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La Blache Project

The La Blache Property comprises 48 claims and covers 2,653.25 hectares of ground approximately 100km north of the community of Baie-Comeau, Quebec. The property is part of the La Blache Anorthosite Complex and hosts the Farrell-Taylor magnetite-ilmenite deposit.


Originally discovered in the 1950’s, various exploration programs have been conducted through the years. The most advanced study results were presented in a 2012 resource estimation report from SGS. Drilling on the property has delineatedfor a large inferred resource at Farrell-Mason. Preliminary metallurgical work has also been conducted resulting in high recovery of Iron, Titanium and Vanadium from the Farrell-Taylor deposit.

 

La Blache Property Highlights

  • Explorational diamond drilling shows property contains recoverable iron, titanium and vanadium oxide resources
  • Main Farrell-Taylor deposit amicable to open pit mining process
  • Stable, developed mining jurisdiction of Quebec
  • Connection to infrastructure
    • Logging roads to the property
    • Available workforce
    • Deep water freight port ~120km from the property
    • Rail is ~150km from the property

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Regional Geology Map of Quebec Showing the La Blache Area.

 

Farrell-Taylor Deposit

As reported in the 43-101 developed by SGS, between 2010 and 2011, a diamond drilling campaign, preceded by the grassroots exploration. This work confirmed not only the presence of several massive to disseminated oxide occurrences, but also their continuity and consistent Iron, Titanium and Vanadium grades across the entire length of the La Blache Anorthosite Complex.


Preliminary metallurgical testing of the oxide mineralizations indicated 90% recovery of Iron and 95% recovery of Vanadium into a final high-purity product. A TiO2 product suitable for further processing to pigment-grade TiO2 was fully recoverable in testing. The property’s resource estimate is 101,700,000t @ 59.7% Fe2O3 (41.76% Fe), 18% TiO2 and 0.33 V2O5 (0.18% V) at a cut-off of 5.1% TiO2Eq.

 lablache chart1

Dated: May 14th, 2012 - *Rounded to nearest 10k

Estimates assume an open-pit mining scenario, with mining, processing, and G&A costs of $US 115/tonne, Price assumptions: V2O5 @ US$ 13.50/kg, Fe2O3 @ US$ 0.12/kg, TiO2 @ US$ 2.50/kg

Recoveries used: 90% Fe, 95% V 100% TiO2 TiO2Eq Calc: TiO2 (%) + (V (ppm)*1.7852*0.0001*5.4) + (Fe2O3 (%)*0.033) Relative density used: 4.6g/cm3

CIM Definitions were followed for mineral resources and all tonnes are inferred mineral resources

Mineral resources which are not mineral reserves do not have demonstrated economic viability. Inferred mineral resources are considered too speculative geologically to have economic considerations applied to them that would enable them to be categorized as mineral reserves. There is also no certainty that these inferred mineral resources will be converted to the measured and indicated categories through further drilling, or into mineral reserves once economic considerations are applied. 

 

Geographic and operational advantages


The La Blache property is in the North Shore region of the province of Quebec, making it part of the Grenville Geological Province. The Grenville Province extends for more than 2,000 kilometers in length and skirts the North Shore of the St-Lawrence River. Its width varies from 300 kilometers to 600 kilometers and forms the south east segment of the Canadian Shield. The Archean rocks of the Superior Province and the Proterozoic rocks of the Otish Basin are separated from the Grenville Province by the Grenville Front.


The Grenville consists of gneiss domes and basins with complex and irregular structural patterns, intrusive rocks of variable composition, from gabbro to alkaline rocks. The lithologies are divided into three major units: the gneissic and intrusive rocks of varied composition of the Hulot Complex, intrusive rocks that include the east-west trending La Blache Anorthosite Complex, and late cross-cutting gabbronorites, gabbros, diabase, mangerites, granites and pegmatites. La Blache Anorthosite Complex is an almost ellipsoid batholith of 35 km by 20 km within intrusive rocks that extends for 100 km The mineralization on the property is composed of veins, dykes, lenses and tubular bodies of massive titaniferous magnetite linked to anorthosites.


The resources necessary for a mining operation (labor force, supplies and equipment) are readily available, as the Côte-Nord area is served by geological and mining service firms in the Sept-Iles-Port Cartier area and in Labrador City, Labrador. The economic and industrial development in the region is based on mineral, forest and hydroelectric resources. The area is served by the shipping port of Baie-Comeau, which is navigable year-round. Baie-Comeau, with more than 30,000 inhabitants, is the closest city with a full range of services are available there.

lablache2

 

MISSION STATEMENT

Temas Resources Corp. ("Temas Resources") (CSE: TMAS) (OTCQB: TMASF) is responding to the growing global demand for Iron ore and two strategically important minerals — Titanium and Vanadium — deemed by the U.S. Department of the Interior as critical to U.S. national security and the economy.

Contact Info

Temas Resources Corp.

890-1140W Pender Street 
Vancouver, British Columbia
CANADA

Phone: +1 (604) 428-9480
Email: ir@temasresources.com

 

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