ESO Uranium to Angle Drill near a Promising 1970’s Hole

“I look at about 100 different projects a year, most of which go into the round filing cabinet on my floor,” said Tony Harvey, the senior technical advisor to ESO Uranium (TSX: ESO), and formerly a senior manager of Wright Engineers-Fluor Daniels, which was involved with the design and construction of 14 mines worldwide. Harvey quickly ticked off what is necessary to attract his eye, “I need to see history. I need to see signposts before I give it any credence.” So why is he advising little-known ESO Uranium, after a long, prolific career? Harvey helped found Amex-listed Azco Mining, and more recently was a director of Mexican mining firm, Cobre del Mayo, which sold two of its last three mines, which he helped discover, to Phelps Dodge (NYSE: PD).

“I believe this one has a huge amount of history,” Harvey argued. “Not only have you got the Cluff Lake mine, which already confirms the presence of uranium, but you have got the Shea Creek drilling intercepts which validate it. We have the conductors streaming onto our property. We have the boulders, which is also another sign post.” The boulders, of which Tony Harvey refers, are the six uranium-mineralized boulders near the ESO Uranium project on the company’s Cluff property. Near those boulders, a promising drill hole from the 1970s indicated 0.85% U3O8 over 2.3 meters. It was all but forgotten until the recent explosion of exploration activity in Saskatchewan’s Athabasca Basin, an area which has helped Cameco (NYSE: CCJ) grow into a company with a market capitalization of nearly $12 billion.

What ESO Uranium’s geological team will be looking for at the company’s Cluff property are Cluff Lake style uranium deposits in basement rocks with the Carswell structure close to the unconformity with sandstones of the Athabasca group.

Drilling in the Meteor’s Wake

“The value of the ore extracted at the Cluff mine, in today’s terms, would be equivalent to $2.6 billion,” explained Harvey. “That’s how much was extracted at the Cluff mine.” The company’s vice president of exploration, Benjamin Ainsworth, who is both a senior geologist and a mining engineer, helped explain the Cluff structure. “A meteorite probably impacted at this location and with sufficient force to break right through the layers of Athabasca sandstone on the surface. On rebound, basement rocks got lifted back up. In bouncing back out, it also lifted up the surrounding Athabasca rocks and tipped them up, if you can imagine, like an opening flower.” As a result, the basement got lifted up to the surface and made it easier to find and mine the uranium at Cluff. Ainsworth added, “The significance of that for me and our group is that shows very high grade uranium deposits in the western side of Athabasca.”

Drilling a property helps the geological team better understand the area. Since the Cluff property was mined out, two decades ago, additional scientific study has opened up new doors. At the 67th Annual Meteoritical Society Meeting, University of Quebec Earth Science professors presented a paper entitled, “A Re-Evaluation of the Size of the Carswell Astrobleme.” The Montreal scientists concluded in the 2004 annual conference held in Brazil, “The Carswell impact structure is therefore older and larger than previously estimated… the central uplift considered to be under the annular dolomitic unit would suggest a crater size in the basement of 118 to 125 kilometers wide.” While some believe the meteor hit about 478 million years ago, recent evidence suggests it may have been closer to 1.8 billion years ago.

Angle Drilling This Time

ESO Uranium plans a six-hole drill program to learn more about their Cluff property. The first hole hopes to confirm what was found earlier, “We’re going to drill right up against the CAR-425 hole drilled originally in the 1970s, which indicated uranium of about 0.85 percent U3O8 over 2.3 meters.” They will drill adjacent to the uranium-mineralized boulders. Ainsworth explained how the company’s strategy is different from previous drilling, “We’re drilling angle holes to give us a better opportunity to find more of the structures that can be carrying mineralization in that sort of system.” In the 1970s, holes were vertically drilled. Harvey added, “We’re going to be stepping out to the southeast, which bring us then closer to the original Cluff mine.” The company plans 150 to 200-meter holes. Ainsworth noted, “The CAR-425 drill hole, which we’re coming up close to, is 146.5 meters deep.”

Robert Beckett, ESO Uranium’s exploration manager, agrees about the 55 degree angle holes the company will be drilling at the Cluff property, “They were drilling vertical holes, and we’d like to go back and check it with an angle hole on the theory, which we interpret as some kind of subvertical system.” Beckett talked about additional drilling to the south, after the property had been explored, revealed “the structure extends from the edge of the basin all the way through Shea Creek.” He added, “We believe it extends onto our property to the north at 11 o’clock, just to the north. We see the extension of those conductors coming up through Shea Creek – conductors and by extension, structures, extending up onto our property. And the structures are the key thing – the destruction of the upper fold and the unconformity in the bedrock, it gives you the right kind of conditions for the deposition of uranium.” Before Beckett joined ESO Uranium, he had been district geologist for Esso Minerals and for the Saskatchewan Mining Development Corporation, which later merged with El Dorado Nuclear to become Cameco Corp. He was the exploration manager at Midwest Lake and the project manager of the Port Radium mine.
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In two previous columns, we talked about how quality management attracts Publicity, or PR. Nearly every company is constantly trying to attract the attention of the media. What brings the media to a company’s door? That’s what every public relations man or woman would love to know. For this is what PR people get paid to obtain for their clients.

Quality management is certainly a key motivation in attracting a reporter’s attention. This helps persuade the reporter or a radio/TV producer that the proposed interview isn’t going to be with someone who has “nothing to say” or just rehashing a cliché or tired, old story. The higher the title and the better known a company, the greater the “impingement” a PR pitch (that’s what publicity people use to sell a reporter) impacts upon a member of the media. If someone from the publicity department at Microsoft calls Fortune magazine to ask about profiling Bill Gates, the pitch will have major impingement value. Few names have this kind of clout, either personally or corporately.

In any event, the senior editor of the major magazine will still inquire about the story angle. The editor will want to know, “What are we going to talk about?” Ultimately, it is the outstanding story that sells magazines or newspapers, not just the big name. Not all such stories involve a big name speaking or spouting his thoughts for the day. Often, better stories evolve when there is a strong newsworthy angle. Let’s look at two recent stories – one which involves a uranium company and another one about a coalbed methane (CBM) company, which we’ve covered in this column.

On Thursday, Pacific Asia China Energy (PACE) was featured in the Financing section of Canada’s Globe and Mail newspaper. Headlined “High-Energy Performer,” the opening sentences told us why the reporter was interested: “PACE holds contracts to help China explore for and develop its coalbed methane (CBM) resources – fuel China needs to help satisfy its energy demands.”

The big story, which drew the newspaper to Pacific Asia China Energy, was China. PACE piggybacked that story because the company may be helping to offer a legitimate solution to the country’s energy mix. Part of the big story is the possible size of the recoverable gas, estimated in a technical report by Sproule International to be as large as 11.2 trillion cubic feet of gas.

Those two items enhanced the reporter’s interest in PACE. China needs alternative energy sources, such as CBM, to improve their energy mix – from a near total dependence upon coal. And, PACE has a potentially huge resource, which could last a good number of years. Such a gas resource could be sufficiently large to make an impact on China. After all, China has proven reserves of a little more than 30 trillion cubic feet. Another 11 trillion cubic feet, should the potential be proven up, would represent a significant increase of available gas in a very large country. By itself, this could later develop into a major international energy story, reported upon by a great number of news media. Another impingement about the reporter is having the satisfaction of reporting upon a good story, well before others write the story.

Chatter in the newsroom:
“Did you hear about PACE’s gas discovery in China, Bob?”
Bob’s Reply: “Oh that one. Yeah, I wrote about it eight months ago!”

Therefore, there are multiple impingement points in this story. Each “draw,” or a reason to attract eyeballs to the story, is another point the story must score, for the reporter and his editor, to overcome the hurdles of being featured in a major publication. China is a draw. The size of the PACE coalbed methane gas resource is a draw. The potential impact upon China’s energy mix is a draw. Writing about it before the rest of the pack jumps on the bandwagon? That’s a draw, too. In this case, four draws sufficiently attracted media coverage for this small CBM development company.
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Interviewer:
Before we talk about the potential of uranium shortages and the steep price rise in that energy source, could you explain how you got started with this idea, and what is the philosophy behind Strathmore’s acquisition program of uranium properties?

Dev Randhawa:
Several years ago, Strathmore Minerals started with the idea of acquiring properties “out of the money” at very cheap prices in the belief that the uranium prices would recover so that our assets would be worth more. No one was paying attention to the commodity we chose: uranium. Strathmore Minerals is basically a call on the price of uranium. That’s how we started the company. This strategy is similar to what Lumina Copper (AMEX: LCC) used and what Silver Standard used. For example, the chairman of Silver Standard Resources (NASDAQ: SSRI) is on our board of directors. Our first step was to buy every pound we could for as cheaply as possible. The second step is to buy property that we think we can put into production. We are actively looking for those.

Interviewer:
But uranium has a powerful environmental stigma. Why, then, are you enthusiastic about this type of energy source?
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Guess what? Our recent investigation shows the uranium to be enriched in the LES/Urenco proposed enrichment facility in Lea County, New Mexico may come neither from uranium properties in New Mexico nor anywhere else in the United States. Just as New Mexico’s nuclear/uranium mining renaissance was ready to get underway, a deal may have already been cut to enrich uranium mined in a foreign country. Louisiana Energy Services (LES), through the consortium’s general partner Urenco Ltd., may have struck a deal with Canadian-based Cameco Corp. Will this uranium come from Canada or Kazakhstan?

According to New Mexico State Senator Carroll H. Leavell, the uranium ore to be enriched at the facility near Eunice, New Mexico facility would be coming from outside the United States. Senator Leavell told StockInterview, “The uranium ore will be coming out of Saskatchewan.” When we asked if the uranium to be enriched in New Mexico would come from the Athabasca Basin, an area hosting the world’s richest grades of uranium and which is also located in northern Saskatchewan, Senator Leavell claimed he wasn’t sure where the Athabasca Basin was. But he told us that Urenco Ltd informed him the uranium was coming from that western Canadian province.

We can only speculate the uranium producer might be Cameco Corp. On July 22, 2002, Cameco signed a Memorandum of Agreement with LES, along with Urenco Ltd, Westinghouse Electric Company, Fluor Daniel and the affiliates of U.S. utilities: Exelon, Duke and Entergy. In an email response to our inquiry, earlier this week, Netherlands-based Urenco Ltd Communications Coordinator April Wildegose-Mistry informed us, “Cameco Corp was part of the original LES project. They pulled out around March 2003 as they needed to focus on other business issues.”
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