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nergy for the Next Billion Years
Sean Brodrick
Money and Markets
April 19th, 2006

Now that China and Australia have signed a landmark agreement on uranium, where do we go from here?

Further than most men can dream!

This one uranium deal is part of a much larger trade package between the two countries. And it's just the first deal of many.

Heck, signing the deal was quick and easy. Overcoming today's acute shortages of uranium is going to be slow and tough. In fact, Australia probably won't be actually shipping uranium ore to China until 2008, according to Aussie Resources Minister Ian Macfarlane.

"Australia is already fully committed in terms of uranium production through until about 2008, bearing in mind that the signing of this agreement means that this is really only the start of the process," he said. "From there we need to move forward."

In other words,

It's still very early in the game, and you can still get in close to the ground floor of Australia's uranium boom.

Here are just some of the things I see happening in the near - and not-so-near - future ...

A New Chinese "Gold" Rush in Australia?

Last week, I told you how Chinese miners came to Australia in the 1800s for the great gold rush. Now, it's going to happen again, but on a far greater scale.

This time, instead of laborers, they will be investors. Instead of individuals, you will see the advent of big, highly capitalized companies.

And this time, instead of a rush into gold, the Chinese will be scrambling after the stocks of varied Australian resource companies, especially uranium explorers.

Never forget: Australia sits on between 30% and 40% of the world's known uranium resources.

And the Chinese have been actively on the prowl for foreign natural resource companies.

Outside of U.S. Treasuries, do you know where China has been putting most of its overseas investments?

Not in Japan or Thailand or anywhere in Asia. It's Latin America. Why? For two reasons:

First, because China is so utterly committed to buying up available resources of copper, nickel and more.

And second, because natural resources in Australia, despite its relative proximity to China, were mostly out of reach ... until now, that is.

Until the recent agreement was signed, Australia was not able to export its uranium resources to China. Now, with the new agreement in place, they're likely to start playing catch-up, driving the revenues, profits and shares of Australian mining companies through the roof.

Uranium mines are the first targets. But once they've got those secured, you can bet Chinese companies will be giving other Australian resources companies the once over as well - copper, gold, nickel, zinc and more. So don't be surprised if this lights a fire under other undervalued Australian miners in a big hurry.

A New Political Wind Is Blowing

The Labor Party in Australia has a history of being anti-nuke.

So when it ran the Federal government, it maintained a very restrictive "Three Mines Policy" - only three uranium mines allowed to be open at a time.

Now, Labor has long been out of power on the Federal level with the federal law already in the dustbin of history.

Labor still governs in three potentially important Australian states - Western Australia, South Australia and Queensland - but even there, anti-nuke sentiment is beginning to waver.

Already, South Australian Premier Mike Rann and Labor's resources spokesman Martin Ferguson have both expressed the view that the Three Mines Policy needs to be overhauled.

And already, a major force is pushing Australia's Labor party to back off from its anti-nuke platform: Labor itself!

You see, mine workers make very good money. A pipe fitter at the Olympic Dam mine (a copper-uranium mine owned by BHP) can make (AUS) $80,000 a year. So if Labor is indeed the party of labor, it's going to come around to what workers care about most - providing a good living for their families - and it will give its old policy the boot.

That not-so-subtle change will shift Australia's mines into overdrive.

Backdoor Sales to India Could Dramatically Boost Uranium Demand

Officially speaking, Australian uranium sales to India are taboo because India has failed to sign the Nuclear Non-Proliferation Treaty (NPT). But I suspect India's demand for uranium will be so intense ... and Australia's ability to supply it will be so critical ... even the NPT is a hurdle that's likely to be overcome in one way or another.

Here's the NPT deal in a nutshell:

(A) The Big Five nuclear powers - the U.S., Britain, France, Russia and China - got official recognition as established nuke countries. But they agreed to negotiate in good faith toward disarmament.

(B) In exchange, the non-nuclear states promised not to develop their own nuclear weapons. But they got the right to buy nuclear technology for power generation.

OK. That works ... provided no one cheats or tries an end run.

Problem: More and more countries are doing both.

Lo and behold, two Australian uranium producers recently struck deals to sell uranium to a Taiwanese electricity company. And guess what: Taiwan is not a signatory to the NPT. It used to be, but no longer is recognized as a sovereign state with a valid signature.

How are the companies getting around this hurdle? By selling to the U.S., which will then sell to Taiwan.

And hey - didn't President Bush just promise a nuclear technology deal with India?

Why, yes he did! The administration wants to woo India away from Iran and to accelerate India's rise as a regional counterweight to China.

And hey - didn't President Bush just promise a nuclear technology deal with India? Why, yes he did! The administration wants to woo India away from Iran and to accelerate India's rise as a regional counterweight to China.
 
The bottom line is that India desperately needs nuclear fuel for its existing reactors and for its ambitious nuclear plant construction program.

So put it all together, and here's the wink-wink-nudge-nudge picture that emerges: Australian companies sell MORE uranium to the U.S. or other countries. They then resell it to India on the condition that it's used only for nuclear reactors.

And even if I'm wrong - even if not one single pound of Australian uranium ore winds up in Indian nuclear plants - the growing demand from India will still push up the price of uranium on the world market, and that will still boost the revenues that pour into the coffers of Australian companies.

Big Jumps in Revenues Now in the Pipeline

Right now, new uranium contracts are being signed for over $40 per pound. But most outstanding contracts were signed at much lower price levels, before the recent run-up. So there's a time lag before the higher prices makes it down the pipeline.

For example, BHP's uranium production from Olympic Dam is being delivered under contracts that are good at least until 2008 - contracts that still price uranium in the mid-teens (U.S. dollars).

With each month that passes, though, old uranium contracts are coming up for renewal. And that's when uranium producers will really start to reap the rewards of price increases that have already occurred - not to mention those that are bound to come long into the future.

The facts:

Today there are 441 operational nuclear power reactors around the world. Their demand for uranium fuel is enormous.
Total global uranium consumption was estimated at 176.3 million pounds in 2005. Of that, only 92.6 million pounds, or 47%, was supplied directly from mining. The rest came from stockpiles, and those stockpiles are dwindling fast.
Demand is set to skyrocket! According to a report by the International Atomic Energy Agency (IAEA), 130 new nuclear power plants are either being built or are in the planning stages. Some analysts put the number of planned reactors as high as 160!
As a result, by 2015, demand for uranium will likely hit an astounding 212 million pounds per year.

Add it all up, and you're looking at uranium shortages for at least the next decade.

No Such Thing as a "Sure Bet!" But the Need to Replenish Uranium Stockpiles Should Help Overcome Any Blips

Are there risks? Of course.

New nuclear plants can't be built overnight. Meanwhile, there are new mines coming online this year and next. So, as in any market, don't expect prices to go straight up, and don't ever come away with the impression that uranium investments are a sure bet.

But here's the key reason I think any price dips will be mere blips: Stockpiles are being depleted rapidly.

With so many new nuclear power plants planned or already in construction, I expect all prudent, forward-looking governments will be aggressively stockpiling uranium. That alone should help counter virtually any temporary slack that may crop up in the supply/demand squeeze.

Another risk: Nuclear plants have a bad reputation, and anti-nuke forces are not dead.

But that, too, is changing rapidly for a very simple reason: Most environmentalists are now far more concerned about global warming, and they now realize nuclear power is the only viable way to generate enough clean power in time to make a difference.

That's why I think nuclear is going to become the energy source of choice for decades to come.

New-generation nuclear plants are safer.

Nuclear energy produces virtually zero greenhouse gasses.

And considering the fact that the ice and glaciers in polar regions are melting a lot faster than anyone expected, that could be the critical factor breaking the political logjam ... creating a broad consensus to move forward ... and opening the dikes to a flood of profits for early investors.

Already, France gets 78% of its power from nuclear plants.

And while the U.S. gets a far smaller share of its power from nukes - about 20% - in sheer wattage terms, the U.S. is the world's largest generator of nuclear power, with 103 plants producing 780.4 million megawatts last year.

In contrast, China produces so little nuclear power it barely registers. But it plans to change that - and fast. Beijing's target is to more than quintuple its nuclear capacity - by 36,000 megawatts - by 2020. And still, nuclear power would only cover 4% of China's needs!

We know that "Peak Oil" - the eventual decline of the earth's crude oil production due to finite supplies - is looming. And then we'll likely see Peak Natural Gas. Meanwhile, the other alternative energy technologies of tomorrow - while promising - are still mostly in the pipe dream stage.

James Dines, an acknowledged expert on uranium, recently wrote that "there is enough uranium for a billion years using breeder reactors."

I think a billion years from now our descendants will have other things to worry about. But I also think that, in the near future, America will be exploring the nuclear option a lot more thoroughly.

Your Own Nuclear Options

There aren't a lot of uranium plays in the U.S. - most of the good ones are in Canada or Australia.

When I wrote about this topic on March 22, I told you about USEC Inc. (USU) the world's leading supplier of low-enriched uranium, a critical component in the production of nuclear fuel for reactors to produce electricity.

USEC is up 11% in less than a month, and it could go much higher. It's still a good buy in my book.

But it pales compared to the red-hot opportunities in Australia.



Yours for trading profits,

Sean Brodrick
Email: SBrodrick@weissinc.com

For more information and archived issues, visit http://www.moneyandmarkets.com.

http://www.321energy.com/editorials/brodrick/brodrick041906.html

Sorry about the long posts guys, but worth a read in my opinion. cheers
 
Old thread I know, but here's a snippet from a unit I'm doing atm.
Bit an eye opener.......
 

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18 February 2021
With the world embracing renewable energy, nuclear power will see substantially more use in energy grids around the world, and with it, bring up uranium prices and uranium stocks, said Peter Grandich, founder of Peter Grandich & Co.
 
Germany may be closing their nuclear power stations, that doesn't mean everyone else will follow suit.


I think Germany is the only country intending to completely shut down - based one one person dying at Fukushima. Big clean up but I can't see the risk to Germany's reactors the same as Japanese. Does Germany suffer from tidal waves and have poor safety measures at their plants? I think there's been another agenda in Germany to closing their plants.
 
I think Germany is the only country intending to completely shut down - based one one person dying at Fukushima. Big clean up but I can't see the risk to Germany's reactors the same as Japanese. Does Germany suffer from tidal waves and have poor safety measures at their plants? I think there's been another agenda in Germany to closing their plants.
Greenpeace...I am personnaly opposed to Nuclear using uranium due to waste issues whereas a thorium would be a reasonable alternative, pending fusion;
About agenda, it is clear Nuclear is Nuke..whatever way you turn it;
once you have reactors, you can have nukes...
Does the US, or Russia or even France Poland wants to see Germany with nukes in the next 50 years? so you got your answer.
Obviously, we all know public opinion is not influenced by foreign agents and NGO are independent....:)

NEVER even dissociate power plant with Nuke and so ability of a country to not be bullied around;
Just think about this and why Australia while a major producer has no nuclear plant..of any sizable size..I know we have a toy one
 
I think Germany is the only country intending to completely shut down - based one one person dying at Fukushima. Big clean up but I can't see the risk to Germany's reactors the same as Japanese. Does Germany suffer from tidal waves and have poor safety measures at their plants? I think there's been another agenda in Germany to closing their plants.
My guess is Germany will rely on importing power or fuel from other EU states, from memory they recently signed a deal with Norway.
The problem with that is, it only works until the Country that is supplying the power, requires it for its own consumption.
If it ends up that Germany can't supply enough power to run the Country, decisions can be reversed, with this transition to renewables nothing is set in stone IMO, it is all a wish and a prayer driven by good intentions at the moment.
The other thing is, everyone says technology will improve renewables, batteries, EVs etc, do people think nuclear technology won't advance also?
If SMR eventuate where a plant the size of a service station can supply the equivalent power as a 300 hectare solar farm and do it safely 24/7 for 70 years, I think it will be included in the mix, especially in countries that are land or climate poor for renewables
 
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I am personally opposed to Nuclear using uranium due to waste issues whereas a thorium would be a reasonable alternative, pending fusion...
China seems the only country with the foresight to deploy much safer, lower waste molten salt thorium reactors for energy independence. High pressure uranium reactors should be phased out in favor of MSR tech but of course the word nuclear is now cursed for power generation. Fusion is a dream that is unlikely to ever become a commercial reality and renewables only work as baseload if you invest billions into energy storage. Tesla's huge investment into its energy business is counting on storage driving future revenue growth.
 
China seems the only country with the foresight to deploy much safer, lower waste molten salt thorium reactors for energy independence. High pressure uranium reactors should be phased out in favor of MSR tech but of course the word nuclear is now cursed for power generation. Fusion is a dream that is unlikely to ever become a commercial reality and renewables only work as baseload if you invest billions into energy storage. Tesla's huge investment into its energy business is counting on storage driving future revenue growth.
India is also looking for thorium..but as others inc China, they also need the Uranium for nukes so for the time being...
I actually believe fusion is doable but it is not a priority by the power in place
We might see progress there from Japan in the coming years when they will need to recover supply independence vs China threat
Time will tell.in the meantime plenty of people keen to get nukes and so Green power narrative
 
Bill Gates, Mitsubishi and the Japanese Govt to build a nuclear power station in the U.S, the U.S Govt to help fund it.
Finally a molten salt reactor gets the green light for construction in the U.S. Hope this project is successful in demonstrating MSR tech is the way forward for nuclear power generation. Of course, no matter how successful, we will never see one built in AUS because the greens and labor won't support nuclear power generation regardless of its merits.

https://natriumpower.com
 
Finally a molten salt reactor gets the green light for construction in the U.S. Hope this project is successful in demonstrating MSR tech is the way forward for nuclear power generation. Of course, no matter how successful, we will never see one built in AUS because the greens and labor won't support nuclear power generation regardless of its merits.

https://natriumpower.com
IMO eventually the pressure to increase the H2 production, above what is doable with renewables, will force everyone's hand.
 
Regardless of forecasts... it's only going to take 1 more "event" to undo the whole industry for a long time. Probably not a matter of if, but when...

 
Regardless of forecasts... it's only going to take 1 more "event" to undo the whole industry for a long time. Probably not a matter of if, but when...

I was hinting at this in @peter2 thread.
New reactors will take decades to start being online and needing fuel, old reactors will have to close,, or will breakdown and have lower use.
Worst case scenario, one of these oldies will fail with a boom and uranium will go backward 20y.in the meantime thorium or fusion could take over.
By all means, take the short term trades etc but investing in a uranium junior today and expectations of millions in 5 years? Good luck
 
I agree @frugal.rock and @qldfrog but the fear is unfounded. For eg, Fukushima killed just one person due to the actual nuclear accident. Chernobyl, about 30. There is a clean up issue with these incidents, but so does everything else. God knows where all those toxic mirrors and bird choppers are going to go when they get decommissioned. The biggest problem with nuclear is that people have been brainwashed into thinking nuclear = bomb.

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