Energy & Commodities

The Brutal Dethroning of Coal & The Coming Spike in Natural Gas

It’s been tough for natural gas drillers. The boom in horizontal drilling and hydraulic fracturing that gave access to enormous gas-rich shale formations around the nation led to record production. Prices crashed. Drilling activity collapsed: rig count, down 45% from last year, hit the lowest level since July 1999. Producers are writing down their natural gas assets by the billions of dollars. Some will get wiped out. The price of natural gas has been below production costs for years, and the damage is now huge [read…. Natural Gas: Where Endless Money Went to Die].

On the other side, power generators have switched from coal to natural gas—with devastating impact on king coal. Coal has long been the dominant fuel for power generation. But April 2012, for the first time in the history of EIA data, power generation from coal-fired and natural gas-fired plants reached parity, each contributing 32% to total electricity generation.

NatGas-Coal-fired-generation-2001 2012

The large fluctuations are a function, in part, of the seasonality of overall power demand. In April, demand was low due to mild spring weather. The price of natural gas dropped to a 10-year low, and power companies laughed all the way to the bank. In May, power production started to rise as air conditioners got cranked up—a trend that will hold for the summer.

But the graph shows something far more important: a narrowing of the gap between coal and gas-fired power generation. It’s not just the low price of natural gas that did it—but a new power generation technology and yes, the usual suspect, Congress.

Gas turbines are an old technology. Most of the energy is wasted as exhaust heat. They’re inefficient, compared to coal-fired steam turbines. But they have an advantage: they can be brought on line quickly to cover peak loads. So coal and gas have been used in parallel: coal to produce low-cost base power and gas to produce more expensive peak power during periods of high demand (daytime, summer).

Gas didn’t pose a threat to king coal … until the arrival in the 1990s of the natural gas combined-cycle (NGCC) turbine: like the classic turbine, it drives a generator, but instead of blowing the “waste” heat out the exhaust, it uses the energy to generate steam that, as in a coal plant, drives a steam turbine that powers another generator. Like their old-fashioned brethren, NGCC plants can be brought on line quickly, but when used for base power, their efficiency can exceed 60%—much higher than that of a coal plant.

A game changer. With natural gas prices as low as they’ve been over the past years, operating costs for power generators have plunged. It doesn’t hurt that NGCC plants have lower capital costs than coal plants—$600 to $700 per kW versus $1,400 to $2,000 kW—relatively short construction times, and environmental benefits. The long-term shift to natural gas looks like this:

natural-gas coal-for-power-generation

(The data is annual, not monthly; so 2012, with data through April, isn’t comparable to the first graph.)

The gray areas in the graph indicate periods of extraordinary changes. Low oil prices in the 1960s caused and uptick in use of petroleum for power generation … until the two oil shocks in the 1970s knocked it into a long decline towards the inconsequential.

The winner of the oil shocks was coal, producing at its peak in the late 1980s nearly 80% of all power: truly king coal. And it was Congress that did it! In 1978, in reaction to the oil price shocks, it passed the Powerplant and Industrial Fuels Act (PIFUA) that clamped down on the construction of oil and gas-fired plants and promoted the construction of coal plants. But by 1990, a new world had dawned: PIFUA was buried, natural gas markets were deregulated, and power generators were freer to substitute one fuel for another, based on economic considerations.

Just then, the efficient NGCC plants arrived on the scene! Result: a phenomenal ascent of natural gas in power generation, not only for peak power but also for base power, led by a construction boom of NGCC plants. Between 2000 and 2010, natural gas generating capacity jumped by 96%:

NatGas-fossil-fuel-electric-capacity-additions

The loser was coal. An ugly slide that accelerated over the last few years. Higher natural gas prices—a certainty, given that they’re currently below production costs—will have some impact on the speed of the progression of natural gas. In the short term, power generators switch between fuels to take advantage of lower costs here and there. But as more gas-fired plants have come on line, and as the oldest, most inefficient coal plants are being retired, the shift to natural gas has become structural—pushing up demand inexorably.

Alas, the price of natural gas doesn’t flow like a tranquil river but has violent ups and downs with sporadic and vicious spikes. Read…. The Coming Spike In The Price Of Natural Gas.

And here is a harbinger of other things to come: California Sales Tax Revenues Nosedive By 33.5%, by hard-hitting Chriss Street.

Uranium: A Rising Tide Coming For Exploration, Development & Production Companies

Who Will Fill the 24 Million Pound Uranium Supply Gap?

world-uranium-production-and-demand

David Talbot of Dundee Securities sees the tides rising in uranium markets, but not every stock price will recover in-step. Talbot’s strategy is to focus on a good story, and he has identified uranium exploration, development and production companies with compelling growth profiles. In this exclusive interview with The Energy Report, Talbot explains why investors should build positions while the spot price is still sluggish.

OMPANIES MENTIONED: AREVA – BHP BILLITON LTD. – CAMECO CORP. – DENISON MINES CORP. –ENERGY FUELS INC. – FISSION ENERGY CORP. – KIVALLIQ ENERGY CORP. – PALADIN ENERGY LTD. – RIO TINTO PLC – U3O8 CORP. – UEX CORP. – UR-ENERGY INC. – URANIUM ONE INC.

The Energy Report: In your last interview, “The Uranium Industry Is Alive and Well,” Germany and Japan looked determined to shift away from nuclear power. Now, it looks like Germany is having second thoughts on its plans to shut down all nuclear plants by 2022, and Japan has restarted one reactor, with more to come. What’s your general industry view at this time?

David Talbot: We are still bullish on the uranium sector because the nuclear power industry is moving forward and demand is behaving somewhat predictably. Supply will make all the difference in the world. The U.S./Russia Megatons to Megawatts program will go off-line in 2013, which will remove 24 million pounds (Mlb) of secondary supply from the equation. Meanwhile, there are five more reactors in the planning or construction phases globally than there were before the disaster at Fukushima occurred. There are 430 reactors currently in operation worldwide, and 160 reactors are being planned now. The trend is clear: There is still growth in nuclear power.

On the supply side, the world uses 176.7 Mlb of uranium each year, according to the World Nuclear Association. The reactors under construction alone will account for a 13% increase in demand, approaching 200 Mlb of uranium required annually. This does not factor in any reactors in the planning stages. Mining companies are not matching that in the short to mid-term—they need higher uranium prices to make larger-scale and typically low-grade projects economic, and miners are optimistic that will happen. Uranium exploration expenses rose to about $2 billion worldwide last year.

As for Germany, its demand accounts for only 9 Mlb a year, or about 3% of world demand by 2020. I believe its government did overreact, and it is apparently having second thoughts, based on economic realities. We don’t think Germany’s opinion on nuclear power has changed much. But the country is struggling with rising electricity prices and facing pressure from industry. Finally, China matters. Its 15 reactors now produce just 2% of its electricity, and there are 26 reactors under construction and 51 more planned. Last year, China produced only 10% of the electricity that the U.S. reactors produce. It already uses 17 Mlb per year, and that figure is climbing quickly and should be in line with U.S. figures in the next seven years. Chinese demand is a major force driving the industry. While we believe that renewables should be a growing part of the energy mix, they are intermittent generation sources and can’t necessarily handle a large proportion of baseload demand. Many alternative energy sources are still in their infancy and expensive.

TER: So, despite the negative thoughts about nuclear power, it really is the only viable alternative to coal at this point, other than natural gas.

DT: I think so. We are seeing a lot more natural gas use these days, primarily in Japan, which is spending about $100 million (M) a day on energy imports. If Japan wants to maintain its way of life, it really must turn the reactors back on or risk losing jobs. A couple of reactors have started up and two more restarts are under discussion. I think this is going to help boost sentiment in the sector and ultimately increase uranium demand, which should improve spot prices from the current U.S. $49.50/lb level.

TER: What are your expectations for short-term uranium prices? Even major companies like BHP Billiton Ltd. (BHP:NYSE; BHPLF:OTCPK) and Cameco Corp. (CCO:TSX; CCJ:NYSE) are having trouble justifying their respective Olympic Dam and Kintyre projects.

DT: The supply/demand balance in the mid-to-near-term may impact pricing. BHP announced a decision to delay expansion at Olympic Dam, by at least a couple of years. The initial expected expansions would have brought production up to about 20 Mlb from about 8.8 Mlb currently. Recently, Cameco warned that rising costs and mediocre uranium prices have made its Kintyre Project in Australia uneconomic. Cameco is still pushing ahead but needs around $67/lb to break even by the planned production start in 2015. That’s another 6 Mlb of uranium supply up in the air. Cameco needs to make some acquisitions to reach its Double U strategy production goal of 40 Mlb by 2018, which would partially replace its lost Megatons to Megawatts supply.

Earlier this year, Paladin Energy Ltd. (PDN:TSX; PDN:ASX) postponed its stage-four expansion of Langer Heinrich until prices rise. That expansion would nearly double mine production from 5.2 Mlb to about 10 Mlb annually. These three projects alone total about 23 Mlb, which is 64% more uranium than Cameco’s Cigar Lake is scheduled to produce annually. Each of these reminds us that many projects simply are not economic at current uranium prices and something has to give.

The current supply deficit should put upward pressure on prices, eventually making projects like Kintyre more feasible. We’ll be lucky if annual uranium production reaches 180 Mlb by 2020. And that would require sustained spot prices of $70-80/lb. Our current forecasts for next year and 2014 are $70/lb and $67/lb, with a long-term forecast is $65/lb.

TER: How have the uranium stocks performed this year?

DT: Equities in general have really dropped off since the beginning of the year. As a group, uranium stocks are down about 30% year-to-date and much of the downward action occurring within the last 3-months. These companies have been under the same pressure as the broader market, with low liquidity and European debt worries. In the long term, I think the producers will outperform developers. But over the past few weeks we’ve seen some movement in the smaller stocks, with no clear winner between producers, developers or explorers. But however harsh the market is, you have to pick good stories, and right now we have a couple of suggestions for each of those categories.

TER: Paladin Energy has been showing some pretty exciting production results, but the stock has continued to languish and now there are some takeover rumors floating around. What’s the situation there?

DT: Paladin is our top producer pick. We have a Buy rating on the stock with a $2.65 target price. Right now, we like what we see. We think the company has really turned the corner with good production numbers, a strong outlook, resource growth, advancement of the pipeline, asset sales and strategic alliances that are expected shortly. Those alliances could not only improve the balance sheet, but it could also add value to the projects that are still in the pipeline.

A Bloomberg article last month suggested that Paladin is a takeover target at these levels. We think that potential acquirers could include Cameco, Rio Tinto Plc (RIO:NYSE; RIO:ASX; RIO:LSE; RTPPF:OTCPK)Uranium One Inc. (UUU:TSX) or other senior miners looking to get into the uranium space. We have a Buy rating on Uranium One and a $4.50 target price. But I think that Paladin is going to make the first move with strategic alliances before anything else happens.

TER: What do you think is the most likely strategic alliance?

DT: There is probably going to be a JV at Mount Isa in Queensland, Australia. That’s a potentially large operation that could produce about 5 Mlb annually but it’s going to have a big price tag, probably well over $500M. I could see Paladin selling a minority position in this project to raise upwards of $350M, bringing in a partner that’s responsible for its share of capex. That would help decrease financing risks and the cash generated could really take a bite out of Paladin’s debt. The other possibility here is a strategic alliance to tap some value at the mine level. Kayelekera and Langer Heinrich are two of the very few uranium mines built anywhere in the world over the last 20 years and are now running at or near capacity. I’m sure there’s an Asian utility somewhere that would jump at the opportunity to share ownership of one of these mines through an offtake agreement and have access to production over the next 25-30 years.

TER: There’s also been some M&A action here in the U.S. In April, Energy Fuels Inc. (EFR:TSX) made a deal to acquire all of Denison Mines Corp.’s (DML:TSX; DNN:NYSE.A) U.S. mining uranium mining assets and operations. Where has that gone since then?

DT: Energy Fuels has emerged from a couple of deals as the second-largest uranium producer in the U.S., with a resource base of 70 Mlb. We have a Buy rating on the stock and a $0.90 target price. They bought the White Mesa mill from Denison, which is the only operating conventional mill in the U.S., plus several operating mines. This saved Energy Fuels about $150M by not having to construct its own mill, where it just received its NRC license in Colorado. Synergies with projects in Utah, Colorado and Arizona might fill that mill, keeping costs as low as possible. That’s very important because these smaller mines in the Southwest U.S. tend to have higher operating costs.

We view Energy Fuels as a good opportunity with cash flow and significant leverage to rising uranium prices. It’s preparing its pipeline of projects with two mines that are already permitted, Whirlwind and Energy Queen. Pinenut is also approaching production within the year. The management team has operating experience with the old Energy Fuels nuclear company, and its Sheep Mountain project up in Wyoming could bring this company to a whole new level.

TER: There’s also been some takeover drama with UEX Corp. (UEX:TSX) and Cameco, as Cameco failed in their bid for Hathor. What’s the latest on that situation?

DT: We have a Buy recommendation for UEX and a $1.85 target price. This is our favorite development story right now. Cameco did lose in its bid for Hathor and it needs to make an acquisition to meet its production goals of 40 Mlb by 2018, as we mentioned before.

UEX has projects in the Athabasca Basin and Cameco is its largest shareholder, with 23% of the stock. Earlier this year, Cameco put up a fuss when UEX attempted to implement a shareholder rights plan because Cameco really believed this would have breached some of its preemptive rights when UEX was spun off in the mid-2000s. Cameco participated in a UEX equity issue earlier this year, and failed to replace its UEX board representative when he retired. So there are signs that Cameco is still interested in UEX. But we aren’t sure when a potential takeover can happen.

UEX’s Hidden Bay has about 40 Mlb located about 4km away from Cameco’s Rabbit Lake mill. An open-pit operation on that property could ultimately act as a tailings management facility, which is something Cameco’s Rabbit Lake mill will need in the next few years. UEX also has 49% interest in the world-class 88 Mlb Shea Creek project to the west, which could easily be added to Cameco’s pipeline. Cameco is probably the best company in the world to develop these high-grade, particularly deep deposits, and could potentially partner with AREVA (AREVA:EPA). UEX is one of our favorite developer stories, with high-grade drill results continuing from Shea Creek. In the short term, Hidden Bay is moving into development stages with geotechnical, geochemical and metallurgical studies underway.

TER: You initiated coverage in May on U3O8 Corp. (UWE:TSX.V; OTCQX:UWEFF). What do you like about that one? And why did you decide to start covering it now?

DT: We have a Buy recommendation and a Speculative Risk rating on U308 Corp., but no target price right now because we are awaiting a little more economic information to derisk this company a bit more. This is a small company with many moving parts. It has three projects, any one of which could likely sustain a junior exploration company. We picked up coverage as we became more excited about the upside potential offered by its multi-element flagship Berlin project in Colombia. The current resource only covers the southernmost three kilometers of a known 10 1/2 kilometer long sandstone trend. There’s a misconception here that it’s a black shale deposit. It’s really a carbonaceous sandstone. That’s a big difference. At 21 Mlb U308 plus byproducts, the resource has just started growing, with the potential to double and ultimately triple in a couple of years. Besides uranium, it will also be getting vanadium, phosphates, rare earth elements and base metals out of this calcite-rich rock.

Its second project, Laguna Salada, is located in Chubut Province, Argentina. Mineralization occurs within three meters of surface in soft, unconsolidated sandy gravel that should be amenable to low-cost mining techniques. The grades are very low but the geology lends itself to considerable beneficiation, in some cases by a factor of ten, which could boost the grades by ten times before it goes through the mill. While resources are currently only around 10 Mlb, there is potential to double this amount by year end through drilling, not to mention potential M&A targets in the area.

U308’s third project is the Kurupung project in Guyana, which was once its flagship project. We still love its high prospectively with potential for hosting several massive uranium projects. However, exploration will be expensive and time consuming, plus U308 has two other projects in jurisdictions with better infrastructure. Those projects are likely to be advanced in the scoping study stages more expeditiously. Ultimately we think this is a very undervalued development story. The stock trades at about half the level of its peers, and we expect its resources to double during this year.

TER: What else do you like at this point?

DT: Another developer story I like is in Ur-Energy Inc. (URE:TSX; URG:NYSE.A). We have a Buy recommendation and a $2.30 target price on this stock. The timing might be right for investors on Ur-Energy. It’s waiting for final U.S. Bureau of Land Management permits that would allow it to build and operate its Lost Creek Mine in Wyoming. The company expects to build a plant that could produce up to 2Mlb annually, starting at 1Mlb from Lost Creek with low operating costs of about $20/lb. We’ve liked this story for a while and think there’s considerable upside. It’s cheap, it’s located in a good jurisdiction and it has good economics, good management and quite a deep technical team. It recently picked up a couple of good-looking projects from AREVA for its pipeline. Look for some news out of Ur-Energy in the next couple of months.

Among exploration stories; Kivalliq Energy Corp. (KIV:TSX.V) might be our top explorer pick now, with one of the best exploration teams in the business. We have a speculative buy without a target price on this one. Kivalliq is now drilling its Angilak property in Nunavut. The company seemed to have hit uranium mineralization in every place they’ve put a drill in 2011/early 2012 and surprised us by doubling its high-grade Lac Cinquante resource to 27 Mlb at 0.69% U308. This is one of the highest grades outside the Athabasca Basin. It’s discovered about 10 new zones, many within 3km of the Lac Cinquante deposit itself. Others are located within 25km of the deposit and some of these are potentially big, like the BIF Zone that extends for about 3km along strike at surface, where grab samples often assay between 16% and 30%. As more discoveries are being announced, the company has to reprioritize its targets as it goes. We think they’re in a uranium district and this story is going to be exciting to watch.

Another explorer that is front and center for us is Fission Energy Corp. (FIS:TSX.V; FSSIF:OTCQX). We have a Buy Venture Risk rating with no target price. The company has a project immediately west of Rio Tinto’s Roughrider deposit in the Athabasca Basin. It’s likely that Fission’s high-grade J Zone discoveries are the same deposit as the Roughrider West Zones. The J Zone now measures about 680m along strike. We think there’s considerable room to expand this, not only along strike but also to the north and south. Some impressive high-grade areas need follow-up there, including 15% U3O8 over 6m and 21.6% over 3.5m. It doesn’t take a lot of area to add significant pounds when you’re getting grades over 15%. That’s one of the reasons why we like this company. The initial resource covers about one-third the strike length and totals about 9 Mlb. About 7.4 Mlb of that is Indicated, grading about 2%. Drilling continues on a second project to the west. That might end up as another Athabasca uranium discovery, if we give Fission sufficient time to search.

TER: What kind of timing are we looking at before we see some real activity in these stocks?

DT: We believe uranium prices may be at the bottom right now, around $49/lb.

We expect firming, especially as the Japanese reactors come back online. We may see some price appreciation later this year and into 2013 as the Megatons to Megawatts agreement expires. We are calling for higher uranium prices down the road, ultimately to our $65/lb long-term price. Investors have to pick good and improving companies before we see these stocks run. There’s already a lot of volatility in the uranium sector but stocks tend to take off before you know it, so you can’t necessarily choose cash flow over near-term production or potential blue-sky upside, as you can in a bull market. All the stocks will likely lift, but at different rates. Among producers, maybe look at Paladin and Energy Fuels; for developers, UEX, U308 Corp and Ur-Energy, and explorers, Kivalliq Energy and Fission Energy. We suggest that investors buy a basket of these stories. I really think this sector will be one that’s going to outperform in the coming years.

TER: Very good. We appreciate your insights today David. Thanks for talking with us.

DT: Certainly. Thank you.

Dundee Securities Senior Mining Analyst David Talbot worked for nine years as a geologist in the gold exploration industry in Northern Ontario. Talbot joined Dundee’s research department in May 2003 and in the summer of 2007, he took over the role of analyzing the fast-growing uranium sector. He is a member of the PDAC, the Society of Economic Geologists and graduated with distinction from the Univ. of Western Ontario, with an Honors Bachelor of Science degree in geology.

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RARE EARTHS – THE CRITICAL FACTORS FOR SUCCESS

Will Your REEs Suffer Molycorp Contagion? 

Molycorp’s poor performance has impacted the entire rare earth sector. Until the rare earth element “super-cycle” gains steam again, investors need to reset their expectations. In this exclusive Critical Metals Report interview, Chris Berry of House Mountain Partners discusses what really matters in a rare earth element company, and why investors should exercise patience.

COMPANIES MENTIONED: A123 SYSTEMS INC. – AMERICAN VANADIUM CORP. – ARCELORMITTAL S.A. – DENISON MINES CORP. – FLINDERS RESOURCES LTD. – FOCUS GRAPHITE INC. – FRONTIER RARE EARTHS LTD. – GLENCORE INTERNATIONAL PLC – LARGO RESOURCES LTD. – LYNAS CORP. – MEDALLION RESOURCES LTD. – MOLYCORP INC. – NORTHERN GRAPHITE CORPORATION – ORBITE ALUMINAE INC. – RARE ELEMENT RESOURCES LTD. – TASMAN METALS LTD.

Rareearthoxides

The Critical Metals Report: On Aug. 2, Molycorp Inc. (MCP:NYSE) posted a loss of $0.03/share. Given that Molycorp is the rare earth element (REE) flagship story, what impact will this have on the broader space?

Chris Berry: The earnings miss was definitely a shock and the market took the shares down accordingly. It appears that Molycorp fell victim to a phenomenon that we are seeing across the spectrum of natural resource companies: higher costs and falling or stagnant metals prices. This compresses margins, which affects profitability and destroys shareholder value. The company also shipped less product than it anticipated and will have to raise more capital, which were two more big surprises.

“Companies with economic HREE deposits in reliable geopolitical jurisdictions still deserve a premium, and this is where the opportunity lies.”

 

Markets these days are particularly unforgiving, and raising additional capital on favorable terms is difficult at best. I have ratcheted down my expectations for outsized returns in mining shares until we get a clearer picture of global growth and industrial demand. For the last 10 years the commodity super cycle has been in full force, driven mainly by countries in the emerging world like China and India. And while I believe the super cycle is still alive and well despite slower economic growth, it is a long-term phenomenon. I agree with the theory that metals prices will be permanently higher as billions of global citizens urbanize and enhance their lifestyles. However, I disagree with the theory that metals prices will continue to increase permanently. The cyclicality of mining shares validates this.

TCMR: In a recent edition of Morning Notes, you note that many of the market leaders in the REEs space are “stuck in neutral” and reaffirm that China remains in control of the REE value chain. How could that affect smaller REEs players?

CB: I think this actually presents an opportunity. In that same Morning Notes edition, we profiled 20 REE companies and showed their year-to-date (YTD) returns and cash balances. Their returns were not pretty; the average return was about -30%, but many of the companies have surprisingly ample cash balances. This is a positive sign, as financial sustainability is crucial. These companies need to manage their cash prudently and aim for specific goals in a market where good news is often ignored and bad news is severely punished.

Meanwhile, China is moving to consolidate its industry supply chain and continue its market dominance. Lackluster demand for REEs should buy time to accomplish this as Western dependence on REEs and other critical metals fades from the front pages of the newspaper in favor of economic headwinds, the U.S. Presidential election or any number of other topics.

Companies with economic Heavy Rare Earth Element (HREE) deposits in reliable geopolitical jurisdictions still deserve a premium, and this is where I think the opportunity lies. They will attract renewed interest based on demand from the emerging world.

TCMR: If China still controls the value chain, does that give smaller players a better chance at share price appreciation, given that the bigger players have not done much to move the needle?

“We still believe that fundamentals matter the most.”


CB: No, not necessarily. Smaller players have a better chance at share price appreciation by demonstrating solid economics at their deposits and striking accretive deals with end users. There are enormous metallurgical and financial complexities involved in bringing an REE operation from exploration and development to production and integration into the supply chain. Share price appreciation can occur if these challenges are met with success. Recently, we’ve seen the two leaders in the space stumble. Molycorp will go back to the capital markets to fund its buildout at Mountain Pass. Lynas Corp. (LYC:ASX) is having difficulty finding a location to store the tailings from its Mount Weld deposit. Right now investors are trying to figure out who has the best opportunity to get into third place.

We still believe that the fundamentals matter the most. Well-managed companies with ample cash to get through today’s uncertain markets, whose REE deposits are in reliable geopolitical jurisdictions are the candidates most likely to create value and integrate into a global REE supply chain in the future.

TCMR: And those with low-cost operations.

CB: Right. We believe that the lowest-cost producer always wins across just about any industry. That is one of the reasons China dominates the market.

TCMR: But if cost escalation is happening so fast, how can we be certain that the low-cost producers will remain low-cost producers?

CB: You cannot. The macroeconomic picture and the industrial demand picture are very uncertain right now for all metals. We have seen cost inflation in feasibility studies across the lithium, graphite and manganese sectors and in the earnings reports of major gold producers as well. This tells me that cost inflation is endemic and no metal or mineral is really immune. It also goes back to why I think a “reset” of expectations for share returns is prudent.

Because of this phenomenon, management capability and financial soundness are the two most important factors we look at when evaluating a junior.

TCMR: Will China eventually become a net importer of REEs?

“Cost inflation is endemic and no metal or mineral is immune. This is why I think a ‘reset’ of expectations for share returns is prudent.”


CB: A lot of that depends on its growth trajectory. I have seen pronouncements made that China will be a net importer of REEs within the next few years, but this is a fragmented market and nobody can know for sure if the data coming out of China, be it growth rates or production numbers for metals, is entirely accurate. I do think the country is on a course to become a net importer and I say this by looking at the amount of research and development (R&D) going on in the REE space in China.

In its 12th five-year plan, China committed to spending roughly US$630 billion (B) on developing intellectual property and next-generation technologies. What the Chinese call “the seven pillars” form the foundation of its intellectual property development strategy. All of the pillars relate to industrial minerals like graphite, rare metals or lithium.

Trying to forecast supply and demand in the REE space is difficult when you consider the enormous sums going into R&D and intellectual property development. Perhaps a group of scientists will achieve a breakthrough in battery technology that offers dramatic performance enhancements and requires no REEs. If the technology can be commercialized, this would obviously shift the supply and demand projections significantly. I realize it may be a stretch to think this way, but with the pace of change in materials science today, the possibility certainly exists.

TCMR: Are the Chinese likely to do more offtake agreements or simply buy REE companies outright?

“China has very deep pockets, and it thinks 50 years out. It will continue to acquire assets.”


CB: China’s rise is a sensitive political issue in capitals all over the world. Whether it is offtake agreements or takeovers, this is more of political issue than a financial or economic issue. China has certainly been demonized in the Western press and is on a worldwide shopping spree for natural resources and intellectual property. It has very deep pockets, and it thinks 50 years out. China will continue to acquire assets because it has to feed a hungry and growing population striving for a better quality of life. Earlier this week the lithium-ion battery manufacturer, A123 Systems Inc. (AONE:NASDAQ), signed a non-binding Memorandum of Understanding with Wanxiang Group, a large Chinese auto parts manufacturer, to have Wanxiang make a strategic investment of up to $450 million. A123’s grave financial difficulties are no secret, so Wanxiang has effectively “bought” the state-of-the-art technology A123 has developed and could end up owning 80% of A123. This is only one example of China’s attempts to move up the value chain.

TCMR: You and your father created the Discovery Investing Scoreboard (DIS) to help investors determine which companies are better bets than others. Does it specify which companies are well positioned for the shifts in the REE space?

CB: I think DIS does identify which companies are well positioned in the REE space. The idea behind DIS is to crowd score a company. DIS users—and we have about 960 now—score 10 specific factors. We use word scores rather than numbers to “rank” a company: very good, good, nominal, somewhat poor or poor. This is because people think in terms of words instead of numbers. Once you have scored each factor, the system then kicks out a weighted score between 0 and 10, 10 being the best, 0 being the worst. Users can change their assumptions about a company in real-time, so if a company issues a favorable bankable feasibility study or an unexpectedly poor earnings report, you can adjust accordingly and get an idea of what the “crowd” is thinking about a name. Users can see their scores and compare it to the crowd score and track them over time.

Though the crowd sizes are still small, our initial data appear to show that the direction of the crowd score is an indicator of future share price. In other words, as the crowd score ticks up, share price has moved in the same direction over time. Conversely, as a crowd score has fallen, share price seems to fall as well. We’re watching this closely.

Right now, the highest-ranked companies include Orbite Aluminae Inc. (ORT:TSX)Medallion Resources Ltd. (MDL:TSX.V; MLLOF:OTCQX; MRD:FSE)Tasman Metals Ltd. (TSM:TSX.V; TAS:NYSE.A; TASXF:OTCPK; T61:FSE) and Frontier Rare Earths Ltd. (FRO:TSX).

TCMR: But none of them is scored higher than 7. The closest is Tasman at 6.26 out of 10.

CB: It is fair to say there is no clear frontrunner, because we all have different viewpoints, opinions and biases. Of the 775 companies, I think the highest-ranked is around 7.8. Though many of the share prices of REE companies have been punished in 2012, we think that watching the trend of the crowd score can provide significant insight into how a company is “viewed” by the marketplace. As the size of the crowd continues to grow, we will be watching for more evidence of these types of relationships closely.

We find that the scores of the people who really love a company and those who really hate a company tend to get diluted. Most of the scores are between 4.5 and 6.5. It’s very difficult to value a junior mining company because there typically have no revenues or cash flows to discount to get a net present value. The DIS is designed to take that subjectivity and guesswork away.

TCMR: Three of your top four have had good years. Alkane is up 8.29% YTD and Medallion is up about 38% YTD. Rare Element Resources Ltd. (RES:TSX; REE:NYSE.A) is up 21.5% YTD, but has a DIS score of only 5.8? Why so low?

CB: It is more important to look at the decile of a company. Each company has a score that places it in a given decile relative to its peers. So 5.8 isn’t a terribly low score. It’s important to look at the trend of the crowd score rather than just the static number. When we break down the ten factors, it appears the crowd really likes the company’s asset and has this factor ranked highest, along with the capability of management. It is interesting to note that the most important factors in the eyes of the crowd for Tasman and Medallion were the potential for their assets and the capability of management—exactly the same as Rare Element Resources. This should give everyone insight into what the “crowd” is concerned with. Company management teams should find this of particular interest. With Frontier, it appears that stakeholder relations are key, and this makes sense when you look at the company’s relationship with KORES.

TCMR: Let’s move to the market’s sour take on graphite plays. Is that specific to graphite or is it part of the larger trend?

CB: It is not specific at all. There has been a predictable pattern with share price appreciation of certain metals and minerals in recent years. Uranium went to $140/pound and collapsed. Lithium took off and then came back down to earth. Most recently, REE prices went parabolic, and have since come down. Graphite has followed the same pattern. Some people call this the “mystery history” curve when a company’s share price rapidly appreciates due to investor excitement and then falls as the company matures from exploration to development to possible production. We wrote a Morning Note several months ago discussing this and basically stating the case that the mystery phase associated with graphite was over and now the companies in the space would need to begin the process to defining and developing a resource, proving economics and making the push towards production.

“The more information we know about a deposit, the better. End users want proof that a mining company can produce graphite to their very strict specifications.”

 

Regarding graphite, investor exuberance more than anything pushed shares higher and interest in graphene must also be mentioned. In addition, global growth rates and industrial demand have been falling for months. Graphite is an industrial mineral, so as we’ve seen growth slow, intuitively graphite prices must soften as well. On the positive side, graphite does offer multiple avenues of demand. In addition to current-day demand from refractories and steelmaking, you have future avenues of demand like fuel cells and batteries. I think this paints an overall positive longer-term picture for graphite demand.

When analyzing a given metal or mineral, I spend just as much time researching end users as I do researching juniors. Despite the uncertainty in various economies, long-term deals involving graphite are occurring. Earlier this year, SGL Carbon and ArcelorMittal S.A. (MT:NYSE) signed a five-year deal worth several hundred million dollars for SGL Carbon to supply graphite electrodes to ArcelorMittal. This was the biggest contract in SGL’s history. This is only one example, but is indicative of a strong future for graphite.

TCMR: You talk a lot about graphite companies having a balanced footprint. What does that mean?

CB: Think of the footprint as the composition of a given deposit. There are different types of graphite—flake, amorphous and vein—and flake is comprised of different sizes. Generally speaking, the supply-and-demand dynamics are different for the various types and flake sizes and they all command different prices on world markets.

When I look at a graphite project, I want to get an idea for what the actual composition is, what the percentages of large, medium and small flake are and what the carbon content is. This gives me a rough idea of the potential economics.

To be fair, many of the junior mining companies involved in graphite have not done enough drilling on or analysis of their properties to know what the footprint actually looks like. However, with the “mystery” phase of graphite behind us, it is crucial to understand this information about a deposit.

TCMR: Does the graphite space need more companies reaching the bankable feasibility stage, likeNorthern Graphite Corporation (NGC:TSX.V; NGPHF:OTCQX), or is it more important that companies reach agreements with end users?

CB: The more information we know about a deposit, the better. I think a graphite company would have trouble securing an agreement with an end user without a bankable feasibility study or a great deal of due diligence. Graphite is a product requiring high degrees of specificity in terms of purity. End users would naturally want proof that a mining company can produce graphite to their very strict specifications before entering an agreement. Failure to do so would interrupt and perhaps halt an end user’s supply chain.

TCMR: But end-user agreements have been signed throughout the REE space with far less than bankable feasibility studies.

CB: This is because China owns the entire REE value chain from “mine to market.” This is not the case with graphite. Though China controls upwards of 80% of global graphite production, there exists a viable graphite supply chain outside of China, so you don’t see the same urgency with graphite that you do with REEs.

TCMR: What are the top three crowd scores in the graphite space on DIS?

CB: There are no surprises here: Flinders Resources Ltd. (FDR:TSX.V), Northern Graphite and Focus Graphite Inc. (FMS:TSX.V) are the Top 3.

With respect to Flinders, the crowd seems most impressed with its management and financial soundness. The company has $18 million (M) in the bank and is working towards bringing its 100% owned Kringel graphite mine back into production. The fact that this is an existing mine is key as the company’s capital expenditures and infrastructure costs will be relatively low.

The crowd has ranked Focus Graphite’s asset potential and financial soundness as its best attributes. The Lac Knife deposit is one of the highest-grade graphite deposits in the world and its location in Quebec is also key, as it is no secret how favorably the provincial government looks upon mining exploration there. The refunding of exploration expenditures can help defray dilution and strengthen a company’s share structure.

With Northern Graphite, the crowd has ranked management’s capability and the asset potential highest. Bissett Creek is lower grade than most deposits out there, but it is big and highly scalable.

TCMR: What is the timeline to production for Focus?

CB: It is aiming for production in late 2013 or early 2014. I think the ultimate goal is to be able to produce 20 thousand tons (Kt)/year of 95% graphite, although I assume the company will ramp up to this amount rather than producing 20 Kt in year one. Focus’ next big catalyst is the release of its preliminary economic assessment. Lac Knife is a high-grade deposit, so we think the costs-per-ton are pretty favorable, and so the market is waiting to see confirmation of the initial economics. Strong economics and good metallurgical results are the keys here.

TCMR: Focus says it will be producing for about $350/ton (t), which would be quite low.

CB: It would be at the lowest I have seen, and puts Focus in a position to compete with the Chinese. At the end of the day, this is what matters. It’s really not accurate to say that Focus, Northern Graphite and Flinders are competing against each other because they aren’t. They’re competing against the lowest-cost producers—those who are in China currently.

TCMR: Flinders’ biggest advantage seems to be that it is in Europe.

CB: Yes, Flinders has a readymade market right in its backyard. It has a historical resource estimate of about 8.8 million tons at about 6.5% graphitic carbon. Flinders plans to release an updated resource estimate in the next month or so. That will tell us more about the footprint of the deposit and some potential economics. There are graphite mines in Norway, Germany and Austria, but there is a place for Flinders.

TCMR: Does Northern Graphite’s Bissett Creek deposit have a balanced footprint?

CB: Yes, its footprint is slanted toward higher-value graphite. When you look at graphite, you want a deposit that has predominately jumbo and large flake. That is because the highest-value graphite is actually spherical. You can reduce jumbo flake into a spherical shape, but you cannot take smaller flake and “upsize” it.

TCMR: Northern Graphite recently put out a release saying that it has created spherical graphite.

CB: Yes, the company has developed a proprietary process for creating spherical graphite and is working with Hazen Research and the National Research Council of Canada on continuing these tests and optimizing the entire process. For an additional $10M in capex, Northern Graphite can build a spherical graphite plant and I think this is sensible as it allows the company to capture the highest additional margin.

TCMR: When will Northern be in commercial production, and it will be rerated then?

CB: Its plan is to be in commercial production in 2014 and will ramp up production from there. I think it will be rerated between now and 2014 as the company has to raise $100M for capex and secure offtake agreements—two big challenges even in the best of times. However, successfully accomplishing these goals should give the share price new life, subject to the details.

TCMR: I have to ask you about vanadium, which seems to have been lost in the critical metals shuffle. What is the latest vanadium news?

“If the battery and energy storage businesses really find their legs, vanadium demand will explode.”

CB: Like graphite, vanadium has multiple avenues of demand. Right now, more than 90% of the vanadium produced is used to strengthen steel. If you look at growth in steel demand, you will see vanadium demand move in tandem. So assuming average GDP global growth increases at about 5%/year out to 2020, you can say vanadium demand would increase at about the same rate. Today, vanadium is a 60,000 metric ton (mt)/year market. Do the math, and you can see the potential for vanadium demand growth just from its steel application.

But one of the most exciting growth avenues for vanadium is energy storage. If the battery and energy storage businesses really find their legs, vanadium demand will explode. While vanadium redox batteries have not been widely adopted due to a host of factors, including cost, a great deal of R&D is underway. A breakthrough could tip the scales in favor of increased demand very quickly.

TCMR: Which up-and-coming vanadium players do you follow?

CB: The two companies I focus on are Largo Resources Ltd. (LGO:TSX.V) and American Vanadium Corp. (AVC:TSX.V)Denison Mines Corp. (DML:TSX; DNN:NYSE.A) is the only company that produces vanadium as a byproduct of uranium operations in the Western U.S. and it’s only a small amount at that.

TCMR: Largo plans to be in production on its Maracas vanadium-platinum group elements project in Brazil in late 2013. It has all the money it needs and is fully permitted. Why does the market not appreciate it?

CB: I think it is just a matter of time. In addition to what you listed, Largo has an offtake agreement with Glencore International plc (GLEN:LSE). The Maracas deposit is the highest-grade, undeveloped vanadium deposit in the world and it is fully funded for construction. Everything you would want to see in a junior that is close to production is embodied in Largo. The company needs to prove to the market that they can build the mine and graduate to the status of a producer. I think the roadblock here is psychological more than anything else.

TCMR: Where is American Vanadium in terms of development?

CB: It is further behind. American Vanadium’s main project is in Eastern Nevada, called Gibellini Hill. The company plans to build an open-pit mine and produce 11 million pounds of vanadium pentoxide per year by late 2014, maybe 2015. While the grade at Gibellini is lower than many would like at about 0.25% vanadium pentoxide, the deposit is at surface, it is scalable and it is in Nevada, one of the best mining jurisdictions in the world. The capital expenditure needed to bring this into production could be very favorable. I think this company will look to Asia for offtakes or joint venture partners to fund it through feasibility and into production.

TCMR: Why wouldn’t an American company partner with American Vanadium?

CB: Politically speaking, an American partner would be a much better fit. But a lot of American companies already have offtake agreements in place. It would be difficult for not just American Vanadium, but any junior to try and “break in” to these established relationships. There is huge demand in Asia for both infrastructure and energy storage applications and so American Vanadium focusing on that part of the world is a wise move.

TCMR: Chris, thank you for your time and insights.

Chris Berry, with a lifelong interest in geopolitics and the financial issues that emerge from these relationships, founded House Mountain Partners in 2010. The firm focuses on the evolving geopolitical relationship between emerging and developed economies, the commodity space and junior mining and resource stocks positioned to benefit from this phenomenon. Chris holds an MBA in finance with an international focus from Fordham University, and a BA in international studies from The Virginia Military Institute.

Want to read more exclusive Critical Metals Report articles like this? Sign up for our free e-newsletter, and you’ll learn when new articles have been published. To see a list of recent interviews with industry analysts and commentators and learn more about critical metals companies, visit our Critical Metals Report page.

DISCLOSURE:
1) Brian Sylvester of The Critical Metals Report conducted this interview. He personally and/or his family own shares of the following companies mentioned in this interview: None.
2) The following companies mentioned in the interview are sponsors of The Critical Metals Report:Medallion Resources Ltd., Tasman Metals Ltd., Rare Element Resources Ltd., Frontier Rare Earths Ltd., Orbite Aluminae Inc. and Northern Graphite Corp. Streetwise Reports does not accept stock in exchange for services. Interviews are edited for clarity.
3) Chris Berry: I personally and/or my family own shares of the following companies mentioned in this interview: Northern Graphite Corporation. I personally and/or my family am paid by the following companies mentioned in this interview: None. I was not paid by Streetwise Reports for participating in this interview.


“Petro-Pusher”: The Next Big Profit Phase of the Shale Revolution

According to the Department of Energy, up to 430 billion barrels of recoverable oil lay right here in the United States.

Exactly how much oil is this?

It’s…

  • 2x more than all the reserves of Saudi Arabia
  • 6x more than Mother Russia
  • More than Iraq, Iran, Kuwait, and Canada combined!

 

All of which makes it even harder to understand why we’re still dependent on any one of these countries for our oil.

The truth is it’s not because of politics… but simply because this oil is too difficult to extract.

You see, most people are surprised to learn that when it comes to crude, oil companies typically recover only the “low-hanging fruit”: just 10% to 20% of the oil in proven reserves.

That’s it. The rest is either too difficult or too costly to extract.

Think about that: Up to 90% of proven oil is simply abandoned by profit-hungry oil companies!

Now just imagine what it would mean if these companies could finally get to all this “leftover” oil.

If only they had the right technology…

If only the right technology even existed…

I’m here to tell you that it does.

What’s more, it’s already being used by some of the biggest oil companies on the planet…
Some of which are using it to increase individual well production by as much as 1000%!


No wonder an analyst with Max Capital Markets wrote: 

“The potential for this technology to be adopted by an entire industry is huge.”

Just as another recent technology — horizontal fracturing — has opened up so much natural gas in North America that there’s not even enough room to store it, so too will this new technology unleash billions and billions of barrels of domestic oil.

But first, let me show you the breakthrough technology that could easily allow the United States to triple its oil production almost overnight.


The “Earthquake” Effect

To understand how this technology works, it’s important to realize why it’s so difficult for producers to reach more than 20% of the oil beneath their feet.

To extract the oil, companies inject hundreds of thousands of gallons of water and carbon dioxide into the ground to push it into another well where it can be pumped out.

But instead of acting as one massive wave of pressure throughout the entire formation, water and CO2 flow the path of least resistance, with much of it seeping away into tiny rivers and nooks and crannies in the earth.

The result is that only a fraction of the oil can be recovered before there is nothing left but water and CO2.

Until physicists realized something…

For years, whenever an earthquake hit Alaska, oil production in the Western Canadian Sedimentary Basin soared.

Why?

Well, the closest explanation was that massive waves of energy moving at hundreds of meters a second were bound to break apart rock formations containing oil.

But that posed another question…

What if this same seismic energy could be safely stimulated to extract more oil?

In the late 90s, with oil still at $12 at barrel, one tiny company put this question to the test.

And the answer it came up with was a device so mind-bogglingly simple that it can be used right out of the box!

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All oil producers need to do is attach this device to the bottom of a fluid injection string…

Then this “Petro-Pusher” relentlessly pulses water through the ground at speeds of up to 100 meters per second.

untapped-oil-power-portfolio-caption

It’s this lightning-fast, nonstop pressure that forces thousands of more barrels of oil to the surface faster thanany other extraction method that has ever existed.

And it’s why, in some cases, the Petro-Pusher has increased individual well production as much as 1,000% — and secondary field recovery by 30% or more…

Last year, Core Energy almost doubled oil production at its carbonate pinnacle reef field from 46 barrels of oil per day (bpd) to 84 bpd…

At a formation in Crane County, TX, production soared 30%…

A Canadian operator in Alberta increased production by 52%…

Another operator based in Calgary increased production by 56%…

Small wonder why the Petro-Pusher is already being used by giants like Chevron, Penn West, Apache, BP, Halliburton, and others at more than 175 wells across North America…

Or why the number of drilling stations equipped with it has soared 3,300% since 2007.

Today, America… 
Tomorrow, the World

As exciting as all of this is, it’s just the beginning.

After all, extraction difficulties aren’t just a problem in the United States…

A whopping 65% of all the world’s proven oil reserves are also abandoned.

Now, just imagine what it would mean if companies could suddenly reach this oil.

Well, the folks over at BP don’t have to imagine…

According to a company memo:

The prize in enhancing recovery rates is enormous…
a 5% increase in recovery – a conservative increase thought to be achievable –
  would yield an additional 300 to 600 billion barrels.

Think about that for a minute…

The United States, the largest consumer of oil on the planet, plows through about 6 billion barrels per year.

Even at the low end of BP’s estimates, you’re looking at one company’s ability to produce enough oil to meet demand for more than 50 years.

And here’s the best part: It can all be done without drilling a single well.

That’s why oil companies are lining up for this technology.

The cost to find, drill, and develop a new oil field can total well over $20 billion.

The rentals on deepwater platforms alone run about a half million dollars per day!

And forget about all the regulatory issues involved with drilling new wells… These wells already exist.

All producers like BP have to do is use the Petro-Pusher at those old wells that still have a wealth of oil just sitting there, waiting to be extracted…

 

About Energy and Capital

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A Major Signal in the TSX Venture Exchange

The trading action on Friday was very important for junior oils—and very bullish.

The market rallied strongly, in spite of disappointment out of Europe on Thursday.

What’s even more impressive is the fact that traders were willing to buy big, and take on risk, before a long weekend.

But here’s what has just triggered my buy signal:

I saw double and triple crossovers of moving averages — such as the 10-day moving average (dma) moving above the 20 dma AND the 50 dma.

These tend to be more reliable signals, as they provide essentially smoothed data, and less frequent signals.

You see, this is one of those times when great investors flourish… seizing opportunities that can increase their portfolios by magnitudes.

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Fortunately I know the one junior oil producer that could excel the greatest in this uptrend.

It is growing the fastest, and the most profitably, of almost any other junior in Canada.

It’s my favourite North American oil stock for 2012; I see a lot of upside this year for the stock, in light of its strong and profitable production growth.

In fact the way this play has come together up to this moment is striking…

Last year the company acquired a huge oil resource—and was able to produce more per well than ever before. 

They brought in cash through smart Joint Venture agreements… and have blown the market away with much better drilling success than investors expected.  And the numbers continue to get better by the quarter.

They have low debt, high growth; they have both the balance sheet and the income to withstand market volatility.

On the whole, it’s a tremendous set-up for OGIB subscribers to win.

And you can prepare yourself to take advantage – of what could be a bullish run in the markets – by reading my free research right here.

Kind regards,

Keith Schaefer
Publisher, the Oil & Gas Investments Bulletin

CLICK HERE FOR ACCESS TO MY # 1 JUNIOR OIL PICK