From
smart phones to hybrid vehicles to cordless power drills, devices that our
necessary for our national security and devices we all desire are made with a
pinch of rare earths—exotic elements that right now come mostly from
China. But not for long!!!!
Years ago when I began to educate myself about the workings of a stock
market I had a dear friend, Edmund Handwerger that had been a trader his
entire life. You who read me know I do not endorse anyone but in this case I
will make an exception. Edmund had five sons, one of whom is Jeb Handwerger.
Jeb is an internationally acclaimed authority on precious metals and rare
earths. He can be found athttp://goldstocktrades.com/cmd.php?af=1333275 . I strongly suggest that you look him up and
sign up for his 30 day free trial to his newsletter. Of all of the
newsletters I subscribe to I find his to be the very best.
When I told Edmund of my plans he gave me a list of
books that were essential to my education. The first book he had me read was
“The Great Crash of 1929” by John Kenneth Galbraith because he
saw in 2004 that the same scenario that had played out in the 1920 would
repeat itself. To borrow a phrase from Will Rogers, “History
doesn’t always repeat itself, but it sure rhymes a lot.” When I
think back to reading this book and in the subsequent years watching it play
out as scripted, I am amazed at the similarities.
The
second book I read was a book called “My Own Story” by Bernard
Baruch. In the book he told a story of a college class he had taken and how
this professor, George B. Newcomb had made a deep impression on young
Bernard. Bernard Baruch attributes much of his later success to what he
learned from Professor Newcomb. His mantra was “supply and
demand.” To quote Professor Newcomb, “When prices go up two
processes will set in – an increased production and a decreased
consumption. The
effect will be a gradual fall prices. If prices get to low two processes will
set in – decreased production because a man will not continue to
produce at a loss and, second, increased consumption. These two forces will
tend to establish a normal balance.”
Well in the last two to three weeks we have
seen this very description play out in the precious metals market and the
mining stocks. Here is the way I saw it play out (and I believe it will
continue to do so). As the dollar became stronger the ores and precious
metals got too expensive to the buyers we were exporting to. This caused the
buyers to stop exporting. When the exports were cut the stock naturally
corrected to a lower level. In the last two days we have seen the dollar
begin to weaken and the opposite thing happened. The precious metals were now
less expensive so the export buyers came back and the stocks corrected back
up to a more favorable level. I created this diagram to make it easier for
me to understand.
Stronger
Dollar = More expensive exports = Lower stock price.
Weaker
Dollar = Less expensive exports = higher stock price.
That’s
the law of supply and demand in a nut shell and the truth is it drives almost
every human endeavor.
If you
took notice in the last few weeks you saw this play out as scripted.
The dollar due to concern of another bailout
in Greece, concern about Portugal and Ireland caused the euro to weaken and
as expected the dollar got stronger. This caused Gold, Silver and all of our
mining stocks to grow weak and sell off. There, of course, were other factors
involved like the end of QE2 and what effect that would have on our economy
and the Chinese slowly and quietly unloading their 1.1 trillion in
Treasuries, uncertainty in the Middle East, growing unemployment and the
overall malaise that I see in our economy. In the end however, I see it as a
simple example of supply and demand. In the last two days we have seen the
dollar grow weaker and it came as no surprise that Gold was up $15.00, Silver
was up $1.50 and all of our mining stocks were up.
Yesterday I read an article in the Wall
Street Journal called “The Secret Ingredients of Everything”
From smart phones to hybrid vehicles to cordless power drills, devices
that are necessary for our national security and devices we all desire are
made with a pinch of rare earths—exotic elements that right now come
mostly from China. I know I would not be able to locate Inner Mongolia,
Jiangxi, or Guangdong on a map. Yet many of the high-tech devices we depend
on like cell phones, laptops, and hundreds of others items would not exist
without an obscure group of elements mined in those three regions of China.
Rare
earths, as the elements are called, were discovered
beginning in the late 18th century as oxidized minerals—hence
"earths." They're actually metals, and they aren't really rare;
they're just scattered. A handful of dirt from your backyard would probably
contain a smidgen, maybe a few parts per million. The rarest rare earth is
nearly 200 times more abundant than gold. But deposits large and concentrated
enough to be worth mining are indeed rare.
The list
of things that contain rare earths is almost endless. Magnets made with them
are much more powerful than conventional magnets and weigh less; that's one
reason so many electronic devices have gotten so small. Rare earths are also
essential to a host of green machines, including hybrid cars and wind
turbines. The battery in a single Toyota Prius contains more than 20 pounds
of the rare earth element lanthanum; the magnet in a large wind turbine may
contain 500 pounds or more of neodymium. The U.S. military needs rare earths
for night-vision goggles, cruise missiles, and other weapons.
Now,
rightfully so, a lot of people are worried. China, which supplied 97 percent of the world's rare earth needs,
rattled global markets in the fall of 2010 when it announced that it would
cut its exports by 37% and then a week later changed it to 50% and to add
insult to injury they announce that any exports would include the paying of a
10% tariff. Over the next decade China is expected to steadily reduce rare
earth exports in order to, maybe rightfully so, protect the supplies of its own rapidly
growing industries, which already consume about 60 percent of the rare earths
produced in their country. Fears of future shortages have sent prices
soaring. Dysprosium, used in computer hard drives, now sells for $212 a
pound, up from $6.77 eight years ago. Over just two months last summer,
prices on cerium jumped more than 450 percent. World demand will probably
exceed supply before the end of 2012.
Let’s
face facts. We're in a supply crunch right now, and it's a pretty severe one,
this year the demand will be 55,000 to 60,000 tons outside of China, and
everyone's best guess right now is that China will be exporting about 24,000
tons of material. We'll survive because of industry inventories and
government stockpiles, but I think 2012 will be a very, very critical year in
terms of supply and demand.
The
demand shows no signs of abating. In 2015 the world's industries are forecast
to consume an estimated 185,000 tons of rare earths, 50 percent more than the
total for 2011. So with China holding tightly to its reserves, where will the
rest of the world get the elements that have become so vital to modern
technology?
Although
China currently monopolizes rare earth mining, other countries have deposits
too. China has 48 percent of the world's reserves; the United States has 13
percent. Russia, Australia, and Canada have substantial deposits as well.
Until the 1980s, the United States led the world in rare earth
production, thanks largely to the Mountain Pass mine."There was a time
we were producing 20,000 tons a year when the market was 30,000 tons,"
says Smith. "So we were 60-plus percent of the world's market."
American
dominance ended in the mid 1980s. China, which for decades had been
developing the technology for separating rare earths (not easy to do because
they're chemically so similar), entered the world market with a roar. With
government support, cheap labor, and lax or nonexistent environmental
regulations, its rare earth industries undercut all competitors. The Mountain
Pass mine closed in 2002, and Baotou, a city in Inner Mongolia (an autonomous
region of China), became the world's new rare earth capital. Baotou's mines
hold about 80 percent of China's rare earths. Baotou, however, has paid a
steep price for its supremacy. Some of the most environmentally benign and
high-tech products turn out to have very dirty origins indeed.
Rare
earth mines often also contain radioactive elements, such as uranium and
thorium. Villagers near Baotou reportedly have been relocated because their
water and crops have been contaminated with mining wastes. Every year the
mines near Baotou produce about ten million tons of wastewater, much of it
either highly acidic or radioactive, and nearly all of it untreated. The
Chinese government claims it is making an effort to clean up the industry.
The
government contends that it has already made strict regulations to protect
the environment and weed out the backward techniques, equipment, and
products. It has been reported that those factories without abilities of
environmental protection will be closed or merged with bigger companies.
The
world is now finds itself scrambling to find other sources of supply.
Molycorp with its Mountain Pass mine will take up some of this slack but the
problem is that MolyCorp produces light Rare earths and we need mines that
produce heavy Rare earths. Lynas Corp in Australia which is building a
separation plant in Malaysia is closest to becoming a producer but the people
of Malaysia are concerned that they may get stuck with another environmental
problem like they experienced in 1980 by Mitsubishi. Lynas is doing
everything by the book but the people of Malaysia have heard this song
before. They are still cleaning up the mess left behind by Mitsubishi 30
years ago. All due diligence is being followed by the Lynas team but doing
things right takes time.
In the United States there is the project at the Bokan Mountain owned
by Ucore, General Moly has the Mt. Hope project which hopes to receive their
permits by the fall, and once they receive their permits they will own the
largest undeveloped deposit of molybdenum in the world. Avalon, in Canada,
has the Thor Lake project and Tasman Metals in Sweden has the Norra Karr
project but all of these mines which will certainly take time to get
permitted.
Unlike the Chinese, who are less squeamish about the permitting
process of building mines, all of the companies I just mentioned “play
nice in the sandbox.” I spoke to Seth Forman, head of Investor
relations, with General Moly, Ron Malashewski, head of investor relations
with Avalon and Peter Manuel, Vice President and CFO from Ucore and they all
told me exactly the same thing. Obtaining the proper permits will take as
long as it takes. There will be no cutting corners or getting around any
procedures to “fast track” the permitting process.
As I
write this I am long Lynas (LYSCF), Ucore (UURAF), Avalon (AVL), General Moly
(GMO) and Tasman Metals (TASXF).
Tomorrows post will be devoted to the Silver
ETF (SLV). SLV has seemed to put in a bottom at $32.50 and I opened a very
small stake at $33.50 but there are a lot of very smart people that have
written there is a chance that SLV could go back and test the 200 day moving
average at $28.00 so I want to take today to study this holding. For those of you that follow my daily
posts you know that I bought SLV @$26.50 in January and sold out at $47.50 on
April 29th and
realized a 66% gain. The last thing I want to do is give it all back so I am
practicing all due diligence because as the old cliché goes
“lightning doesn’t strike twice.” Having said that there seems
to be a greater demand for silver than there is supply, so I think Bernard
Baruch would agree with me if I see another ride on the SLV train to $60.00
by the year’s end. I would rather miss the bottom by a dollar or two
rather than get it wrong. I will also be posting a video of SLV on YouTube
tomorrow. My YouTube name is “InvestingAdvicebyGeo”. Please take
a look tomorrow.
Stay
tuned for any updates and thanks for visiting.
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