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Channel Resources Receives Extension to Tanlouka Exploration Permit, Provides Tanlouka Project Update

Jan 3 2013 12:00AM

Marketwire

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VANCOUVER, BRITISH COLUMBIA -- (Marketwire) -- 01/03/13 -- Channel Resources Ltd. ("Channel" or the "Company") (TSX VENTURE: CHU) is pleased to announce that it has received a two-year extension to the exploration permit for the Tanlouka gold project in Burkina Faso, West Africa (the "Tanlouka Project") from an original expiry date of January 27, 2014 to January 27, 2016, by which time a mining lease can be established to allow for development to take place.

"This extension to the Tanlouka exploration permit gives the Company further opportunity to expand on its maiden resource at Mankarga 5 and to capitalize on the significant exploration potential elsewhere on the project before proceeding to development," commented Colin McAleenan, Channel's President and CEO. "We appreciate the Government of Burkina Faso's timely action on this issue, which further demonstrates its commitment to the development of the mining industry as a major economic driver for the country."

Tanlouka Project Update

The Tanlouka Permit is situated approximately 80 kilometres east of the capital city of Ouagadougou, and is proximal to a major highway, in an area of low population density with good local infrastructure. It is located along the eastern margin of the Markoye Shear Zone, a 450 kilometre-long first order crustal scale structure that hosts many of the largest gold deposits in Burkina Faso.

Mankarga 5 Deposit

Channel published its first National Instrument 43-101 Mineral Resource Estimate (the "Estimate") for Mankarga 5 deposit in July of 2012, achieving an important milestone in demonstrating the potential of the Tanlouka Project only two years after drilling the first hole in the area and with a discovery cost of approximately $5 per ounce. This Estimate contains Indicated and Inferred resources for both oxide and sulphide mineralization as tabulated below:

--------------------------------------------------------------------------                       Cut-off Grade     Quantity     Grade      ContainedClass      Rock Type         (g/t Au)     (tonnes)  (g/t Au)  Gold (ounces)--------------------------------------------------------------------------Indicated  Oxide                0.18    2,252,000      0.89         64,000           Sulphide             0.27   11,814,000      0.95        361,000                      ----------------------------------------------------                               Total   14,066,000      0.94        425,000--------------------------------------------------------------------------Inferred   Oxide                0.18    6,933,000      0.78        174,000           Sulphide             0.27   22,140,000      0.78        555,000                      ----------------------------------------------------                               Total   29,073,000      0.78        729,000----------------------------------------------------------------------------  Gold grades have been determined using Inverse Distance Squared    interpolation techniques into a 3-Dimensional block model constrained by    mineralization wireframes utilizing 20 metre (along strike) by 20 metre    (across strike) by 5 metre (vertical) blocks, with statistically derived    top cuts applied to three-metre composited grades.--  Whittle pit constraints assumed wall slopes of 26.5 degrees for oxide    and 45 degrees for sulphide mineralization.--  The base-case Mineral Resource Estimate assumes mining costs that are    based on heap-leach processing for oxide material and cyanide leach    processing for sulphide material. Metallurgical recoveries were based on    results of preliminary testing by SGS Canada Inc. on samples of Mankarga    5 sulphide and oxide mineralization.--  Specific gravity assumptions of 2.17 for oxide, 2.62 for sulphide and    2.70 for waste rock are based on measurements by the Company on 3,494    core samples from the Mankarga 5 deposit (approximately one sample for    every 4.5 metres of core drilled).

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