Peak Resources: low development cost, long life mine and high (for Tanzania) hopes of mineral diversity

Peak-Resources-TanzaniaIn 2012 gold made up 94% of Tanzania’s mineral exports. The country is the third largest gold producer in Africa, but now it wants to do more. A report out of Britain this week shows that the country is, by 2018, looking to diversify into other metals. The Business Monitor International report cites coal, nickel and uranium as new areas, but the quarterly report out this week from Peak Resources (ASX:PEK) reminds us that Tanzania is likely soon to be a player in the rare earth sector, with that company aiming to produce 10,000 tonnes a year. Apart from the minerals already mentioned, Tanzania is known to have significant deposits of cobalt, diamonds, niobium and silver. the government in Dar es Salaam has also cracked down on illegal tin mining and exporting in order to legalised tin exports so they contribute to the country’s foreign income earnings. Incidentally, Tanzania has now overtaken South Africa in terms of foreign investment in oil and gas exploration.

Peak has what it claims to be one of the largest and highest grading rare earth deposits in the world. Not that, so far at least, this has earned them much acknowledgement from the market. Peak’s shares are trading at A$0.077, well down from 2011 when they were nearly 10 times that.

The tendency is to take the latest quarterly report, note the main facts and leave it at that. (By the way, the June quarterly report has just been posted on the Investor Intel site so you can check that out for yourself.) But let’s look back to earlier quarterlies, progress reports and recent presentations and examine some of the salient points as to where Peak is heading.

Subscribe here to receive free daily InvestorIntel updates

Set aside the size and the grade, just look at the economics. Peak Resources has so far spent just A$16 million to get where they are today: extensive resource drilling, a scoping study and a pre-feasibility study. Capital cost for the mining operation has been slashed by 24% to $91 million. Estimated mine life is 58 years at 10,000 tonnes a year of rare earth oxides. Its latest study shows a net present value for the project of $1.005 billion.

The project itself has the following mix: Lanthanum comprises 27.1%, cerium 48.2%, and praseodymium 4.81% and neodymium 16.3%. But when you look at the output in terms of value, the picture seems quite different that the first impressions. Cerium will provide just 9% of the overall production value (4,545 tonnes a year) and lanthanum 8% (3,043 tonnes). By contrast, the 1,737 tonnes a year of neodymium will provide 47% of the mine’s output value, the 504 tonnes of praseodymium another 24%. A further 8% will come from the small amount of europium produced. Moreover, the praseodymium and neodymium coming from the Ngualla project in Tanzania will be less than the projected annual increase in global demand for those two rare earth elements: that rise in demand is projected to be 581 tonnes for praseodymium and 2,500 tonnes a year for neodymium.

Peak Resources is clearly straining at the bit to be the next new rare earth mine getting into business. As the quarterly notes, the company has had what it calls positive discussions with potential strategic partners from China and the Middle East, also discussions with financial institutions in Europe, the United Kingdom and Australia. Due diligence is now under way. There is also, the company says, strong interest from an unnamed party for a portion of the annual 10,000 tonnes of output.

Another significant passage in the latest quarterly report shows that, with all the financing problems of the past couple of years, rare earth companies are learning to be more adaptive in their approach to gaining a key partner. What Peak says it is looking for is a partner with the following attributes: technical expertise, access to low-cost debt, off-take capability and “cradle to grave” financing solutions. A tall order, true, but no doubt realistic if you are going to launch a technically complex thing like a rare earth mine.

 


Copyright © 2014 ProEdge Media Corp. All rights reserved. More & Disclaimer »
This entry was posted in Gold, Base & Precious Metals Intel, Market Commentary Intel, Rare Earth & Technology Metals Intel, Uncategorized by Robin Bromby. Bookmark the permalink.
Robin Bromby

About Robin Bromby

Robin Bromby is a journalist, author and sometime publisher who has had titles issued by mainstream publishers, including Doubleday, Simon & Schuster and Lothian Books. Robin began as a cadet journalist in 1962 with The Dominion, the morning paper in Wellington, New Zealand. He also worked for the NZ Broadcasting Corporation, TV1, the South China Morning Post, The Herald (Melbourne), the Sunday Times (Wellington), The National Times (Sydney) and, since 1988, he has been first a staff reporter and now columnist for The Australian and has been a Senior Editor for InvestorIntel since the onset.
  1. great article Robin, be very good for the rare earth sector if one of the hopefuls like Peak can get funded into production.

    at least Peak have low operating costs – unlike some others !

  2. They have low operating cost and low value product. The two go hand in hand. They low operating cost is based on burning sulphur at site in order to make acid and also recover the excess energy. They will also have a challenge of getting up with the complex chemical plant in Tanzania. They are also using a lot of other reagents such as Sodium Sulphate, caustic and Hydrochloric Acid. These will need to be imported into Tanzania and trucked to site. The careful examination of the costs assumed for these in their PFS is required?

    • This project will stretch to make money.
      LREE are less rare than people know. Real value is locked up in HREE. Check Crossland strategic metals if you want a real spec buy.

  3. Nice article Robin, but It is misleading to the uneducated reader to suggest that the deposit contains 27.1% Lanthanum, 48.2% cerium, 4.81% praseodymium, and 16.3% neodymium without also reporting what initial percentage of the total ore these figures are being calculated from. In Peak’s case, the total grade of rare earths is reported at 4.193%, good for rare earth projects but quite a bit less than the 96.41% the article suggests. I request that total grade be a prerequisite inclusion for future rare earth articles. It is an important statistic because it makes it easier for readers to visualize total tons of ore required for annual production. Thanks.

Leave a Reply

Your email address will not be published. Required fields are marked *

You may use these HTML tags and attributes: <a href="" title=""> <abbr title=""> <acronym title=""> <b> <blockquote cite=""> <cite> <code> <del datetime=""> <em> <i> <q cite=""> <strike> <strong>