The Anchor House, Inc.
Research on Rare Earth Elements

The Anchor House, Inc.

Rare Earth “No-Show” or Showdown at the WTO?

June 30th, 2009

By Clint Cox

Is the West just bluffing or is the rare earth industry headed for a bitter showdown? It’s a bit melodramatic, but let’s examine the facts:

First, there was the lead-up. The rare earth industry has known for some time that China has supplied the majority of Rare Earth Elements (REE) to the world. Projections have shown that this will likely remain the case for the foreseeable future. China also consumes an increasing amount of their own REEs. China has export quotas and tariffs on rare earths. The West needs these resources, but has very few options outside of China. The tension is getting more palpable. A few weeks ago the opening gambit was played — it was announced that the US and the EU were preparing to launch a formal complaint with the World Trade Organization (WTO):

http://www.eubusiness.com/news-eu/1244719922.23

According to the EUbusiness article:

“The materials include tungsten, copper, bauxite, antimony, yellow phosporous, magnesium carbonate, molybdenum, rare earths and indium.”

http://in.biz.yahoo.com/090623/137/batrx8.html

According to the above Reuters story published at Yahoo Finance India™:

“The materials expected to be covered by the case include yellow phosphorous, antimony, bauxite, coke, fluorspar, indium, magnesium carbonate, molybdenum, rare earths, silicon, talc, tin, tungsten and zinc.

In a move that may have been an attempt to forestall U.S. and European action, Beijing said on Monday it was cutting export taxes on a range of materials, including some used to make steel.”

It is interesting that Beijing is already responding to the WTO threat. It is also interesting that the US and EU went ahead with the formal complaint:

http://china.globaltimes.cn/top-photo/2009-06/439234.html

The Chinese are not happy with the complaint, and Mei Xinyu called it “ridiculous and unacceptable.”  Interesting!  The article also states:

The US and the EU have “staged such kind of shows” several times before, Mei added.

But US Trade Representative Ron Kirk said in Washington yesterday that “China’s measures appear to be part of a troubling industrial policy aimed at providing substantial competitive advantages for the Chinese industries using these inputs.”

“We are going to the WTO today to enforce our rights, so we can provide American manufacturers with a fair competitive environment and put more American workers back on the job,” Kirk told AFP.

A little back and forth. Bloomberg reported China’s counterpunch (although, for some reason, they failed to mention the rare earths!):

http://www.bloomberg.com/apps/news?pid=20601089&sid=aYIqDM13REqY

Today, China called for a WTO probe of U.S. restrictions on poultry imports and the trade body’s former chief, Mike Moore, warned that the world is in “dangerous waters” as protectionism increases.

Yikes.  The dreaded “P” word. The industry will be watching this rather closely. Here comes the really fascinating part for Rare Earth fans — if you take a gander at The Office of the United States Trade Representative announcement regarding the WTO case you find the following raw materials included:

http://www.ustr.gov/about-us/press-office/fact-sheets/2009/june/wto-case-challenging-chinas-export-restraints-raw-materi

The dispute filed today addresses various unprocessed and processed forms of nine inputs of key interest to a wide range of U.S. industries:  bauxite, coke, fluorspar, magnesium, manganese, silicon carbide, silicon metal, yellow phosphorus and zinc.

Where are the Rare Earths?  I don’t have an answer right now, but it looks like they are not there! Are they included in the complaint?  The WTO doesn’t have the complaint listed yet, but I will keep checking. Is this much ado about nothing? That is quite possible.

The US and EU are obviously upset about raw materials, but what about Japan?  They are a substantial consumer of REEs from China. Will they be joining the fray? According to a story at www.steelguru.com (as sourced from www.platts.com):

http://steelguru.com/news/index/2009/06/26/OTk5MTg%3D/Japan_unlikely_to_follow_US_and_EU_in_WTO_filing_against_China.html

Although Japan appears unmoved yet by the US and the EU moves, the Japanese government nevertheless has voiced concerns over China’s production and export restrictions on rare earth. The Japanese trade ministry continues to seek talks on a bilateral basis, as it was more important for Japan to understand the ultimate aim behind China’s export restrictions, possibly leading to a joint solution.

It appears that Japan will continue to dialogue with China. Indeed, the title of the article is “Japan unlikely to follow US and EU in WTO filing against China”.

More on China’s response can be found at the English version of People’s Daily Online entitled “Absurd double standards on China’s resources”. I think the title says it all. They are not happy.

What does all of this mean to the market?  Not much, at this point — we’re not even sure that rare earths are included in the complaint!  There is lots of posturing, but the market continues to function.  There will be increased dialogue while the WTO encourages all concerned parties to work out their differences.  This process can take several years, and the entire sector may look different by the time the powers that be have concluded their arguments.

We will continue to track the story and see if REEs will be a “No-Show” or smack in the middle of a nasty WTO Showdown.

Please direct comments or questions to the Contact page.

The Rare Earth Market Begins to Sizzle

June 22nd, 2009

By Clint Cox

With this post, I will try a new format.  I will attempt to to give brief excerpts of Rare Earth news with links and brief commentary.  Please feel free to leave feedback in the “Contact” section.

In the midst of relatively stagnant rare earth element (REE) prices and an uncertain economy, several deals have emerged to mark a massive shift for the rare earths industry.

China is actively pursuing more REEs.  Downstream companies are moving up the stream. And the market is being smacked with surprises on a regular basis!

Let’s get right to it:


“Rare Earths” the Hot Topic at Vancouver Show

Before the Cambridge House Conference June 7-8, several newsletter writers began to cover the rare earths.  Some of their pronouncements made a big splash in the Canadian junior exploration market — affecting stock prices dramatically to the upside.  Then the Vancouver show had no less than four speakers mentioned rare earths from the podium during their talks.  Instant sizzle!  Suffice it to say that there will be many new rare earth companies in the coming months as new players wade into the water to ride the wave.  Don’t get me wrong, there may be some very interesting projects that come forward, but there will be (and is) some ugliness.


Chinese Company Buying Majority Stake in Lynas Corporation
In February of this year, Lynas Corporation Limited (ASX: LYC) suspended their Mount Weld project due to “uncertainty concerning the financing structure”.  This suspension was primarily due to bondholders refusing to release funds to Lynas. They were eventually able to settle with the bondholders, but Lynas didn’t receive the hoped for amount.

Many investors were looking to the Mount Weld project as the great hope for the industry, a non-China resource with the possibility for near-term production.

The big question in the industry has been “Where will Lynas get the money to complete their project?” A number of people speculated that they might turn to China, and indeed they did!

From a May 1, 2009 Lynas Press Release:

“Lynas Corporation Limited (ASX: LYC) is delighted to announce the introduction of a proposed new majority shareholder, China Non-Ferrous Metal Mining (Group) Co., Ltd. (CNMC).”

The Chinese will end up with 51.6% of Lynas, and will provide needed capital and assistance with acquisition of proper financing for the project. Much of the sales-pitch for Lynas has been based on having a REE resource outside of China.  However, now the project will be under majority Chinese ownership — this is an interesting twist, to say the least! The Lynas board will now be made up of eight members – the four existing plus four appointed by CNMC.  Nicholas Curtis is to remain the Executive Chairman and will have the casting vote.  The Chinese are intimately familiar with this industry, and they have piqued our interest to follow what they will do with Mount Weld.

Lynas now says that they hope to be in production within 12 months of receiving their financing (in the amount of US$366 million).

How this will affect the market is, as yet, unknown.  But it is clear from this deal, and the one below, that the Chinese are very serious about extending their position in the marketplace.

More Here:
http://www.lynascorp.com/page.asp?category_id=8&page_id=27

 

Chinese Buying into Arafura
Arafura Resources Ltd (ASX: ARU) of Australia recently signed a deal with a subsidiary of East China Exploration & Development Bureau (ECE) that gives ECE a 25% stake in ARU in exchange for approximately $17 million.

ARU’s Nolans Bore project is a fairly complex undertaking that will attempt to bring four separate products to market:
1.    rare earths
2.    phosphoric acid
3.    uranium
4.    calcium chloride
The REEs are slated to bring in the lion’s share of the revenue, but the other products will be critical to the success of the project.

The capital cost for the project is expected to be in the US$100s of millions.

The rare earth-bearing minerals at Nolans Bore will skew towards the lighter end of REE distribution.  They are reporting a resource (including measured, indicated, and inferred) of 30.3 million tonnes at 2.8% rare earth oxide (REO).

The key for this project moving forward is to see how ARU raises the capital necessary to complete this project.

More Here:
http://www.mineweb.co.za/mineweb/view/mineweb/en/page72102?oid=82059&sn=Detail

 

Vietnam Gets into the Game
Toyota Tsusho Corporation, a trading house affiliated with Toyota Motor Corporation, cut a deal late last year with the state-run mining agency to develop the Dong Pao rare earth deposit in Vietnam.

This site has some good potential, and they expect to be producing 5000 tonnes annually starting in 2011.  The rare earth-bearing mineral in this deposit is bastnaesite – the same mineral that was mined at Mountain Pass (mentioned above) and is currently mined at Bayan Obo in China.

This deal affirms that there are deposits “off the RADAR” that may make an impact in the industry

The interesting thing about this one is that the industry has been watching the usual public companies in North America and Australia, and this site may come to production before most (all?) of the others.

More Here:
http://www.ibtimes.com/articles/20081202/toyota-group-start-importing-rare-earth-metal-element.htm

 

NeoMaterials Extends Their Reach
NeoMaterial Technologies Inc. (TSX: NEM.TO) recently signed an agreement with Mineracao Taboca S.A. to investigate the potential of producing a commercially viable heavy rare earth concentrate from Taboca’s tin mining operations at Pitinga.

The rare earth-bearing mineral at Pitinga is xenotime, which has a favorable distribution towards the heavy rare earths.

NeoMaterials is a significant player in the REE industry.  They make a variety of REE oxides and magnetic powders, and employ approximately 1,300 employees in a number of facilities throughout the world.  With this deal, it seems that they are hoping to reach back upstream and secure their own supply of concentrate.

More Here:
http://ca.news.finance.yahoo.com/s/15042009/30/link-f-cnw-neo-material-technologies-signs-development-agreement-brazilian-rare.html

 

This Week’s Picture:  Carbon Coating!

carbon_coating

Thin sections (rock samples cut into a wafer thin block) are used for a variety of identification methods.  One instrument used to identify REE minerals is the Scanning Electron Microscope (SEM). Before thin section samples are placed in the SEM, they are coated with carbon by burning up some filament in a vacuum. That’s hot stuff!

New Format on June 22nd!

June 18th, 2009

I am working on a new format that will (hopefully) serve the Rare Earth community better.  The new format will be up by June 22nd.

Thank you for your patience!

Visit to Bear Lodge

June 12th, 2009

By Clint Cox

Back in May I visited the Bear Lodge rare earth property of Rare Element Resources.  I have wanted to visit the site for quite some time, so it was a highly anticipated trip.  In the end (and throughout), it was quite enjoyable, and incredibly educational.  I was able to spend the better part of two days with several top-notch geologists who had many years of experience with rare earths.

I flew into Rapid City, South Dakota and drove from there to Sundance, Wyoming.  This is a great part of the country with the Black Hills, Mount Rushmore, Crazy Horse, the Vore Buffalo jump, and plenty of outdoor distractions.

We stayed in Sundance, and it was short drive on paved roads and then another short drive though the property on gravel roads to reach Bull Hill, the primary target of rare earth exploration at Bear Lodge:

Bull Hill at Bear Lodge

Bull Hill at Bear Lodge

In its recently released 43-101 report, Rare Element Resources stated that they have over 9.8 million tons (this is 8.89 million metric tonnes) at 4.1% REO.  The primary rare earth minerals are ancylite and bastnaesite.  The infrastructure is very good at Bear Lodge, and we will watch the company closely as they look to develop their understanding of the property further.  We await the results of their metallurgical work, as they are trying to be the first to process ancylite as a primary REE mineral.

Special thanks to Don Ranta (President of Rare Element Resources) and Jim Clark (my host, and Vice President of Exploration) for allowing me to visit the site!

Rare Earths in 2009: Cover Your Eyes, Grit your Teeth, and Hope for the Best!

January 18th, 2009

By Clint Cox

Welcome to the New Year!  The Rare Earth industry is one that has the ability to humble us all — so please view the following comments as “possibilities” and not “prognostications”. Without further adieu, key issues to watch for in 2009:

The Economy
This is the story for rare earth in 2009. How bad will it get? How will it affect the REE market? Rare earth prices have begun to drop.

In brief, this year could be catastrophic for global economics. Bouts of panic may pop from the globe like a truckload of kettlecorn. Spending on rare earth exploration and consumer end-products that use REEs could deteriorate dramatically. This could be a tough year.

World Conflict
Depending on which nations are involved in conflict in 2009, and how bad it gets, there may be an increased desire for the REEs for use in military applications. It is somewhat tragic to view war as a positive for this market, but it is possible.

Current Projects
Lynas Corporation says they are on schedule to be producing REE product by the 4Q of this year. If there are delays or problems it may affect the perception of the rare earth market. The industry is hoping for success in this (and other projects). If Lynas is successful, it could lead to funding for other projects. If Lynas has delays, it could provide opportunities for other companies, or it could taint the entire sector – it is very difficult to know.

Financing for many current exploration projects is certainly in question.

That said, the world is desperately in need of viable projects outside of China that can compete economically.

Chinese Output / Stockpiling
What will Chinese output be this year? Will the iron mine at Bayan Obo (which has enough REE by-product to make it the largest REE mine in the world) continue at the current pace if there is a downturn? The Chinese have already declared that they will create a stockpile of 300,000 tonnes of concentrate. That is a lot of concentrate! That will hang over the light rare earth (LREE) market like a dark cloud for years to come.

How much production can the South China clays handle? Will Sichuan regain previous form? There are always surprises in Chinese production – undoubtedly, this year will provide more fireworks.

Chinese Consolidation
The consolidation has begun. The plan is to consolidate each of the three REE mining districts – Bayan Obo/Baotou, Sichuan, and South China Clays – under one Chinese company each. This will create substantial efficiencies and allow the Chinese regulatory agencies to more closely control the flow of REEs.

Chinese Export Quotas
The Chinese have once again cut export quotas for the first 6 months of 2009 to 15,043 tonnes versus 22,780 tonnes in 2008 (http://www.metal-pages.com/news/story/36952/).

Will this have impact? With companies outside of China working down their own stockpiles, will they need to purchase as much? These are issues to watch closely this year.

Who Blinks First?
Chinese officials have made it very clear: If foreign manufacturing companies move their facilities to China, they will be guaranteed a steady supply of rare earths. Many technology companies are reluctant to do this because they want to protect their intellectual property, but will the temptation of an endless REE supply be too much?

The Unexpected
This will probably remain a staple in the annual market outlook for years to come. New technologies, new exploration discoveries, basic economics, and geopolitics can all reverberate through our small industry. It is the nature of this fascinating sector.

I wish you all the very best in 2009!

Please take time to contact me with any questions you may have on the “Contact” page.

2008: Rare Earth Year in Review

December 30th, 2008

By Clint Cox

Back in January of this year, I wrote an article entitled “10 Things to Watch for in Rare Earth in 2008″.  Late December seems like a good time to review my thoughts and see how the market played out.

Here are the 10 Things with my updated comments after each in italics:

The economy. If the world economy (or even the US) goes into recession, then there is the distinct possibility that rare earth businesses may suffer a setback. Key REE uses such as catalysts for cracking petroleum, phosphors for color screens, and many magnetic applications may be curtailed somewhat by a significant cutback in spending. The economy serves as a backdrop to the entire industry.

The economy has clearly hit a recession, and it has affected the REE market most dramatically in this 4th Quarter.  Prices are steady or slumping for the majority of REEs.

Chinese production. The Chinese cut production in some of their most prolific mining areas in 2007 in order to better control and consolidate the industry as well as address environmental concerns. There is also talk of shifting mining operations from one part of Bayan Obo–the largest rare earth mine in the world–to another that has more iron (the primary target for the mine) and less REE (considered a by-product). How this will affect output remains unclear.

The Chinese continue to consolidate their production operations into three distinct areas: Bayan Obo/Baotou, Sichuan, and South China. More details on production output below.

Chinese export quotas and tariffs. There has been a steady trend of decreasing exports and increasing tariffs for the rare earths coming out of China. China is absorbing more and more of its own REE production. The industry has embraced this new reality, but if there is a surprise cessation of export for any given element it might send shockwaves through end users. The tariffs have also been accepted, but will hopefully be increased at a slow and steady pace.

Export quotas have been cut slightly for 2009, but the industry seems to be adjusting to the trend of slightly increasing tariffs and reduction of export quotas.  This may force more production using REEs by foreign companies into China, as the Chinese authorities have made it quite clear that any manufacturing facility inside China that requires rare earths will be supplied with whatever amount of rare earths that they require.

Progress of current mining projects. There is great interest from the entire industry in getting new mines in production outside of China. There are a number of possibilities spanning the globe that hope to fulfill this need. Established players in the REE industry are gaining momentum by publishing pre-feasibility studies, raising money, moving dirt, and staking new claims. Progress is important for these established projects, because according to Roskill 40,000 tonnes of new material may be needed by 2012. The key to understanding new supply is how well the projects in the pipeline meet the current and future needs of the marketplace. Also, technological innovations in mining and processing may have a positive impact these current projects.

There has been slow, but steady progress on a number of REE projects. It has become more difficult to raise money in this economic environment, but many companies continue to make deals and explore their properties.  It is unclear what impact the economic crisis will have on the viability of current project schedules.

New REE mining projects. The rare earth sector in an attractive growth industry that is beginning to pull new players to the REE table with the power of a neodymium supermagnet! With increasing publicity and a growing realization about the supply deficit, new players are sure to begin surfacing soon. We can only wait with eager anticipation to see if new companies may become public in 2008.

Many, many companies assayed for rare earths in 2008 — and many found them!  We will have to wait to see if there are any significant projects from these new results, as it will take some time to determine the economic viability of the grade, tonnage, and metallurgical processes associated with each potential site.

New uses. The industry is rapidly developing new technologies that utilize the rare earth elements. Will 2008 bring a breakthrough technology? REE history is filled with sudden shifts in demand based on new technologies.

There were no significant breakthroughs that shook the market this year.  There were certain elements that saw increased demand — and some that waned, but nothing like the shocking demand caused by the introduction of Nd magnets back in 1983.  The new applications will come, but we must wait at least another year it seems.

Stockpiling. The Committee on Assessing the Need for a Defense Stockpile (part of the National Research Council) has named several rare earths in their recent report “Managing Materials for a 21st Century Military”. The US may not be stockpiling REEs yet, but they are certainly taking a close look at it. Japan has also considered the matter. Stockpiling can affect the industry in a number of ways. In the short term, it could certainly take some product off of the market and drive prices up. However, as rare earth needs can shift over time, stockpiled elements may become less useful for their intended purpose and placed back on the market (thus, unexpectedly lowering prices). The timing and size of possible stockpiling is unknown, but further steps maybe taken in 2008.

With the exception of the economy, stockpiling may have been the biggest story in the REE market in 2008.  The Chinese announced that they would be stockpiling 300,000 tonnes of concentrate, and recovering all of the REEs from the Bayan Obo mine (instead of the 15-20% they currently recover). This may drastically affect the market in the future, and may possibly delay the REE market recovery.  Future rare earth producers outside of China should keep a very close eye on this situation and how it may impact future pricing.

Investor awareness. If the investment community becomes more alert to the critical role that rare earths play in modern society — as well as the supply and demand crunch that may be looming — there may be a “rare earth rush” of sorts. Rare earth companies have been able to raise substantial money over the last year, so we may be at the beginning of a wave of new interest. However, the industry is cognizant that any prominent misstep by a public rare earth company may sour investors on the sector.

Judging from conversations with public REE companies and private owners of REE projects, it seems that the public has become much more aware of the rare earth sector.  However, there are still very few people who know what rare earths are and what they are used for — so even though awareness is on the rise, there is still a very long way to go!

Thorium research accelerating. Thorium (Th) is often found with rare earth elements, and must be properly disposed of — and this can be costly. However, there is a burgeoning interest in using Th as fuel for nuclear reactors. The great advantages that Th has over uranium are that it does not need to be enriched and it cannot be used for nuclear weapons. Current technology is in various stages of testing, and the nuclear industry has yet to embrace Th. But there is potential for the future, and it is quite possible that this current REE liability could become an asset within a decade.

With the recent collapse of energy prices, it will be challenging for Th to break into the market as a viable short-term alternative to uranium.  That said, president-elect Obama has proclaimed a green initiative that may include alternatives such as thorium in the future.  We will continue to watch this.  In the meantime, Indian researchers are working diligently on their thorium reactor technology, as they have plentiful supplies of thorium bearing monazite.

The unforeseen. Every year there are exceptional surprises in this business — 2008 will likely follow the trend!

The severity of the economic crash has taken much of the REE industry by surprise.  Rare earth end-users are being very cautious right now.  This will continue until the market fog lifts a bit.

If you have any comments or suggestions please make use of the Contact form, because it helps me to provide better service to you and the rare earth community.

Next week I will be looking at the possibilities for 2009.

The Age of Sensors

September 8th, 2008

By Stanley Trout

Often we describe a specific time in human history as an age, such as the age of reason, the bronze age or the middle ages. Many people call the time we live in today the “Information Age” because of the rise and dominance of computers in our lives, and I would agree that it is an apt description. However, I would like to discuss another name that may well describe the time we live in, especially the future, and that is the “Age of Sensors”.

Why sensors? It really is a natural consequence of our heavy use of computers. Computers give us a great tool for handling data of all kinds: the names and addresses of all our contacts may be organized in Outlook, our checkbook may be organized by Quicken and all our correspondence may be stored as Word files. Computers handle all this data and much more with ease. In fact, if we think about how we interact with the computer, by keyboard, mouse, scanner, web cam, etc., they are all just ways to enter information into the computer. With such a useful tool at our fingertips, I think that the challenge of our time, our new frontier, is finding more and better ways to bring information to computers and that is why I say we live in the age of sensors. Let me offer just one simple example.

I had the opportunity this summer to rent a Toyota Prius for a week. It is a great example of modern automotive technology. The actual fuel economy numbers are really impressive and significantly better than the new EPA mileage ratings. (see www.fueleconomy.gov) I drove almost 1600 miles and consumed a little over 30 gallons of gasoline, for an average of just over 52 miles per gallon. (The metric numbers are 2500 km, 115 liters and 4.5 l/100 km.) But my initial interaction with this car was of a much more mundane matter. I had a low tire pressure warning. Checking with my tire gauge revealed the pressure in one of my tires was just 22 psi (1.5 x 105 Pa), well below the 35 psi (2.4 x 105 Pa) recommended by Toyota, yet not low enough to be readily noticeable to someone just looking at the tire. In this case, a small sensor from the tire was giving me the warning. Technically, this is a difficult sensing problem. It must be done wirelessly since the tire must be free to rotate, yet this technology is available on most cars these days.

This example gives us a clue about how much sensing technology has improved in the last few decades. Our automobiles are now a vast collection of sensors, continuously feeding a wide variety of information to the onboard computer about the condition of the car, its passengers and its environment. Sensors give us the ability to optimize the performance of the car, provide troubleshooting information to our mechanic and improve our personal comfort as we drive. Over time we can expect the number, the sophistication and the benefits of sensors to increase.

What is at the heart of a sensor? The simplest sensors are merely switches, that turn on and off in response to a particular stimulus. The automotive crash sensor is a good example of this idea, and since it is a magnetic sensor, it is one of my favorites. Here the sensor is normally off, but under the proper conditions – the rapid acceleration of a crash – the sensor switches on, deploys the air bag and may even initiate an automatic call to OnStar® for help. This sensor is an example of excellent engineering, since the sensor must activate with absolute certainty during a crash, and never at any other time. Not deploying during a crash is dangerous for the passengers and a false deployment is expensive and also potentially dangerous.

More complicated sensors are proportional, meaning that the response to a stimulus varies with the magnitude of the stimulus. A photosensor in a camera is a good example of this technology. The exposure is adjusted in response to the ambient light. The less available light the longer the exposure and the greater the aperture opening.

There are two great challenges on the horizon for sensors. One is coming up with new materials to make new sensing devices. This is an active area of research operating at the intersection of physics, chemistry, materials science, electrical and mechanical engineering. The goal of this research is to find new ways to take advantage of some unusual material characteristics to measure some parameter. That parameter could be almost anything, speed, time, temperature, distance, pressure, etc. While many sensors have some sort of magnetic connection, not all sensors are based on magnetic phenomena.

The other challenge is learning to apply the sensor technologies we already have to solve some nagging control problems. Advances in this technology have brought us vehicles that are far more efficient, less-polluting and safer than they were just a decade or so ago. They allow us to control rush hour traffic by adjusting traffic signals in response to the prevailing traffic pattern, to control the temperature and lighting of our homes, to monitor our factories remotely, for example. All we need is a sensor, a computer and some software. But we should expect wider deployment of sensors in all facets of our daily lives, as we learn more about how to use sensors. This means that if you have a device that you would like to control, either a system already exists, or it will be available soon.

This is why I am so optimistic about this technology and believe that we are in the “Age of Sensors”.

More information about Stanley Trout can be found at http://www.spontaneousmaterials.com/.

Cutting Edge Rare Earth Research Revealed in Alabama

July 14th, 2008

By Terry Gatchell

Tuscaloosa, AL On June 22-26, more than 150 researchers from seventeen countries met at the University of Alabama’s Shelby Hall to share and discuss the latest developments in lanthanide science and technology at the 25th Rare Earth Research Conference. The triennial event is marked by the presentation of the Frank H. Spedding Award for Outstanding Contributions to the Science and Technology of the Rare Earths. This year’s recipient, William J. Evans of the University of California, Irvine, is a pioneer in the area of lanthanide-based reduction chemistry. His groundbreaking suite of reduction reactions involves not just europium, ytterbium and samarium, but all the metals in the lanthanide series. Previously considered impossible, the development of these new types of reduction reactions has carved a new niche for the rare earths and may have significant implications for energy research.

william_evans

William J. Evans of UC Irvine, received the Spedding Award for his work in lanthanide reduction chemistry

Fullerene chemist Luis Echegoyen of Clemson University reported breakthroughs in his “trapped buckyballs.” The conformation of these molecular cages changes depending on the trimetallic rare earth nitrides trapped inside – namely gadolinium, neodymium, promethium and cerium – allowing for their isolation and determination of their electrochemical behavior.

In the area of materials science, James H. Dickerson of Vanderbilt University has assembled europium oxide nanocrystals into both translucent and opaque thin films, which can be employed in photoactive coatings and dielectric devices. His research group has produced stable, monodisperse (i.e. not aggregated), sub-3 nanometer europium, terbium and gadolinium oxide nanocrystals with the robust optical properties desirable for use in high-resolution video displays and luminescent probes in immunoassay applications. Possibly the most interesting aspect of Dickerson’s research is the discovery of unexpected magnetization reversal in the smallest europium sulfide nanocrystals, which have a diameter less than 2.0 nanometers.

james_dickerson

James H. Dickerson of Vanderbilt University

In the area of solid state cooling, work has been done by T. Takabatake of Hiroshima University in Japan which shows promise for cerium, ytterbium, and europium-based thermoelectric materials.

Biomedical applications such as lanthanide-based nanoprobes for MRI applications are also a prevalent area of research. Highly sensitive, nanoscale probes have many advantages, including the potential to detect changes occurring at cellular and sub-cellular levels. The lanthanides are of particular interest because their unique paramagnetic properties may provide magnetic resonance multi-contrast imaging probes, as investigated by Enzo Terreno at the Molecular Imaging Center at the University of Torino, Italy.

Also on the horizon are cleaner, more efficient methods of extraction and separation of lanthanides and their chemical cousins, the actinides. This is good news for both the rare earth mining industry and the environment. Highlights from the conference include dithiophosphinic acids (DPAH) and phosphonium ionic liquids such as Cyphos®. The DPAHs have been recently developed by Dean R. Peterman et al at the Idaho National Laboratory and can separate americium and europium with a separation factor of ~100,000 at low pH, resulting in a derivative that is stable for long periods when exposed to ambient atmospheric conditions.

As the field of rare earth research grows, so does our understanding of the fascinating electronic, magnetic and optical properties of the once obscure lanthanides. Consequently, the scientific community will come to use these chemically coherent elements as a “17 position dial,” as described by Paul C. Canfield, of the Ames Laboratory and Department of Physics at Iowa State University. With increasing precision, properties such as the size of the unit cell, anisotropy, and band filling can be tuned to suit a wide range of applications.

“Rare Earth Alley” Makes Debut in Vancouver

June 20th, 2008

By Clint Cox

The World Resource Conference was held in Vancouver on June 15-16. Cambridge House International put on another great show, with a well-attended show. People commented that it may have been a little smaller than past shows, but there was good attendance on Monday (the second day of the show). There was a pretty good “Potash! Get some potash!” buzz in the hallways, but I tried to stay focussed on what was happening in the REE business. New during this conference was the very prominent presence of a Toyota Prius hybrid sitting between two Rare Earth companies (Great Western Minerals and Avalon Ventures):

ree_hybrid

The great thing about the visual aid was the posters listing how the REEs were used throughout the vehicle. It will be interesting to see if this type of display can help the investing public understand how REEs will affect us all moving forward.

Even if the investing public has not yet caught on — many junior exploration companies have decided that REEs are a hot topic and worth pursuing. There are an increasing number of companies taking a closer look at their projects for Rare Earths, and many are now assaying for the REEs. Undoubtedly, some interesting projects will come out of this, and we look forward to looking at new data as it becomes available!

Next week we will have a person on the ground at the 25th Rare Earth Research Conference in Alabama.

Interview with Dudley Kingsnorth Part 1

April 1st, 2008

Dudley Kingsnorth of Industrial Minerals Company of Australia (IMCOA) answered the following quetions via written response in March 2008.

Clint Cox: Please describe the history of your involvement with the Rare Earth industry.

Dudley Kingsnorth: In 1990 I was head-hunted by Ashton Mining Ltd (who jointly owned the Argyle Diamond Mine with Rio at the time and have subsequently been taken over by Rio) to manage the Mt Weld Rare Earths Project; which I did until 2000. Since then I have maintained an interest in the rare earths industry by maintaining contact with the people I met during that period when the rare earths industry went through a roller coast ride as it adjusted to the entry and subsequent domination by China. I have written the last three editions of Roskill’s “The Economics of Rare Earths and Yttrium” (2001, 2004 and 2007) which has enabled me to remain abreast of developments. Currently, I am an independent rare earths consultant which keeps me abreast of current and future developments through the companies and people with whom I work and consult.

Cox: Please talk about the most notable changes in the history of the industry, with particular reference to China.

Kingsnorth: The most notable changes in the industry over the past few years may be considered in two parts:

1. The growing dominance of China over the past twenty to thirty years. This commenced in the 1980s with the separation of the rare earths as a by-product of the Bayan Obo Iron Ore Mine in Inner Mongolia. Today 40-50% of the world’s rare earths are sourced from this mine; constituting over 60% of the global supply of light rare earths. Then in the 1990s ionic clays became the dominant source of heavy rare earths; such that today this is the source of over 85% of the global supply of heavy rare earths.

2. The problem of ‘balance’ – in which the ratio of the rare earths mined/processed does not comply with the ratio of demand – has undergone several changes. In the 1950s and 1960s europium, for use in the phosphors in the ‘new’ color TVs, was the driver of the industry, with the Mountain Pass in the USA the major supplier. In the 1980s and early 1990s the demand for cerium for TV and computer monitors, where it is used to polish the screens and as a decolorizer, drove the demand; which, in turn helped the Bayan Obo Mine, with its high cerium content, to become the major force in global rare earths supply. Today, it is the rapidly increasing consumption of neodymium, praseodymium and dysprosium in the production of rare earth magnets that is driving demand. Tomorrow it could well be the consumption of europium, terbium and yttrium in the manufacture of phosphors that could dictate the patterns and sources of rare earths production.

Cox: How intentional are the Chinese about their long term REE plans? Are REEs a national or regional priority in China?

Kingsnorth: It is my belief that the Chinese authorities at all levels are utilizing their rich rare earths endowment, not only their resources but their technology and expertise, as a key instrument in the achievement of their goal to find jobs for the millions of people that will move from an agricultural environment to and urban one between now and 2020. Due to their unique properties and their use in minor quantities rare earths provide significant leverage in the creation of jobs in the manufacture of electronic, automotive and catalytic items. Accordingly, I do not believe that China’s motives are ideologically or directly financially founded. This is best illustrated by the fact that the authorities at all levels are putting an increasing range of caveats with respect to ‘adding value’ on the current and future development of rare earth resources. Several Provinces, through the controlling interest they hold in rare earth enterprises, are now making value adding manufacture, such as LCDs and electric motors, a pre-condition for continued access to their rare earth resources.

Cox: In the larger context of their manufacturing base, how aware are the Chinese of REE?

Kingsnorth: They are keenly aware of their strategic importance and are using that to expand their manufacturing base.

Cox: Recently, there have reports that the Chinese REE resources are finite, as a consequence of which they are limiting supply to an extent that the West may be starved of REEs within 5 years. Can you comment?

Kingsnorth: First I would comment that the Chinese rare earths industry currently supplies in excess of 95% of global demand for rare earths; which in itself raises issues of sovereign risk. There appears to be some general consensus amongst the Western major manufacturers of LCDs, mobile phones, computers, electric motors, etc. that there is a reluctance to place more than 60-70% of their manufacturing capability within China. This indicates that subject to the normal caveat of ‘reasonable pricing’ these Western companies would support non-Chinese projects in order to achieve this goal.

Over the past two years several Chinese officials have raised issues about supply from Bayan Obo (where there could be supply constraints in the medium term associated with the shift to a new mining area where the rare earths concentration is lower and the time required to develop suitable methods of recovering the million of tons of rare earths contained within the tailings ponds) and, more importantly, the supply of heavy rare earths from the ionic clays of Southern China which are finite and cause significant environmental damage during their processing.

It is the combination of sovereign risk and the uncertainties associated with the supply that are creating the opportunities for non-Chinese rare earth projects. Based upon the comments made by the Chinese officials and a conservative forecast growth in demand of 8-11%pa there could be a potential shortfall of 30-40,000tpa in 2012, which would need to be filled by the current potential but un-committed non-Chinese rare earth projects, as shown in the figure below:

djk_supply_demand

I suppose, the next question is would China starve the West of rare earths and allow prices to increase to record levels if these projects did not come on-stream? The simple answer is no; the Chinese authorities are pragmatists and would not allow this to happen for the following reasons:

1. If prices were to rise to really high levels (in historical terms the current prices are not high in real terms) then the temptation for illegal mining and processing to re-commence in China would be almost unstoppable, leading to chaos, environmental problems and a sharp fall in prices. The authorities wish to remain in control.

2. High prices would drive more dollars to the search for substitutes; particularly in Japan.

3. China could be subject to action by the WTO.
In summary, I believe that China will ensure that there are adequate supplies, albeit at higher although not outrageous prices, but the real price would be the shift of more manufacturing to China.

So, as I noted at a recent conference the time has come for the would be non-Chinese rare earth projects to step up to the plate and deliver on their promises to meet this potential shortfall!

Cox: Please describe the differences between the US, Japan and Europe’s concept of REEs:

Kingsnorth: Very few people within the USA appear to understand the role that rare earths play in our society today i.e. put simply, the fact that the most efficient electric motors contain rare earth magnets is of little relevance when the purchasing decision is made on the basis of price.

In Japan:
“Oil is the blood of industry,
Steel is the rice of industry
Rare earths are the vitamins of industry.”

Outside China, Japan is the major investor in rare earths application R&D.

In Europe they are aware of the importance of rare earths, but lack the resources to address the lack of diversity of supply. Nevertheless, there are R&D programs associated with rare earth applications.

Cox: How important are India and Russia to the REE industry?

Kingsnorth: They do have the potential to play a key role in meeting the potential shortfall identified above. However, past performance suggests that their impact will be minimal.

Cox: Turning to China; please comment on the relationship between end users and that country.

Kingsnorth: For many non-Chinese users it is not a preference but a question of ‘no choice’ of supply. Although there have been significant improvements in the reliability of supply from China, many companies still have some way to go to meet Western standards of quality control. Nevertheless, it needs to be acknowledged that it is an issue of which the industry is well aware and is committed to continuous education/improvement.

Cox: What are the 3 greatest risks for the REE sector?

Kingsnorth:
• Overpricing, due to Chinese supply constraints and taxes, will foster substitution.
• Poor environmental management in China could lead to a boycott of products that are not produced by ‘green’ companies.
• A break-out in supply in China due to high prices which will drive down prices in the medium term which will force cut-backs in research and quality control.

Cox: What are the chances of making a brand new discovery that changes the market?

Kingsnorth:
• In the next 5 years minimal, possibly in 5-10 years.
• Developing a commercial process is the key, for example it has taken over 15 years for Lynas and its predecessors to develop a commercial extraction process for Mt Weld.

Cox: Will end users partner with exploration companies to expedite the development of alternative sources of rare earths?

Kingsnorth: Not directly, but through supply chain management with other users.

Cox: Describe the current relationship between end users and REE exploration companies.

Kingsnorth: The major end-users are coming to realize that they need to have a full understanding of their supply source – right to the mine site. So, they are becoming more ‘interested’, but for most the idea of contracting at the top of the supply chain is not an option. However, they do have an ‘interest’ in how their suppliers source their raw materials, such that it could impact on their purchasing decisions; an ‘interest’ that I see increasing as China increases its grip on the market. In other words, I foresee a greater interest in totally transparent supply chains from mine to customer on the part of the major rare earth consuming manufacturers

Cox: Will REE exploration companies outside China be able to compete? What will it take for them to be profitable?

Kingsnorth: At current prices non-Chinese projects appear to be profitable from the feasibility study results published to date. So it appears that they will be profitable, but will probably not be able achieve the margins of their counterparts in China.
As long as the current export tax and quota system remains in place, which effectively distorts the market, and they are supported by the non-Chinese consumers then the non-Chinese companies will be able to survive.

Cox: How would you describe the present state of the rare earth market?

Kingsnorth: “We live in interesting times”. The key to a dynamic future for the rare earths industry is the successful development of non-Chinese rare earth suppliers, who will give the confidence required by industry to continue to research and use this unique group of elements

Cox: What do you think is the most common misperception about rare earths?

Kingsnorth: Rare earths are the play things of university research departments. The industry as a whole has a responsibility to educate the general public about the unique role that rare earths play in our society today.

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