Rare earths are a “hot topic” in Southeast Asia. I’ve just arrived back from Hong Kong and Tokyo. In both cities I had private meetings with the clients of CLSA, a large Hong Kong based brokerage, which advises institutional investors.  I also spoke at the CLSA “U” Forum in Tokyo where that company brings together sector experts to give analytical talks. Mine is “Rare Metals in the Age of Technology”.

I made a similar visit to New York City in December and next month I will be in Europe talking to a number of very large institutional investors.  Let me give you a synopsis of what I am being asked and of my responses.

First of all I specialize in the market fundamentals and future use trends of the “technology metals.” These are the rare metals for which I have now published an operational definition, which has already been posted elsewhere at The Jack Lifton Report. I speak on the current production, the potential production, and the natural limits on production and production rates of a suite of metals that I tie together as the “technology metals.”

Yet invariably, in the last year in particular, I will be asked only about the rare earth metals. That is why I conclude that the rare earth metals are a hot topic among institutional investors.

Having studied the rare earth production sector for some time, I conclude and I tell institutional investors that the crisis in the supply of rare earths, now and into the near future, is one of finance and timing. Current rare earth pricing at the mine face is too low to make rare earth mining a profitable investment. This means that if a large investor in the development of a mine wants a return on his investment in less than several years, perhaps as many as 10 or as little as 3-5, then he should consider not investing in rare earth mining. There are some projected balance sheets that are much better than others, so that even with current prices they would be able to return a profit on a large investment within a reasonable short time. This in fact is the normal time frame for mining finance to bring in new production from existing or in-process operations.

For example, because Canada’s Great Western Minerals Group has a degree of vertical integration, which no other Western company similarly situated has at the moment, and because it has a relatively low cost for re-opening a former working thorium/rare earths mine in South Africa, then I think that an investment in GWMG could bring a good return within 3 years if all of the known issues are resolved favorably.

Last week I was informed that Mark Smith, CEO of Molycorp spoke recently of his cost of producing at Mountain Pass and that he stated that Molycorp could produce its Mountain Pass concentrate for a figure of what would be about one-half of today’s selling price. If this guidance is accurate, and I have no reason to doubt it, then Mountain Pass would be a good investment indeed, with a good prospect of short term return on investment and, based on past production, a good chance of large revenues.

In the long term Avalon Rare Metals will likely be the global major supplier of heavy rare earths from its Nechalacho mining facility at Thor Lake, when its development reaches the production stage. This does not mean that Avalon will supplant GWMG or Molycorp; it means that for North America to be self sufficient and to become a world supplier of “all” of the rare earths, it will need the Canadians and Mountain Pass to all succeed in both the short and long terms. If America itself is to become self-sufficient and to have the capability to export all of the rare earths, then it will need to add a source of heavy rare earths within the USA. I think that US Rare Earths, a private venture at the moment, has the right deposit for that (note: I am a paid business development consultant to US Rare Earths).

There are rare earth deposits at various stages of development outside of North America, in Australia in particular. Lynas of Australia is funded and on the way to mining and refining its rare earth ores outside of China within 2-3 years. In the world market it will compete fiercely with Molycorp but not with GWMG or eventually Avalon. The deposits of the Canadians are rich in heavy rare earths and although GWMG will most likely be the first to produce heavy rare earths outside of China, the eventual world supplier will be the massive deposits of Avalon. I predict however that China will remain the principal and by far largest user, and by 2015, the largest buyer (yes, I said buyer) of rare earth metals.

There are, notwithstanding recent ill-informed commentaries, significant minable deposits of heavy rare earth rich ores in Southern Africa. Some of these have been producers in the past, although not of heavy rare earths for which there was no market prior to the year 2000. One that I investigated while I was there recently, was producing thorium at one time; another was being developed when Chinese low pricing closed out the non-Chinese producers in the late twentieth century.

There are other large and small deposits claimed around the world, but the overwhelming majority of these are far, far, from production. None of them could be profitable at current rare earth pricing coupled with enormous development costs, but some of them are the world’s reserves for the future.

If rare earth pricing improves shortly, then the rare earth supply crisis will end within 3-5 years. Even if pricing does not improve there may yet be government subsidies in the USA for strategic purposes that will end the crisis within the USA. If neither of these contingencies occurs then no mining development in the rare earths will occur outside of North America and Australia, except for the potentially already profitable companies I have named above.

I have in recent months received thinly-veiled threats of legal action from certain rare earth juniors who claim that by not mentioning them, or by quoting from their written record, that I am in some way disparaging them.  This is illogical and it shows significant ignorance of marketing dynamics. I welcome constructive criticism of any and all of my remarks; if I can be shown where I am wrong, I will publicly say so, and will adopt your reasoning and conclusions. This is what reasonable people do.

The rare earth supply crisis is entirely man-made, and it can be, must be, and can only be resolved by the actions of men and their bankers and leaders.

Next week I’m in San Francisco. I’ll report from there.

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by Jeremy Hsu – LIVESCIENCE – Published: Feb 16, 2010

Silicon may represent one of Earth’s more common elements, but it transformed Silicon Valley into a high-tech corridor and helped usher the world into the Information Age.

Now rare earth elements with exotic names such as europium and tantalum hold the key to hybrid cars, wind turbines and crystal-clear TV displays — that is, if a looming supply shortage doesn’t stop innovation in its tracks.

Rare earth elements, called “rare earths” by those who use and study them, often prove irreplaceable in green technologies and high-tech consumer products. Yet the world’s production of rare minerals relies mainly upon China, and the Chinese government warned last year that its own rising demand will soon force it to stop exporting the precious elements.

“Countries and companies that have or plan to develop industries that need rare earth minerals to make products are concerned about China’s growing consumption, which they fear will eliminate China’s exports of rare earths,” said W. David Menzie, chief of the international minerals section at the U.S. Geological Survey (USGS).

China has also encouraged companies that use rare earths to locate their manufacturing facilities in China, Menzie told TechNewsDaily. But some companies fear moving because of concerns about intellectual property protection, he added.

Deposits of rare earth elements exist in the United States, Canada and other countries. But only China’s government supports the mining and refining industries capable of processing the resources from start to finish.

Jack Lifton, an independent consultant for U.S. rare earths, thinks it’s time for the U.S. government to subsidize the creation of such industries to ensure a future supply, lest a shortage of rare earth elements cripple production of high-tech products.

Examples of rare earth elements used by the technology industry include:

Europium: This extremely rare but critical chemical makes the red color for television monitors and energy-efficient LED light bulbs. China is the only country today that produces europium, dysprosium and terbium, which are necessary for either boosting the efficient operating temperature of magnets or for producing red in color displays. In December, USGS scientists discovered Alaskan deposits of europium, but even the few U.S. companies that mine rare earth elements must send the resources to China for processing.

Lanthanum: A primary component of the nickel-metal hydride battery in Toyota’s popular hybrid car, Prius. The Prius also incorporates neodymium, praseodymium, dysprosium and terbium. Lifton estimates that Toyota may use as much as 7,500 tons of lanthanum and 1,000 tons of neodymium per year to build its Prius cars. That dependence on rare earth elements has prompted the company to search for alternative sources outside China.

Neodymium: This represents a main component of the permanent magnets at the heart of the most efficient wind turbines. China’s own wind production efforts could consume all the available neodymium production and leave nothing for the rest of the world’s booming wind industry, Lifton notes in a recent report titled “The Rare Earth Crisis of 2009.” Neodymium is also used in the glass of incandescent light bulbs produced by General Electric, which has unsurprisingly invested in both Chinese and alternative sources of rare earth elements.

While the rare earth elements are crucial to the future of high-tech industries, some of these more basic elements – such as iron and aluminum – remain invaluable to basic infrastructure such as roads and communications needed to build a modern economy.

“If you are a developing country trying to build a manufacturing industry, the traditional ferrous (iron) and base metals can be very important as can construction materials such as cement and crushed stone,” said Menzie of the USGS. “Countries such as China have been developing their manufacturing industries and require large amounts of iron ore, nickel, zinc and other alloying metals, as well as copper and fuels.”

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The Common Elements Of Innovation

by Admin February 12, 2010

by Jeremy Hsu – TECHNEWSDAILY – Published: Feb 12, 2010
Rare earth elements with exotic names such as europium and tantalum are crucial for future technologies such as hybrid cars, but their scarcity could thwart innovation.
But more common metals used in the tech industry could fare better, even if their prices rise due to worldwide demand. [...]

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Going For A Rare Find

by Admin February 11, 2010

by Larry MacDonald – CTV NEWS & THE GLOBE AND MAIL – Published: Feb 11, 2010
The Big Picture
The rare-earth elements – supply and demand have “a wild dynamic.”
Introduction
There are 16 rare-earth elements on the periodic table. Many of them, particularly neodymium, dysprosium, lanthanum, terbium and europium, are used to make specialized magnets, phosphors and other [...]

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On The Green Road: Cape Town Capers II – South African Rare Earths As Part Of The Global Picture

by Jack Lifton February 8, 2010

On Friday, February 5, I flew from Cape Town in a small plane, to Springbok, Northern Cape Province, Republic of South Africa, to visit a privately-owned rare earth exploration site there. I was impressed by two aspects of the deposits that the owners had discovered so far:

The grades presented were as high as 21%, and
the [...]

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Metals Prices Heading For The Roof

by Admin February 7, 2010

by Jim Jones – TIMES LIVE – Published: Feb 7, 2010
Speakers at the Mining Indaba in Cape Town this week seemed as one in warning of a near-term supply-demand squeeze and some solid price increases for a swathe of metals.
They made the point that China and India will be central to minerals demand growth. And [...]

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Rare Metal ETFs: the Positives and the Negatives

by Jack Lifton February 6, 2010

I’m still in Cape Town, but I got the news a couple of days ago from a Canadian source, that a major Canadian bank, quite active in mining finance, has publicly announced that it has agreed to undertake (but not underwrite, as far as I know) the raising of $25,000,000 for the purpose of capitalizing an ETF that will [...]

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Rare Earth Deposit Holdings Of Utah-Based U.S. Rare Earths, Inc. Ranked Highly In Global Listing By The U.S. Geological Survey

by Admin February 4, 2010

February 4, 2010 – SALT LAKE CITY–(BUSINESS WIRE)– U.S. Rare Earths, Inc. (www.usrareearths.com), a privately owned company, announced today that its rare earth element deposits in Idaho and Montana were listed as among the nation’s most important domestic deposits in the annual listing of the worldwide distribution of rare earth element deposits, produced by the U.S. [...]

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China’s CNNC Plans To Acquire Mongolian Uranium Resources For $53 Million

by Jack Lifton February 4, 2010

Reported at domain-b.com, this is a great story. A Russian and a Chinese company competing to buy a Mongolian uranium mine from a Canadian junior, while mighty Washington sleeps…
Continuing its acquisition spree for the world’s natural resources to fuel the development of the its fast-growing economy, another state-owned Chinese company, CNNC Overseas Uranium Holding Ltd [...]

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Could China Suspend American Independence Of Action Using Rare Metals Supply As A Tool Of Diplomacy?

by Jack Lifton February 3, 2010

You may have seen the story over the weekend on China’s suspension of military exchanges with the USA.
The geopolitics of natural resource geography may be about to rear its head for the first time since the Cold War ended. Perhaps a Cool War is now underway.  Americans currently in political power seem to have very short [...]

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