increasing by 2.5% p.a.

- Royalties are 5% ad volorum

- There are 1.65b shares on issue for the life of the project

- I have not considered the impact of LYC's holding of NTU or any other potential acquisitions

- LYC will have to pay corporate income tax in Australia based on the 'arm's length price' of the concentrate it ships to Malaysia. Determining the arm's length price for rare earth concentrate is quite difficult, given that the market is dominated by China. As such, I have not considered Australian corporate tax in my calculations. Presumably the company will have carried forward losses anyway

- LYC has a 10 year tax holiday in Malaysia. I have not considered what tax would be payable after this period. At any rate, the Present Value cost of this tax would be minimal.

- Corporate overheads are $5m p.a.

Lynus 6 Month Chart


Lynus 5 Year Chart


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Monday, October 18, 2010

AusAmerican To Raise Up To $8m To Advance Uranium, Rare Earth, & Gold Projects

Published on Monday Oct 18 2010



Australian-American Mining Corporation Limited (ASX: AIW) has finalised a book build for a share placement which will raise over $5 million. 


The company is also pleased to announce it will be undertaking a Share Purchase Plan (“SPP”) which could raise up to an additional $3 million for a total of up to $8 million before fees.

Highlights:
  • A share placement for $4.5 million, managed by DJ Carmichael, was oversubscribed
  • It is anticipated that up to approximately 40% of the placement will be taken up by North American investors pursuant to a best efforts offering being led by Paradigm Capital Inc. of Toronto, Canada
  • Existing shareholders will be able to participate in a Share Purchase Plan (“SPP”) over the next month on the same terms as the placement. The record date for the SPP is close of business Friday 15th October 2010
  • Funds will allow the company to continue its aggressive exploration programme which has recently commenced and includes (i) Drilling at its four brown field uranium projects which collectively have an exploration target of an additional 35-40 million pounds, (ii) exploration and drilling its specialty metal and rare earth projects in Arizona, (iii) drilling at its Bernard gold project; and (iv) further project acquisition.

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Tuesday, October 12, 2010

Northern Uraniums HREE Browns Range Project Looks Promising


Published on Tuesday Oct 12 2010
Positive Early Results from HREE 
Browns Range Project


Northern Uranium (ASX: NTU) has rewarded shareholders who participated in last month’s renounceable rights issue with the conformation of mineralisation which identifies Heavy Rare Earth Elements (HREE) at Browns Range/

The HREE anomalies will be tested by further exploration activities commencing later this month, along with proposed field work to more accurately define drill targets.

Rock chip samples have been collected from the Wolverine, Gambit and Area 5 North Prospects, to allow Northern to commence a small scale characterisation study of the mineralisation.

The study will investigate the separation and recovery characteristics of rare earths from the Browns Range xenotime mineralisation.

This information is essential in determining the viability of the project.

Northern said initial sizing results are favourable and indicate the liberation size of the mineralisation may be in the relatively coarse at the 100-200 microns range.

With the onset of the northern wet season expected in November, it is anticipated that drilling will commence at Browns Range in the first quarter 2011. 






KNOW YOUR RARE EARTHS


Light rare earths -- more abundant


Lanthanum (uses: hybrid engines, metal alloys)

Cerium (auto catalysts, oil refining)

Praseodymium, samarium and gadolinium (magnets)

Neodymium (laptop hard drives, hybrid engines, wind turbines)

Europium (provides red colour for TV, computer screens)




Heavy rare earths -- less abundant


Terbium (phosphors, magnets)

Dysprosium (magnets, hybrid engines)

Erbium (phosphors)

Yttrium (fluorescent lamps, ceramics, metal alloys)

Holmium (glass colouring, lasers)

Thulium (medical X-rays)

Lutetium (petroleum refining)

Ytterbium (lasers, steel alloys)





Geologist Analysis Of Browns Range 
HREE Formation


The rock formation at Browns Range is Arkose (pronounced arkous). 


1 Arkose is a detrial formed from particles of pre-existing rock through weathering and erosion. To be defined it must contain at least 25% Feldspar. Usually it is up to 60% plus quartz, which as we know is a crystal. In simple terms Arkose is a relatively soft sandstone rock generally surrounded by its own sand. Uluru is an Arkose rock.

2 The Feldspar group of minerals are a family of silicates of over 20 members, which occur in igneous rocks. Feldspars crystallize from magma (molten rock in the earth's crust) into the sandstone as veins and are readily identified in the photographs shown in NTU literature (clusters and light brown in colour). See photograph on Wikipedia. Xenotime is part of the Feldspar group.

3 Xenotime is a rare phosphate mineral whose major
component is yttrium orthophosphate (ypo4). It forms into a solid solution and may contain traces of arsenic as well as silicon dioxide and calcium in its final composition.

4 The expressive secondary components of Xenotime are the heavy rare earths dysprosium, erbium, terbium and yterbium and may sometimes contain metal elements like thorium and uranium (all replacing yitrium). Occasionally gemstones are also cut from the finer xenotime crystals. NTU continually provide %-components of these HREE in their reports to shareholders.

FLOTATION BENEFICIATION TECHNIQUE

First of all think coal mining. The coal is removed from the mine and crushed. The dirt is separated from the coal using a water wash medium. Then through a series of processes using water chemicals carbolic acid an alkali metal or ammonium salt thereof the coal is cleaned. Flotation beneficiation has resulted in a better product freer of impurities and thus more marketable.

Northern Metals believe using a related process they can remove the xenotime from the arkose at the mining site and thus provide a concentrated material suitable for refinement - a compound of heavy rare earths that can be easily transported

For some ideas on how such a process would work, google the word HYDROCLONE and look at some of the engineered hydroclone systems from chemindustrial situations. The process and equipment is much more advanced to that used in the early days of coal cleansing.

Take special Note that early indications are that between 65-75% of Northern Uranium's Brown Range, Rare Earth Project consists of more valuable HREE(Heavy Rare Earth Elements)


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Wednesday, October 6, 2010

Rare Earths Race Begins


Amidst the latest flare-up in the centuries-old Sino-Japanese spat, Beijing made an unexpected move last month when it halted exports of a little-known commodity group, "rare earth metals," to Japan.
Ostensibly, this was news affecting only an obscure sliver of commodities markets -- rare earths, a group of 17 chemical elements used in tiny amounts in high-tech products. But China's gambit sparked a swift response. The almost $2 billion rare-earth market went wild -- focusing government and investor attention on a stunning global imbalance in an underappreciated but highly significant market


Rare earths are essential to the production of many of the goods that are, in turn, essential to modern life. They are used to create the glossy screen on your flat-screen TV, for instance. They are also needed to produce many of the more important "green" technologies, from hybrid cars to wind turbines. And perhaps most notably, rare earths are used produce a variety of modern military devices and weapons, including guided missiles.
Demand for these elements has grown at a remarkable clip over the past decade. The main beneficiary of this growth has undoubtedly been China, which has strategically positioned itself to control some 97% of the rare-earth market.
How China cornered the market
Before the digital revolution and the green technology movement, rare earths were hardly a staple of modern industry. As recently as the 1980s, the sector was worth less than $100 million, and budding boom markets in rare earths were continually displaced by cheaper alternatives. That's why, when China ramped up its efforts to control the industry, other countries happily ceded the market. In 1992, Deng Xiaoping compared China's rare earths to the Middle East's oil. But no one paid much attention until last year, when prices really started to soar.
The global market for rare earths has grown at an annual rate of about 8% to 11% over the last decade, according to the World Trade Organization, but this pace has spiked in the past twelve months. Consumers around the world -- particularly in China and emerging Asia -- can't buy new Apple (AAPLFortune 500) iPads or Toshiba flat-screens fast enough.
Yet for the past five year China has been quietly imposing OPEC-style quotas, cutting exports by 5% to10% each year, and pushing up prices. In 2009 an index holding shares of 12 rare-earth miners rose by more than 600%. Countries like Japan, which depend on rare-earth imports in order to produce electronics, have been the hardest hit.
A global response
Governments, to put it mildly, have taken note. In June, in light of inconsistent statements coming out of China about its rare-earth quotas, the European Commission issued a report saying it was imperative that a complete supply chain be developed outside of China. In July, China announced it was cutting exports by another 40%, and rumors swirled that it had nearly filled its export quotas by the end of August. In fact, some analysts say Beijing might have needed to slow rare-earth exports to Japan regardless of their diplomatic standoff, and that the timing of the move just happened to be politically convenient.
In either case, the move has prompted a genuine rush to secure alternative supplies by companies and governments. "Japan was already aware of the situation," says Xiaomai Feng, an analyst with Macquarie Group in Tokyo. "But no one thought it could turn this political this fast."
Over the weekend, Japan and Mongolia agreed to explore Mongolian rare-earth reserves together. Japan is ramping up efforts to figure out how to recycle rare earths from used electronics. Japanese car companies like Honda (HMC), Toyota (TM), and Nissan have long been trying to switch to lithium-ion batteries, which don't require rare earths, in electric cars. But experts say that rare earths are so widely used by advanced economies -- particularly in missile technology and wind turbines -- that they won't be easy to substitute for in existing industrial processes.
"Even if China didn't have any restrictions on its exports, there would still be a shortage of rare earths around the world," says Dr. Steve Ward, CEO of Arafura Resources, a company developing its own rare-earth project in Australia, which hopes to open shop in 2014. "The challenge for the industry is whether they'll be able to supply enough."
A bill to jump-start U.S. research and development passed the House of Representatives last week, a companion to a bill introduced in March to create the first U.S. stockpile of rare earths. Both the Pentagon and the Energy Department are slated to release reports within the next month about the future of the U.S. supply.
The development race
Perhaps the most troubling part of this story is that building a new rare-earth supply chain outside of China would probably take the better part of a decade, if not more. The infrastructure takes years to build -- many experts say between seven and 12 years -- and billions of dollars.
Lynas Corp. in Australia appears to be the furthest along in production. It launched the process of developing a rare-earths business line in 2001, and says it plans to open production at its plant in Malaysia in late 2011. It already has a few customers lined up, and it signed a new contract with a Japanese company last week. Although the company struggled during the financial crisis, it is now reaping the benefits of betting on a rare-earth boom. Lynas's share price has more than doubled in the past three months.
A U.S. firm named Molycorp is another mining company to watch. Through its July IPO, the company raised nearly $400 million to reopen a mine it closed in California in 2002 due to low Chinese labor costs and challenges from environmentalists, who say rare-earth mining can be dangerous and environmentally hazardous. Molycorp hopes its mine will produce 20,000 tons of rare earths annually by 2012. Interestingly, state-owned Chinese companies have tried to buy both Molycorp and Lynas at least once since 2002.
There is also a push inside China to head off these challenges and maintain its position in the rare-earth market. Rachel Ziemba of Roubini Global Economics says the development of China's domestic industry is "partly complicated by a power play between state-owned producers and private-sector operators." China is beginning to see a wave of consolidation in which state-owned businesses are buying up smaller operators, which is allegedly slowing rare earth production.
In February 2010 the government of the Chinese province of Inner Mongolia granted permission to Baotou Rare Earth to build reserve facilities capable of storing 200,000 tons of rare earths, or more than a year's worth of production. Some analysts worry that China could flood the market in order to push down prices and put companies like Lynas and Molycorp out of business.
China is also moving away from being a low-cost manufacturing hub and is ready for an increased level of domestic consumption, says Ziemba. This, too, could pinch international importers -- as well as fuel the race for industrial development in years to come. 


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Wednesday, September 15, 2010

Orion Metals Rare Earth Explorer Surges 72% On REE Discovery

Published on Wed 15th September 2010


Orion Metals (ASX: ORM) has acquired the Killi Killi Hills Prospect from Mount Resources, which consists of two West Australian tenements, EL 80/4029 and EL 80/4197.

The company said the prospect is near Northern Uranium's (ASX: NTU) Browns Range Heavy Rare Earth Element Project.

Total consideration is $55,000, which includes $30,000 in cash and the issue of 500,000 ORM ordinary shares at $0.05, with the possibility ORM will pay a 1% future royalty of the gross sales (capped at $100,000) to Mount.

Tenement E80/4029 covers 32.3 square kilometres over 10 blocks and tenement E80/4197 is 9.7 square kilometres over 3 blocks, for a total of 42 square kilometres.

The tenements are located on the Northern Territory border, approximately 10km north of the Halls Creek - Alice Springs road on the northern edge of the Tanami Desert, approximately 300km south-east of Halls Creek.

A field inspection was conducted in July as part of the due diligence and 45 rock chip samples were collected in the immediate area of the 2 radiometric anomalies previously identified, with the indicated uranium mineralisation confirmed by spectrometer.

Orion anticipates a complete set of lab results for each sample and a petrology report will be available within the next 7 days.

Exploration in 1969 confirmed low order uranium occurrences in a flat-dipping Upper Proterozoic basal conglomerate overlying Lower Proterozoic basement.

Limited analysis at the time indicated the presence of Rare Earth Elements (REE), particularly yttrium and the 'heavy' members of the REE suite.






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Tuesday, August 31, 2010

Northern Uranium China Deal May Face Australian Regulatory Hurdles




SYDNEY (Dow Jones)--Plans by a government-controlled Chinese company to invest in a Western Australian uranium explorer may face significant hurdles before winning regulatory approval in Australia, according to lawyers and takeover experts.

Northern Uranium Ltd. (NTU.ASX) Monday said it has signed a binding letter of intent with Chinese mineral explorer Jiangsu Eastern China Non-Ferrous Metals Investment Holding Co., a unit of the East China Mineral Exploration and Development Bureau, or ECE, a mining agency owned by the Jiangsu provincial government.

Under the terms of the letter, ECE would acquire 51% of Northern Uranium for A$15.7 million.

But foreign investment by Chinese state-owned companies--particularly in sensitive commodities such as uranium and rare earths being explored by Northern Uranium--have run foul of Australia's Foreign Investment Review Board in recent years.

"FIRB doesn't have a rule book for this," says Simon Price, director at Azure Capital, a Perth-based advisory firm that has worked on Chinese resource takeovers. "They used to have fixed principles for investments by state-owned enterprises but they have replaced them with more general concepts."

"The key thing is whether the (suitor) has a standalone governance structure," said one lawyer familiar with FIRB decisions. "The closer they are to the government, the more likely they may be seen as a conduit for gathering information, rather than as an independent mining house."

The FIRB took just a month to approve privately-held Sichuan Hanlong Group Co.'s purchase of a 55% stake in Moly Mines Ltd. (MOL.AU) last November, but state owned companies face a higher bar.

"If this is directly controlled by Jiangsu province, so there's not a lot of separation, that's going to be a factor," said Price.

The level of control in Australia also makes a difference. In a speech to the Australia China Business Council last year, FIRB's executive director Patrick Colmer said the government was "much more comfortable" with foreign investments in new projects below 50%.

China Nonferrous Metal Mining Co.'s proposed A$500 million bid for a 51% stake in rare earths explorer Lynas Corp. Ltd. (LYC.AU) last year collapsed after FIRB insisted China Nonferrous lower its stake below 50% and take less than half of the board seats.

Northern Uranium, however, may have a strategy in place to get around this issue.

George Bauk, Northern's managing director, said the 34.5 million options outstanding on the company would be able to dilute ECE's stake down to 41%.

The options, expiring in March and September 2012, can be exercised for 15 cents and 20 cents respectively, compared to Northern's current price of 10 cents.

"They were looking for a placement of 51% but should the price go up above 15 cents 20 cents there's a mechanism for them to go under 50%," he said.

Under the current proposal, ECE would have three seats on Northern Uranium's nine member board and would choose two more independent directors in cooperation with the current board, Northern said.

But the biggest hurdle may well come down to the nature of the materials being mined.

Uranium's potential military use makes it the subject of close scrutiny, and Australia's exports to China are governed by a cooperation agreement restricting use to civilian power stations overseen by the International Atomic Energy Agency.

But the level of regulation may make uranium deals easier, as evidenced by state owned China Uranium Development Company Ltd.'s purchase of a 70% stake in Perth based uranium explorer Energy Metals Ltd. (EME.AU) for A$100 million last
year.

A person familiar with the deal said that uranium was expected to be "not particularly sensitive", especially as Northern already has an agreement to market all its uranium through French nuclear utility Areva S.A. (CEI.FR).

Northern's rare earths interests may be a bigger concern, said the lawyer familiar with the FIRB.

China holds around 90% of the world's resources of rare earth metals, which have growing uses in electronics, lasers and hybrid car technology.

ECE already holds 22% of Arafura Resources Ltd. (ARU.AU), which is exploring the Nolans Bore deposit north of Alice Springs, one of the world's top half-dozen rare earths resources outside China.

Fears about Beijing's hold over the global rare earths market are likely to have played a part in FIRB's decision over Lynas, which has the most developed resource of the metals outside China.

However, Bauk said that Northern's interests in those commodities were not advanced. "There's some really encouraging rockchip samples but we're in such an early stage there, a lot of work has to come into that."






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