Braeval Mining Corporation Files Technical Reports on Mexico and Peru Projects and Reports Recent Drilling Results at Snow Mine

TORONTO, ONTARIO--(Marketwire - Feb. 25, 2013) -

Editors Note: There is an image associated with this press release.

Braeval Mining Corporation (TSX:BVL) ("Braeval Mining" or the "Company") is pleased to advise that it has today filed technical reports regarding the Guaynopa project in Mexico and Lithocaps project in Peru on www.sedar.com pursuant to National Instrument NI-43-101 - Standards of Disclosure for Mineral Projects. Braeval is also pleased to report information obtained from tunnel sampling and drilling work completed at its Snow Mine project.

Guaynopa Gold Skarn Project

The Guaynopa gold skarn project is located in the State of Chihuahua within the Sierra Madre Occidental precious metals mineral province of northern Mexico. The Corporation has optioned six mining concessions with a total area of 1,110.19 hectares in a region with known historic copper-gold workings.

Gold-bearing skarns at Guaynopa are observed in surface and old workings as tabular bodies attaining widths ranging from 1 to 10 meters and lengths from 2 to 50 meters. The skarn bodies are composed of massive magnetite with garnet and pyroxene. An overprinting hornblende-chlorite-calcite event contains 1% to 5% disseminated mixed sulphides (pyrite > chalcopyrite >> pyrrhotite + galena + sphalerite). The observed assemblage is typical of oxidized magnetite-gold skarns. The magnetite-rich bodies can occur as vertical fault-controlled feeders, as steeply dipping bodies along contact zones with the intrusive rocks, as gently dipping bodies on the bottom or the top of diorite sills, or on the top of the main diorite stock. Many prospects are known to occur along the NW flank of the intrusive stock.

Rock sample analyses indicate that gold mineralization is restricted to the magnetite > garnet-pyroxene-amphibole skarn assemblage that contains 1% to 5% disseminated sulphides (pyrite>chalcopyrite>>pyrrhotite), with gold values exceeding 2.5 g/t being accompanied by anomalous Cu-As-Mo-Bi-Ag contents. The best gold showings are located along the northern and western contacts between the diorite stock and its sedimentary host rocks. Other mineral occurrences were observed in veins, cutting the diorite stock at La Victoria prospect that is interpreted as an area with sub-horizontal sill bodies with potential to host high grade manto-type mineralization. Magnetic and IP geophysical surveys were completed on the Guaynopa project.

The geophysical grid consisted of a set of nineteen N/S lines spaced at 100 meters with an average line length of 3km. The magnetic survey totaled 51 line-km and the IP survey totaled 19.8 line-km.

The Morelos and Los Filos gold skarns in Guerrero are interpreted to be analogs for the Guaynopa skarn. Braeval Mining plans to carry out a drill program at Guaynopa to test outcropping and concealed gold skarn targets.

There are no mineral resource estimates at Guaynopa.

Lithocaps Project

The Huancavelica Lithocaps Project is located in the Provinces of Huancavelica and Castrovirreyna, Department of Huancavelica, Republic of Peru. The latitude and longitude for the Arcopunco Project is 13° 2' 18"S, 75° 2' 19"W, and the Terciopelo Project is at 12° 56' 4"S, 75° 2' 26"W. Altitudes in the project are between 3,600 m and 5,298 m above mean sea level. The project is about 245 km south east of Lima. Braeval Mining owns and has optioned 35 mining concessions and applications with a total area of 23,290 hectares. The projects are in the Huachocolpa mining district which has historical and active mining for silver, lead, zinc and copper.

The exploration targets in the Arcopunco and Terciopelo Projects are porphyry Cu ± Mo ± Au ± Ag deposits concealed beneath extensive zones of lithologically controlled advanced argillic alteration known as lithocaps. The lithocaps contain high sulfidation epithermal gold-silver mineralization, on which exploration by a previous company was focused, with low grade results. The lithocaps at Arcopunco and Terciopelo have been fairly deeply eroded to remove most of the stratovolcano morphology and expose higher temperature advanced argillic mineral assemblages, as well as patchy and wormy texture alteration. Quartz veinlets are present in and below the patchy texture alteration at both projects, shown in outcrop at Arcopunco and in drill core at Terciopelo. Previous drilling at Terciopelo has shown that patchy texture alteration overlies a porphyry system with phyllic and potassic alteration, thus validating the exploration model. Molybdenum is anomalous in the deep lithocap of both systems, with up to 0.037% Mo over 6.2 m at Arcopunco and 0.037% Mo over 39.4 m at Terciopelo. Braeval Mining plans to carry out programs of deep drilling in the Lithocaps Project to test the porphyry targets.

There are no mineral resource estimates at the Lithocaps Project.

Snow Mine Project

The results obtained from underground workings and the first two diamond drill holes are presented below. The location of the mine samples and drill holes is shown on Figure 1.

• A total of 150 rocks samples were taken in five artisanal underground mines named La Virgen, Los Barrera, Los Chuchacos, Dios Es Amor and La Nevera. The samples are channel samples varying in width from 0.2 m to 2.5 m, with an average of 0.97 m, as well as some bulk samples of mine production and one select sample. The sample values are reported in the following table.

Sample No		EAST		NORTH		ELEVATION		SAMPLE TYPE		LENGTH (m)		WIDTH (m)		Au (g/t)
1021803		584,888.17		930,405.29		864.00		CHANNEL		1.08		0.2		6.846
1021804		584,887.98		930,406.35		864.00		CHANNEL		0.26		0.2		6.929
1021805		584,873.65		930,402.81		868.00		CHANNEL		1		0.2		7.475
1021806		584,874.62		930,402.69		868.00		CHANNEL		0.7		0.2		8.662
1021807		584,877.09		930,402.37		868.00		CHANNEL		0.6		0.2		5.879
1021808		584,878.47		930,402.40		868.85		CHANNEL		1.15		0.2		17.8
1021809		584,879.79		930,402.92		868.85		CHANNEL		1.1		0.2		60.4
1021810		584,881.54		930,405.80		868.85		CHANNEL		0.4		0.2		38.7
1021811		584,881.79		930,404.83		868.85		CHANNEL		1.05		0.2		6.582
1021812		584,882.08		930,403.72		868.85		CHANNEL		1.23		0.2		24.6
1021813		584,884.02		930,404.12		868.85		CHANNEL		0.7		0.2		23.7
1021814		584,885.99		930,404.65		868.85		CHANNEL		0.9		0.2		34.5
1021815		584,887.98		930,405.03		867.20		CHANNEL		1.26		0.2		22.3
1021816		584,889.81		930,405.86		868.85		CHANNEL		1.2		0.2		13.6
1021817		584,895.95		930,409.52		868.00		CHANNEL		1.8		0.2		2.574
1021818		584,894.18		930,407.54		868.85		CHANNEL		1		0.2		64.75
1021820		585,325.10		930,357.20		863.00		CHANNEL		0.35		0.2		36
1021821		585,327.97		930,358.66		863.00		CHANNEL		0.4		0.2		3.905
1021823		585,326.22		930,358.94		864.10		CHANNEL		0.2		0.2		6.241
1021827		585,316.01		930,358.02		866.70		CHANNEL		0.2		0.2		2.653
1021828		585,315.91		930,358.19		866.60		CHANNEL		0.38		0.2		0.041
1021829		585,314.53		930,357.54		866.70		CHANNEL		0.3		0.2		0.247
1021831		585,323.34		930,357.70		862.00		CHANNEL		0.4		0.2		0.259
1021832		585,323.20		930,358.07		861.83		CHANNEL		0.6		0.2		0.033
1021833		585,309.20		930,353.10		860.00		CHANNEL		0.36		0.2		15.7
1021834		585,309.01		930,353.41		859.82		CHANNEL		0.25		0.2		1.37
1021835		585,307.56		930,352.88		860.00		CHANNEL		0.35		0.2		0.227
1021836		585,304.85		930,353.15		862.00		CHANNEL		0.35		0.2		0.163
1021837		585,307.25		930,354.48		864.10		CHANNEL		0.25		0.2		0.452
1021838		585,314.43		930,416.55		865.00		CHANNEL		0.35		0.2		0.015
1021839		585,314.47		930,416.20		865.00		CHANNEL		1.8		0.2		0.415
1021840		585,314.62		930,414.42		864.94		CHANNEL		1.5		0.2		0.279
1021841		585,315.23		930,409.55		865.20		CHANNEL		1.6		0.2		1.661
1021842		585,315.51		930,407.98		865.15		CHANNEL		1.4		0.2		0.492
1021843		585,315.56		930,406.59		865.10		CHANNEL		2.5		0.2		0.942
1021844		585,315.78		930,404.11		865.01		CHANNEL		2.5		0.2		0.097
1021845		585,316.04		930,401.64		864.92		CHANNEL		1.45		0.2		0.029
1021846		585,316.09		930,400.20		864.87		CHANNEL		1.2		0.2		1.841
1021847		585,316.20		930,399.01		864.83		CHANNEL		2.3		0.2		0.609
1021848		585,316.32		930,396.73		864.75		CHANNEL		2.22		0.2		0.353
1021849		585,315.58		930,393.91		865.30		CHANNEL		0.57		0.2		0.141
1021851		585,315.97		930,383.91		864.30		CHANNEL		0.37		0.2		0.308
1021852		585,313.81		930,383.83		864.50		CHANNEL		0.5		0.2		0.539
1021853		585,318.27		930,383.88		864.30		CHANNEL		0.5		0.2		0.116
1021854		584,925.30		930,413.87		867.00		CHANNEL		1.43		0.2		31.7
1021856		584,919.71		930,413.31		871.00		CHANNEL		0.62		0.2		24.6
1021857		584,920.45		930,412.97		865.70		CHANNEL		0.87		0.2		135
1021858		584,911.34		930,411.85		865.00		CHANNEL		0.75		0.2		17.4
1021859		584,909.16		930,412.06		867.00		CHANNEL		0.76		0.2		3.319
1021861		584,914.72		930,412.13		867.55		CHANNEL		0.87		0.2		22.8
1021862		584,909.44		930,413.24		870.00		CHANNEL		0.92		0.2		2.81
1021864		584,907.17		930,413.22		871.81		CHANNEL		0.6		0.2		4.943
1021868		584,924.73		930,415.08		875.00		CHANNEL		1.8		0.2		14.2
1021869		584,923.69		930,415.05		875.75		CHANNEL		0.4		0.2		12
1021870		584,938.25		930,412.27		875.00		CHANNEL		0.4		0.2		47.4
1021872		584,925.05		930,409.59		875.75		CHANNEL		0.87		0.2		15.2
1021873		584,933.24		930,410.94		873.00		CHANNEL		0.6		0.2		30.3
1021874		584,915.90		930,409.82		873.00		CHANNEL		0.5		0.2		0.44
1021875		584,916.88		930,409.85		873.80		CHANNEL		0.25		0.2		39
1021876		584,919.60		930,409.70		865.00		CHANNEL		0.45		0.2		25.6
1021877		584,923.86		930,410.02		865.50		CHANNEL		0.4		0.2		8.486
1021878		584,928.69		930,411.12		865.00		CHANNEL		0.9		0.2		23.5
1021879		584,924.80		930,414.72		879.00		CHANNEL		1.7		0.2		16.6
1021880		584,920.08		930,413.97		879.70		CHANNEL		1.1		0.2		69.6
1021881		584,924.35		930,412.86		879.70		CHANNEL		1.21		0.2		12.3
1021882		584,894.80		930,408.85		868.85		CHANNEL		0.22		0.2		26.3
1021883		584,895.25		930,407.66		868.85		CHANNEL		0.45		0.2		64.5
1021887		584,918.70		930,412.89		867.55		CHANNEL		1.2		0.2		11.8
1021888		584,907.29		930,412.56		872.00		CHANNEL		0.75		0.2		0.239
1021889		584,922.99		930,414.67		875.75		CHANNEL		1.7		0.2		34.3
1021891		584,924.24		930,412.66		875.75		CHANNEL		1		0.2		0.873
1021892		584,924.49		930,413.85		875.66		CHANNEL		1		0.2		35.4
1021893		584,920.92		930,409.34		875.00		CHANNEL		1		0.2		140
1021894		584,922.54		930,409.37		875.75		CHANNEL		0.38		0.2		101
1021896		584,922.47		930,409.74		875.69		CHANNEL		0.97		0.2		0.116
1022001		585,314.65		930,413.48		865.00		CHANNEL		1		0.05		1.098
1022002		585,313.41		930,392.49		865.00		CHANNEL		0.7		0.07		0.566
1022003		585,315.73		930,392.30		865.00		CHANNEL		1		0.05		1.839
1022004		585,313.80		930,383.16		865.00		CHANNEL		0.7		0.07		0.178
1022006		585,315.53		930,383.05		865.00		CHANNEL		0.7		0.07		0.123
1022007		585,317.89		930,382.96		865.00		CHANNEL		0.8		0.07		0.055
1022008		585,319.07		930,383.03		865.00		CHANNEL		0.8		0.07		0.31
1022009		585,321.84		930,358.18		864.50		SELECT						4.328
1022010		585,312.01		930,355.67		865.00		CHANNEL		0.7		0.07		0.814
1022011		585,347.00		930,530.00		869.00		BULK						9.36
1022012		585,356.00		930,529.00		867.00		BULK						10.3
1022013		585,349.00		930,530.00		864.00		BULK						11.1
1022014		585,118.00		930,419.00		877.00		BULK						14.9
1022015		584,968.00		930,392.00		881.00		BULK						22.6
1022016		584,919.00		930,409.00		819.00		BULK						28.6
1022017		584,919.00		930,409.00		819.00		BULK						38
1022018		584,537.20		928,740.48		916.00		CHANNEL		0.8		0.15		1.278
1022019		584,537.39		928,739.77		916.00		CHANNEL		0.75		0.15		8.96
1022020		584,537.66		928,738.82		916.00		CHANNEL		1		0.15		0.738
1022021		584,537.80		928,738.27		916.00		CHANNEL		0.6		0.15		7.63
1022022		584,538.04		928,737.30		916.00		CHANNEL		1		0.25		5.736
1022023		584,538.33		928,735.69		916.00		CHANNEL		1.65		0.15		0.393
1022024		584,538.76		928,734.11		916.00		CHANNEL		1.65		0.15		0.335
1022026		584,552.06		928,741.66		917.00		CHANNEL		0.6		0.25		1.057
1022027		584,530.00		928,795.00		945.00		BULK						7.184
1022028		584,604.90		928,770.29		952.00		CHANNEL		0.7		0.2		3.046
1022029		584,604.61		928,771.04		952.00		CHANNEL		0.45		0.2		16.6
1022031		585,267.00		930,477.00		858.00		BULK						5.772
1022032		585,226.00		930,440.00		867.00		BULK						11
1022033		584,980.00		930,399.00		884.00		BULK						11.4
1022034		584,996.00		930,414.00		887.00		BULK						18.3
1022035		584,896.00		930,366.00		883.00		BULK						22.1
1022036		584,859.00		930,369.00		874.00		BULK						12.9
1022037		584,869.00		930,376.00		880.00		BULK						12.4
1022038		585,312.00		930,466.00		867.00		BULK						34.9
1022039		584,956.00		930,407.00		872.00		BULK						27.6
1022040		584,869.00		930,384.00		877.00		BULK						63.5
1022041		585,230.00		930,430.00		865.00		BULK						10.4
1022042		585,342.00		930,512.00		854.00		BULK						144
1022043		584,972.00		930,411.00		881.00		BULK						37.1
1022044		584,922.97		930,410.58		867.00		CHANNEL		2		0.15		9.4
1022045		584,918.48		930,412.32		867.00		CHANNEL		2		0.15		16.5
1022046		584,924.15		930,412.00		875.00		CHANNEL		2		0.15		17.6
1022047		585,376.06		930,530.90		852.00		CHANNEL		0.4		0.25		32.1
1022048		585,372.57		930,526.97		852.00		CHANNEL		0.45		0.25		5.657
1022051		585,381.11		930,537.44		852.00		CHANNEL		0.3		0.15		28.7
1022052		585,387.65		930,539.60		853.00		CHANNEL		0.83		0.15		2.106
1022053		585,388.39		930,527.49		849.00		CHANNEL		0.6		0.25		14
1022054		585,398.16		930,529.32		847.00		CHANNEL		0.4		0.27		7.725
1022056		585,429.95		930,700.99		865.00		CHANNEL		2		0.05		0.047
1022057		585,431.72		930,700.15		865.00		CHANNEL		2		0.05		0.069
1022058		585,433.72		930,699.22		865.00		CHANNEL		2		0.05		0.055
1022059		585,483.49		930,680.67		864.50		CHANNEL		1.2		0.07		0.248
1022060		585,369.29		930,524.45		850.00		CHANNEL		2		0.1		0.1
1022061		585,370.62		930,523.11		850.00		CHANNEL		1.8		0.1		8.471
1022062		585,371.87		930,521.96		850.00		CHANNEL		1.05		0.15		12.4
1022063		585,373.03		930,520.94		851.00		CHANNEL		1.5		0.1		0.844
1022064		585,374.17		930,519.87		851.00		CHANNEL		1.6		0.1		0.473
1022065		585,375.04		930,518.84		850.00		CHANNEL		1.35		0.1		0.288
1022066		585,375.68		930,518.08		850.00		CHANNEL		1		0.1		0.409
1022067		585,377.22		930,516.80		850.00		CHANNEL		2		0.1		0.477
1022068		585,375.69		930,522.63		849.50		CHANNEL		1.2		0.1		3.412
1022069		584,873.85		930,402.80		868.00		CHANNEL		1		0.1		23.9
1022070		584,877.14		930,402.27		868.00		CHANNEL		1.2		0.1		24.3
1022071		584,879.60		930,402.95		869.00		CHANNEL		1.1		0.1		21.5
1022072		584,879.89		930,405.42		869.00		CHANNEL		1.3		0.1		88.4
1022073		584,887.49		930,404.97		868.00		CHANNEL		1.4		0.1		20.65
1022076		584,881.75		930,406.14		869.00		CHANNEL		0.5		0.15		39
1022077		584,882.40		930,405.74		869.00		CHANNEL		1		0.1		16.5
1022078		584,894.61		930,407.73		868.00		CHANNEL		2		0.1		1.146
1022079		584,894.84		930,409.45		868.00		SELECT						12.85
1022082		585,390.76		930,528.12		848.00		CHANNEL		0.6		0.2		10
1022083		585,391.39		930,524.71		847.00		CHANNEL		0.4		0.18		11.1
1022084		585,393.11		930,526.53		847.00		CHANNEL		0.5		0.2		50.5
1022085		585,395.60		930,528.45		847.00		CHANNEL		0.65		0.15		1.443

• Results for a total of 61 core samples from diamond drill holes LNDDH010 and LNDDH011 have been received. The highlights are length-weighted average grades of 17.5 g/t gold over 2.35 m in hole LNDDH011, from 87.4 to 89.75 m, and 3.1 g/t gold over 0.9 m in hole LNDDH010 from 145.0 to 145.9 m. The holes were drilled at azimuths of 349° and 345° and inclinations of -55° and -46° respectively, with total lengths of 263.4 m and 149.7 m. The holes were drilled across the vein structures but the intersection widths do not necessarily represent the true width of the veins. The sample assays are reported in the following table:

Hole No.		Sample No		From (m)		To (m)		Length (m)		Au (g/t)
LNDDH010		70100620		128.75		130.6		1.85		0.005
LNDDH010		70100621		130.6		132.5		1.90		<0.005
LNDDH010		70100622		132.5		135.1		2.60		<0.005
LNDDH010		70100623		135.1		135.8		0.70		<0.005
LNDDH010		70100626		135.8		136.5		0.70		<0.005
LNDDH010		70100627		136.5		137.4		0.90		<0.005
LNDDH010		70100628		137.4		139.2		1.80		<0.005
LNDDH010		70100629		139.2		140.4		1.20		<0.005
LNDDH010		70100631		140.4		141.4		1.00		<0.005
LNDDH010		70100632		141.4		142.4		1.00		<0.005
LNDDH010		70100633		142.4		143.4		1.00		0.007
LNDDH010		70100634		143.4		143.6		0.20		0.23
LNDDH010		70100635		143.6		144.4		0.80		0.834
LNDDH010		70100636		144.4		144.7		0.30		0.331
LNDDH010		70100637		144.7		145		0.30		0.495
LNDDH010		70100639		145		145.3		0.30		1.452
LNDDH010		70100640		145.3		145.6		0.30		0.876
LNDDH010		70100642		145.6		145.9		0.30		6.854
LNDDH010		70100644		145.9		146.2		0.30		0.145
LNDDH010		70100645		146.2		147.2		1.00		0.0175
LNDDH010		70100647		147.2		149.2		2.00		0.02
LNDDH010		70100648		149.2		151.2		2.00		0.039
LNDDH010		70100651		151.2		153.2		2.00		<0.005
LNDDH010		70100652		153.2		155.2		2.00		<0.005
LNDDH010		70100653		237.9		238.3		0.40		<0.005
LNDDH010		70100654		254.1		254.5		0.40		0.016
LNDDH010		70100656		254.5		254.8		0.30		0.006
LNDDH011		70100657		73.4		75.4		2.00		<0.005
LNDDH011		70100658		75.4		77.4		2.00		<0.005
LNDDH011		70100659		77.4		79.4		2.00		<0.005
LNDDH011		70100661		79.4		80.4		1.00		<0.005
LNDDH011		70100662		80.4		81.4		1.00		<0.005
LNDDH011		70100663		81.4		82.4		1.00		<0.005
LNDDH011		70100664		82.4		83.4		1.00		<0.005
LNDDH011		70100666		83.4		83.7		0.30		0.007
LNDDH011		70100667		83.7		84.8		1.10		0.009
LNDDH011		70100668		84.8		85.2		0.40		0.03
LNDDH011		70100669		85.2		85.7		0.50		0.006
LNDDH011		70100671		85.7		86.4		0.70		<0.005
LNDDH011		70100672		86.4		86.7		0.30		0.006
LNDDH011		70100673		86.7		87.4		0.70		<0.005
LNDDH011		70100674		87.4		88.5		1.10		8.98
LNDDH011		70100676		88.5		89.1		0.60		36.4
LNDDH011		70100678		89.1		89.75		0.65		14.6
LNDDH011		70100679		89.75		90		0.25		0.547
LNDDH011		70100681		90		90.95		0.95		0.015
LNDDH011		70100682		90.95		92		1.05		0.017
LNDDH011		70100683		92		92.85		0.85		0.006
LNDDH011		70100684		92.85		93.25		0.40		0.132
LNDDH011		70100685		93.25		93.9		0.65		0.022
LNDDH011		70100686		93.9		94.8		0.90		<0.005
LNDDH011		70100687		94.8		95.9		1.10		<0.005
LNDDH011		70100688		95.9		97.56		1.66		<0.005
LNDDH011		70100689		97.56		98		0.44		0.0225
LNDDH011		70100691		98		99		1.00		0.014
LNDDH011		70100692		99		100		1.00		<0.005
LNDDH011		70100693		100		102		2.00		<0.005
LNDDH011		70100694		102		104		2.00		<0.005
LNDDH011		70100696		138.8		139.1		0.30		0.015
LNDDH011		70100697		139.1		139.4		0.30		0.022
LNDDH011		70100698		144		144.45		0.45		0.104

Quality Assurance and Quality Control

The underground and drill core samples from the Snow Mine were prepared and assayed for gold by Activation Laboratories Ltd., which is independent of the Company, at their laboratory in Colombia. Gold was assayed by fire assay with atomic absorption spectrophotometer ("AAS") finish. Samples over 10 g/t gold were re-assayed by fire assay with gravimetric finish. A multielement package was analyzed by total acid digestion and inductively coupled plasma mass spectrometer (ICP-MS). Blank, standard and duplicate samples were routinely inserted for quality assurance and quality control. In the case of duplicate analyses of a sample, the average of both analyses was used as the final reported value. Gold grades were not capped for calculation of length-weighted averages.

Qualified Person

The Technical Reports on the Guaynopa and Lithocaps Projects were authored by Dr. Stewart D. Redwood, Senior Consulting Geologist to the Company, who is an independent qualified person as defined by National Instrument 43-101 - Standards of Disclosure of Mineral Projects. Dr. Redwood has reviewed this press release to ensure that it fairly and accurately represents the information in the Technical Reports that supports the disclosures set out in this press release.

Dr. Redwood has also prepared or reviewed the preparation of the scientific and technical information in this press release in respect of the results from the Snow Mine Project. Dr. Redwood verified and approved the data disclosed in this news release, including the sampling, analytical and test data underlying the information contained in this news release. Verification included a review of the quality assurance and quality control samples, and review of the applicable assay databases and assay certificates.

For further information on the Company's properties please see the reports as listed below on the Company's website or on www.sedar.com:

Guaynopa Gold Skarn Project		NI 43-101 Technical Report for the Guaynopa Gold Skarn Project, State of Chihuahua, Mexico, February 18, 2013
Lithocaps Project		NI 43-101 Technical Report for the Huancavelica Lithocaps Project, Department of Huancavelica, Peru, January 31, 2013
Snow Mine		Technical Report on the Snow Mine Property, Department of Bolivar, Colombia, dated December 5, 2012

About Braeval Mining Corporation

Braeval Mining is a junior mineral exploration company focused on the exploration and development of precious metals resource properties in South and Central America and Mexico. The Company holds options to acquire an interest in four adjacent mineral titles that comprise the Snow Mine Project located in Colombia. Braeval Mining proposes to explore the Snow Mine Project for precious metal deposits including gold, silver and copper, and holds or has applied for other exploration property interests in Mexico, Peru, Honduras and Nicaragua.

CAUTIONARY NOTE REGARDING FORWARD-LOOKING INFORMATION

This news release contains forward-looking statements and forward-looking information within the meaning of applicable Canadian securities laws, which are based on expectations, estimates and projections as of the date of this news release. This forward-looking information includes, or may be based upon, without limitation, estimates, forecasts and statements as to management's expectations with respect to, among other things, the generation of revenues by the Company, the timing and amount of funding required to execute the Company's exploration, development and business plans, capital and exploration expenditures, the effect on the Company of any changes to existing legislation or policy, government regulation of mining operations, the length of time required to obtain permits, certifications and approvals, the success of exploration, development and mining activities, the geology of the Company's properties, environmental risks, the availability of labour, the focus of the Company in the future, demand and market outlook for precious metals and the prices thereof, progress in development of mineral properties, the Company's ability to raise funding privately or on a public market in the future, the Company's future growth, results of operations, performance, and business prospects and opportunities. Wherever possible, words such as "anticipate", "believe", "expect", "intend", "may" and similar expressions have been used to identify such forward-looking information. Forward-looking information is based on the opinions and estimates of management at the date the information is given, and on information available to management at such time. Forward-looking information involves significant risks, uncertainties, assumptions and other factors that could cause actual results, performance or achievements to differ materially from the results discussed or implied in the forward-looking information.
These factors, including, but not limited to, fluctuations in currency markets, fluctuations in commodity prices, the ability of the Company to access sufficient capital on favourable terms or at all, changes in national and local government legislation, taxation, controls, regulations, political or economic developments in Canada, Mexico, Colombia, Peru, Honduras, Nicaragua or other countries in which the Company does business or may carry on business in the future, operational or technical difficulties in connection with exploration or development activities, employee relations, the speculative nature of mineral exploration and development, obtaining necessary licenses and permits, diminishing quantities and grades of mineral reserves, contests over title to properties, especially title to undeveloped properties, the inherent risks involved in the exploration and development of mineral properties, the uncertainties involved in interpreting drill results and other geological data, environmental hazards, industrial accidents, unusual or unexpected formations, pressures, cave-ins and flooding, limitations of insurance coverage and the possibility of project cost overruns or unanticipated costs and expenses, and should be considered carefully. Many of these uncertainties and contingencies can affect the Company's actual results and could cause actual results to differ materially from those expressed or implied in any forward-looking statements made by, or on behalf of, the Company. Prospective investors should not place undue reliance on any forward-looking information. Although the forward-looking information contained in this news release is based upon what management believes, or believed at the time, to be reasonable assumptions, the Company cannot assure prospective purchasers that actual results will be consistent with such forward-looking information, as there may be other factors that cause results not to be as anticipated, estimated or intended, and neither the Company nor any other person assumes responsibility for the accuracy and completeness of any such forward-looking information. The Company does not undertake, and assumes no obligation, to update or revise any such forward-looking statements or forward-looking information contained herein to reflect new events or circumstances, except as may be required by law.

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