$100+/lb u3o8 needed 2 satisfy stealth demand

"RBA good thought, i actually didnt think about that possibility due to fact that we have not yet "proven" it.( the price will or should be much higher by then) Obviously Alex Molyneux saw the great potential and shared the vision of realising the value of all our assets. Wished that Tony simpson is here to see he fruits of labour but we will prove to the world that we can do it! :)




http://www.theenergyreport.com/pub/na/14947?utm_source=delivra&utm_medium=email&utm_campaign=streetwise-reports%2001/24/2013%2014:19:08



"I think there is a company that is missing from Matt Badialli 's radar too. I also wonder if ablation( combined with borehole mining) is going to be that good, will it become the main uranium mining method one day like how ISR has changed the previous conventional mining once upon a time?""


Stansberry's Badiali: $100+/Pound Uranium Needed to Satisfy Stealth Demand


Source: JT Long of The Energy Report (1/24/13)

Matthew Badiali What's the easiest way to track the ups and downs of energy markets? Watch what governments are doing rather than what they are saying, says S&A Resource Report Editor Matt Badiali. He has been watching behind-the-scenes nuclear energy importing in Germany and Japan and has concluded that the uranium market has hit bottom and is coming back up. What companies could benefit from these gyrations? He has an answer to that one in this Energy Report interview, plus some words of wisdom on U.S. oil and gas bottlenecks.

Companies Mentioned : Africa Oil Corp. : AREVA : Athabasca Uranium Inc. : BHP Billiton Ltd. : Cameco Corp. : Denison Mines Corp. : Energy Fuels Inc. : Fission Energy Corp. : Lundin Petroleum Corp. : Paladin Energy Ltd. : Rio Tinto Plc : UEX Corp. : Uranium Energy Corp. : Uranium One Inc. : Westport Innovations Inc.
Related Companies

: DNI Metals Inc.
: Midland Exploration Inc.

The Energy Report: In a recent piece for the S&A Resource Report titled "Government Lies and an Emerging Resource Opportunity," you said that statements by German and Japanese officials that they plan to be nuclear free in the next two decades were a cover-up for what they're really doing, which is importing nuclear power from other countries and secretly developing uranium supplies in former Soviet countries. How long can they hide these energy sources?

Matt Badiali: It's not a case of hiding them. In both cases, the governments are playing politics. In Germany, the government was reacting to negative press and in Japan, which had just experienced a serious natural disaster. The Japanese government told people for decades that nothing of that sort could ever happen, that the nuclear reactors were completely impervious to natural disasters. That put them in a position where if they tried to make any improvements, they would lose face. They backed themselves into a corner and the only solution seemed to be to turn off the reactors. But the reality is that Japan needs nuclear energy. Without it, liquefied natural gas (LNG) imports have soared and the country doesn't have the infrastructure to move it around. The result was a horrendous summer of spiking electricity prices and rolling brownouts; it was bad news.

Germany used the Fukushima disaster and the negative sentiment that followed to push through a carbon-free agenda. What is really ironic is that Germany is not in a place that gets earthquakes or tsunamis. It is not at any risk for that. It also isn't a place where solar power works really well. Turning off the nuclear plants leaves the country without adequate energy generation infrastructure, so they increased imports of electricity from France. However, over 75% of France's electricity is generated by nuclear power plants. So really all they did was outsource their nuclear reactors. At the same time, they brought on an enormous amount of coal power, which is the single-worst contributor of carbon dioxide. It was politics at its finest.

TER: Is the German press not reporting on this? Are people not wondering where their energy is coming from?

MB: I don't read the German press, but what I do see is that the Germans are paying an enormous surcharge for a modest amount of carbon-free electricity. I don't know why there has not been a massive backlash in Germany. If I lived there, I would be furious about the costs. In France, it costs about €0.14 per kilowatt hour (KWh) of electricity. In Italy it costs about €0.20/KWh. In Germany it costs €0.25/KWh. That's an 85% increase in the cost of electricity. It's really amazing, and I haven't seen any pushback.

TER: Is the public as accepting of the higher prices and rolling brownouts in Japan?

MB: In Japan, we've seen a massive pushback. Shutting down nuclear reactors imposed an almost $56 billion ($56B) loss to the four major Japanese electric companies. That is not economically sustainable. You can't bankrupt your power companies. On the supply side, think about Tokyo: It is an electric-centric life. Rolling brownouts and soaring power prices had an enormous impact on individuals. They reacted by electing a pro-nuclear government.

Even before that, the state-owned Japan Oil, Gas and Metals National Corp. (JOGMEC) was spending a significant amount of money exploring for uranium deposits in Uzbekistan. The government was saying one thing and doing another.

TER: After Shinzo Abe was elected prime minister at the end of December, the price of uranium bumped up. Was that just a coincidence? Is that a sustainable increase or just a temporary headline reaction?

MB: That was absolutely a market response to the idea that Japan is not shutting down nuclear reactors. It is also a reflection of the supply reality. Prices in the $40 per pound ($40/lb) range are significantly below production costs That led to many big projects being shut down, delay of BHP Billiton Ltd.'s (BHP:NYSE; BHPLF:OTCPK) Olympic Dam (Australia) project and AREVA's (AREVA:EPA) Trekkopje (Namibia) and Imouraren (Niger) projects, to name a few. A total of 65 million pounds (65 Mlb) has come off of the market or will be delayed because the companies can't justify the cost at these prices.

TER: How much of an impact could a loss of 65 Mlb in planned supply make on the price? Will we see $130/lb again?

MB: It's not just supply loss in reaction to a real or perceived decrease in demand in Germany and Japan. We also have increasing demand from Russia, which has 33 operating reactors and 10 more under construction. Globally, another 65 reactors are under construction and 167 are in planning. Unfortunately, companies can't just jump back in and turn on these new supplies of uranium.

The Olympic Dam expansion will take 3–5 years once the budget is approved. However, this is an 11-year, $20–33B project that requires some confidence that the price of uranium will be enough to pay for the investment. There is a lot of wiggle room for price increases. In the big picture for nuclear reactors, the price of fuel is a very small part of the operating cost. You can double the price of uranium with very little impact on a nuclear power plant's bottom line.

TER: If uranium is ~$42/lb today, do you think it could be $84/lb in 2013?

MB: I have looked at the numbers for all the big public miners and the average cost to run the businesses is about $106/lb. So at $40/lb they are losing about $66 on every pound they sell. You can't make that up without the price going up. So, yes, I think we are going to see the price come up. I absolutely think that we've seen the bottom. I think $80/lb is not unreasonable and $100+/lb is more likely.

TER: How much would the price have to go up in order to turn on some of those projects that have been put on hold, like Olympic Dam?

MB: I think it's going to be more about sustainable prices. When you are spending billions of dollars, you really need to be making a good profit to pay those loans back. We have to see the prices go up and stay up and then three to five years later we could see production increase.

TER: If the supply and demand equation you're outlining here comes about, what companies are poised to profit from that?

MB: We have actually already seen some. In my December 4 newsletter, I recommended Cameco Corp. (CCO:TSX; CCJ:NYSE), Denison Mines Corp. (DML:TSX; DNN:NYSE.MKT) and Uranium One Inc. (UUU:TSX). Recently, Uranium One's partner, the Russian state-owned nuclear power company, Rosatom Nuclear Energy State Corp. (ROSATOM), which owns 51% of Uranium One through a holding company called ARMZ, decided to take the whole thing off the board. That put investors up 46% in five weeks. We also saw earlier this week that Denison Mines has acquired Fission Energy Corp. (FIS:TSX.V; FSSIF:OTCQX), a junior exploration company with a nice discovery in the Athabasca Basin in Canada. It was the other half of Hathor's Rough Rider, which was bought by Rio Tinto Plc (RIO:NYSE; RIO:ASX; RIO:LSE; RTPPF:OTCPK) in 2011. We saw a nice premium for that takeout. I thought Denison did a good job acquiring Fission. The Athabasca Basin is basically Saudi Arabia for uranium. These are high-grade, high-quality uranium deposits in a very safe jurisdiction.

TER: Do you think there will be more M&A?

MB: I do because the companies see that we are coming off the bottom and in order to buy low, now is the time to do the acquisition.

TER: Who, in your view, are the likely acquirers and acquirees in 2013?

MB: I think Cameco will likely go shopping. Some of the Chinese companies have been aggressive over the last couple of years. I wouldn't be surprised to see them get involved in this too. And Russia is clearly acquiring new assets and moving into new areas.

One promising exploration project that could get taken over is Uranium Energy Corp. (UEC:NYSE.MKT) in Texas, Amir Adnani's company. It is an in situ leach mining company that is just starting production in the Texas uranium belt right now. The company injects water that is enriched with oxygen into a uranium-heavy sand body. As the water moves through this sand body, it dissolves the uranium. The liquid is pumped out on the other side of the sand body and the uranium is extracted. The company has been successful doing that and the low-impact method could be attractive to an acquirer.

TER: What other acquisition candidates are out there?

MB: UEX Corp. (UEX:TSX) has some projects partnered with AREVA doing exploration work so that is a potential acquirer.

TER: Do you like the project or the partnership?

MB: I like both. UEX has two good projects in the Athabasca Basin, Shea Creek and Hidden Bay. I'm interested in companies with assets in the Athabasca Basin.

However, I haven't put UEX or Uranium Energy Corp. in any of my letters yet. I told my readers about the big, safe assets first and looking back, we did a pretty good job, timing wise. Now that we have established the trend, we will start to pick off the best of the exploration plays because I think that that's a good place to make some money over the next year or two. I will definitely look at Athabasca Uranium Inc. (UAX:TSX.V; ATURF:OTCQX) and Energy Fuels Inc. (EFR:TSX). But I'm not going to overpay or rush into these because we are already making money on the producers.

One company I was concerned about was Paladin Energy Ltd. (PDN:TSX; PDN:ASX). I told my readers that they should be very careful. It has some great assets and a long-term supply contract with one of the French utilities, but it's experienced some problems turning a profit. So going back to acquisitions, it might make sense for a big mining company to take over Paladin. It has a lot of debt. It's a $712 million ($712M) market value with $830M in debt. In addition, the company has $125M of convertible bonds coming due in two months, which will lead to converting up to 147M shares. That's a big dilution. This might be something for readers to look at down the road after these bonds convert. If the share price sinks below a significant point where the dilution's not going to hurt quite as badly, that could be a possibility. It may be that Paladin is worth a flyer for its assets after the dilution happens.