Boxxer advances Empire with positive metallurgical test results

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CALGARY, Dec. 10, 2013 /CNW/ - Boxxer Gold Corp. (TSX Venture: BXX/OTC: BXXRF) ("Boxxer" or the "Corporation") is pleased to announce the results of the metallurgical testwork completed by Kappes Cassiday & Associates ("KCA") located in Reno, Nevada on representative samples of the mineralization from the Empire copper project located near Mackay, Idaho (for more information on the Empire Project see news release dated July 4, 2013).  Information and head grade assays for the samples tested are set out below;

KCA Sample #	Sample Weight (Kgs)	Client ID	Sample Description	Assay
				Cu (%)	Au (g/t)	Ag (g/t)
69501 69504	122.22 105.78	EM-13-MET-1 EM-13-MET-4	Exoskarn FeOx Clay Brecca	1.58 1.10	0.062 0.273	21.65 22.69

Two (2) sulfuric acid bottle roll leach tests were conducted on sample EM-13, MET-1 (KCA Sample No. 69501). One test was conducted for a leach period of 240 hours, utilizing a 10 kilogram portion of material crushed to a target size of 80% passing 19 millimeters. A second test was conducted for a leach period of 96 hours, utilizing a 1,000 gram portion of material that was ring and puck pulverized to a target size of 80% passing 0.075 millimeters. Each acid leach test maintained at a target concentration of 10.0 grams sulfuric acid (98%) per liter of solution. Results are shown below:

KCA Test  Number	Client ID	Sample Description	Crush size P80 (mm)	Head Grade Copper (%)	Calc. Head Grade Copper (%)	Copper  Recovery (%)	Leach  Time (hrs)	Acid Consumed (kg)
69905A 69905B	EM-13-MET-1 EM-13-MET-2	Exoskarn Exoskarn	17.1 0.075	1.58 1.58	1.69 1.52	52.0 95.0	240 96	22.9 34.4

One cyanide bottle roll leach test was conducted on sample EM-13, MET-4 (KCA Sample No. 69504). A 1,000 gram portion of the material was ring and puck pulverized to a target size of 80% passing 0.075 millimeters. The pulverized material was then leached for 96 hours at a target concentration of 1.0 grams sodium cyanide per liter of solution. Results for each sample are shown below:

KCA Test  Number	Client ID	Sample Description	Crush size P80 (mm)	Head Grade Gold (g/t)	Calc. Head Grade Gold (g/t)	Gold  Recovery (%)	Leach  Time (hrs)	Cyanide Consumed (kg)
69906A	EM-13-MET-4	FeOx Clay	0.075	0.273	0.166	76.0	96	4.19

 

KCA Test  Number	Client ID	Sample Description	Crush size P80 (mm)	Head Grade Silver (g/t)	Calc. Head Grade Silver (g/t)	Silver Recovery (%)	Leach  Time (hrs)	Acid Consumed (kg)
69906A	EM-13-MET-4	FeOx Clay	0.075	22.59	21.2	37.0	96	4.19

Boxxer's President and CEO, Elmer Stewart, explained; "the results of the metallurgical testwork are encouraging and indicates a high percentage of the copper present in the samples can be recovered in a relatively short period of time.  The copper recovery curve on bottle roll test EM-13-MET-2 shows that 85% of the copper could be recovered in approximately 25 to 30 hours. The next phase of testing to optimise the results of the current test work requires a trade off study to determine if heap leaching or agitated Vat Leaching is the appropriate method to maximize the recovery of the metals. We are continuing to evaluate the results for the gold and silver recoveries to determine what further test work should be conducted. These positive results will now allow the company to move forward in defining the future progress on the project. We expect to file an updated NI 43-101 report on the project within the next two weeks".

Sample Preparation Procedures;
The samples used in the metallurgical testwork represent two distinct styles of mineralization; a copper dominant style of mineralization and a copper-gold-silver style of mineralization.  The sample preparation procedures for EM-13, MET-1 (KCA Sample No. 69501 and EM-13, MET-4 KCA Sample No. 69504) were:

1. The sample material was stage crushed to 100% passing 75 millimeters. The stage crushed material was recombined, coned three (3) times and quartered.
2. Three (3) quarters were stored.
3. The remaining quarter was weighed and oven dried for moisture content. The dried material was then stage crushed to 100% passing 25 millimeters, and size adjusted to a target size of 80% passing 19 millimeters. The size adjusted material was recombined, coned three (3) times and quartered.
4. From the blended material, a 10 kilogram portion was split out and utilized for a coarse sulfuric acid bottle roll leach test. The remaining material was stored.
5. The remaining quarter was crushed to a nominal size of 1.70 millimeters, coned three (3) times and quartered.
6. From the combined two quarters, of 1.70 millimeter material, two (2) 200 gram portions were split out and individually ring and puck pulverized to a target size of 80% passing 0.075 millimeters. The pulverized portions were utilized for head analyses.
7. From the combined 1.70 millimeter material, a 1,200 gram portion was split out and ring and puck pulverized to a target size of 80% passing 0.075 millimeters. From the pulverized material, a 1,000 gram portion was split out and utilized for a sulfuric acid bottle roll leach test. The remaining material was stored.
   
   

Head Analyses:
Material utilized in head material was crushed to 100% passing 1.70 millimeters. From the blended minus 1.70 millimeter material, duplicate 200 gram splits were ring and puck pulverized to a target size of 80% passing 0.075 millimeters.  Total copper analyses were completed utilizing inductively coupled argon plasma-optical emission spectrophotometer (ICAP-OES) as well as FAAS methods.  Gold and silver analyses were conducted on duplicate 200 gram splits. Gold content was determined using standard fire assay methods with flame atomic absorption spectrophotometric (FAAS) finish. Silver content was determined using wet chemistry methods (4-acid digestion) with FAAS finish. Mercury as well as semi-quantitative analyses for a suite of individual elements and whole rock constituents was determined using ICAP-OES (lithium metaborate fusion/ICAP).  Sulfur and carbon content as well as sulfide and sulfate sulfur speciation was determined using a LECO CS 230 unit.

Elmer B. Stewart, MSc. P. Geol., President of Boxxer Gold, is the Company's nominated Qualified Person pursuant to National Instrument 43-101, Standards for Disclosure for Mineral Projects, has reviewed the technical information disclosed in this news release.

About Boxxer Gold Corp.
Boxxer is a Canadian junior resource company involved in the exploration for large polymetallic copper deposits in North America.  Boxxer's active projects include the Boss and Buena Vista copper projects in the state of Nevada, the Empire copper-gold-silver property in Idaho, the DOK copper-gold porphyry property in Northwest B.C., the East Breccia copper-silver- molybdenum property in Ontario.  Boxxer also has the Gordon Lake gold project located 110 kilometres north of Yellowknife NWT, Canada.

Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.

Forward-Looking Information:  This news release may contain certain forward-looking information. All statements included herein, other than statements of historical fact, are forward-looking information and such information involves various risks and uncertainties. There can be no assurance that such information will prove to be accurate, and actual results and future events could differ materially from those anticipated in such information. In particular, this press release contains forward looking information in relation to the completion of preliminary metallurgical testwork on several types of mineralization from the Empire project. There is no certainty that additional metallurgical testwork will increase the percentage copper recoveries or identify a methodology that can recover significant concentrations of copper-gold-silver or that any copper-gold-silver will be recovered. In addition, there is no certainty that Boxxer will exercise its option on the Empire Project. For any forward-looking information given, Management has assumed that the results it has received and reviewed in relation to the Empire Project and the interpretation thereof are reliable, and has applied interpretation methodologies which are consistent with industry standards. Although Management has a reasonable basis for the conclusions drawn, actual results may differ materially from those currently anticipated in such forward-looking information. A description of additional assumptions used to develop such forward-looking information and a description of risk factors that may cause actual results to differ materially from forward-looking information can be found in Boxxer's disclosure documents on the SEDAR website at www.sedar.com. Boxxer does not undertake to update any forward-looking information except in accordance with applicable securities laws.

SOURCE Boxxer Gold Corp.

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