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Regional Map of Labrador's Iron Ore Mining District |
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Drill Location Map (Geology) |
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Drill Location Map (Magnetics) |
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Drill Location Map (Gravity - Bouger Anomaly) |
The Kamistiatusset iron ore
property is located in the heart of the iron ore mining district in western
Labrador, Canada. The 2,125 hectare property was staked by Altius in 2004 on the
basis of known iron ore prospects discovered by Labrador Mining and Exploration
Company (LM&E) in the late 1940's and 1950's.
2009-November Update - Project Agreement Executed
Altius entered into an agreement with a private company with respect to its
Kamistiatusset iron ore project in November 2009. A primary condition of the
agreement is that the private company is obligated to form a new public company
(“Newco”) that will focus on the western Labrador iron ore mining district of
Canada. Newco is wholly responsible for the recruitment of a Management and
Board acceptable to Altius. Organization of the board, management and capital
structuring of Newco is presently underway and will be reported upon once
completed.
Altius will retain a 100% interest in the Kamistiatusset project until such time
as Newco incurs $5 million in exploration expenditures on the property. At that
time Altius will transfer its 100% interest in the project to Newco in exchange
for a 3% gross sales royalty and for an initial 50% equity interest in Newco.
Exploration Results
In 2008, a 6008 meter, 24-hole, diamond drilling program was conducted in three
principal target areas (Mills Lake, Mart Hill and Rose Lake) to test zones of
iron formation associated with coincident gravity and airborne magnetic
anomalies. Iron mineralization was encountered at all 3 targets, however, the
widest intervals of iron mineralization were noted in the Rose Lake area. Iron
formation at Rose Lake has now been traced by drilling for ~1.2 kilometres along
a portion of an interpreted major regional scale fold structure (syncline) and
the coincident magnetic anomaly extends for more than one kilometre wide at the
widest point and more than four kilometres long. Only eleven drill holes
positioned 200 metres to 400 metres apart have been drilled in this large target
area, thus additional drilling is required to fully test this target area and to
provide a basis for a resource calculation.
| Click here to view the entire Table of Drill Hole Results from the Kamistaitussett Property |
Altius is encouraged by the results of the 2008 drill program as the indicated grades and iron formation thicknesses in this area compare favourably with producing iron ore mines and development projects in the district. These encouraging drill results indicate the significant iron ore potential on the property.
Table illustrating gradeS of iron ore deposits in Labrador West|
Deposit |
Fe % |
magnetite |
MgO % |
CaO % |
Mn % |
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IOC average1 |
38.9 |
19.0 |
1.42 |
2.07 |
0.33 |
|
Wabush Mines2 |
35.8 |
3.6 |
n/a |
n/a |
< 1.44 |
|
Bloom Lake3 |
29.76 |
10.54 |
2.17 |
2.33 |
n/a |
1 Cotnoir et al., 2002.
2 Farquharson et al., 2006
3 Allaire et al., 2007
Preliminary Metallurgical Tests
(2009)
Altius recently received positive metallurgical results from a test program of
the beneficiation characteristics of magnetite-rich iron formation from the
Kamistiatusset project. Please see the following link to the final report (Click
Here) from SGS Lakefield regarding the bench-scale testing of a single
sample from the property that includes results of preliminary grindability and
beneficiation through low-intensity magnetic separation and Mozley gravity
separation on one 150 kilogram mini-bulk sample representing the magnetite-rich
zone in iron ore.
A complete review of the 2008/09 program is ongoing in order to devise a follow up program for 2010.
Also see the following links below to a summary document and PowerPoint presentation of the Kamistiatusset project results.
- Summary Document (October 9, 2009)
- PowerPoint Presentation (Summer 2009)
*Altius employs a stringent industry standard of QA/QC protocols. For further information please see the following link - QA/QC