NGEx Minerals Ltd. reported drill results from holes DPDH012, DPDH013, DPDH015 and DPDH016 from the Lunahuasi Project located in the Vicuña District in San Juan Province, Argentina. These latest results confirm that Lunahuasi is a significant discovery that hosts two distinct styles of porphyry-related mineralization: high-grade copper-gold-silver veins represented by the discovery intercept in DPDH002, intercepts such as 23m at 23.02% CuEq in DPDH014, as well as the high-grade intercepts in the drill holes published today; and longer intercepts of stockwork mineralization represented by previously reported 460.9m at 1.09% CuEq in DPDH010 and the longer intercepts from DPDH013, DPDH015, and DPDH016 published today. Both styles of mineralization are interpreted to be part of a major porphyry copper-gold system at Lunahuasi.

Highlights Drillhole DPDH012 intersected: 12.0m at 3.23% CuEq from 194.0m, including- 2.0m at 12.96% CuEq from 196.0m, including. 25.0m at 2.43% CuEq from 460.7m, including- 6.5m at 5.73% CuEq from 479.2m. This hole was not drilled far enough to intersect the stockwork zone.

Drillhole DPDH013 intersected: 24.0m at 2.06% CuEq from 162.0m, 27.0m at 1.99% CuEq from 371.0m, including- .0m at 8.38% CuEq from 371.0m. 509.4m at 1.33% CuEq from 524.0m, including: 7.2m at 10.73% CuEq from 692.8m, 8.7m at 7.80% CuEq from 726.2m, 5.0m at 5.53% CuEq from 827.0m, 5.1m at 5.24% CuEq from 961.1m. Drillhole DPDH015 intersected: 35.0m at 2.24% CuEq from 120.0m, including- 7.7m at 5.57% CuEq from 146.2m.

328.0m at 1.10% CuEq from 556.0m, including- 78.3m at 2.05% CuEq from 802.0m, including- 2.3m at 11.79% CuEq from 827.9m. Drillhole DPDH016 intersected: 43.0m at 1.37% CuEq from 256.0m, including- 2.0m at 22.67% CuEq from 274.0m. 179.6m at 1.24% CuEq from 587.4m, including- 22.1m at 3.36% CuEq from 696.0m, including.

3.1m at 8.85% CuEq from 698.8m- 16.1m at 4.53% CuEq from 730.0m. Drill Hole Details: DPDH012 was collared on Section 6275N and drilled to the west at an angle of -58 degrees to a total depth of 704.0m. It intersected two high-grade vein zones but was not drilled far enough to test the stockwork zone.

Highlights from this hole include an intersection from 194.0m which is interpreted as the continuation, 105m down-dip, of the eastern high-grade structure intersected in DPDH007 from 74.0m, and the intersection from 460.7m which is interpreted to be the deepest intersection of the western high-grade structure initially intersected by the discovery hole, DPDH002. The intersection in DPDH012 extends this zone an additional 106m down-dip from the intersection at 380m in hole DPDH007. DPDH013 was collared on Section 6225N, 100m west of DPDH014 and 50m east of DPDH010 and DPDH015 and drilled to the west at an angle of -55 degrees (parallel to DPDH010) to a total depth of 1,033.4m.

This hole intersected numerous mineralized structures over its entire length and includes 509.4m of stockwork mineralization grading 1.33% CuEq ending in mineralization grading 1.6% CuEq over 10m. Highlights from this hole include an open-ended intersection of the stockwork zone starting at 556.0m which includes numerous high-grade structures, including 2.25m at 11.79% CuEq. DPDH016 was collared on Section 6125N, 100m east of last season's holes DPDH005 and DPDH008 and drilled to the west at -45 degrees to a depth of 773m.

This hole intercepted several wide high-grade structures within a broader zone of stockwork mineralization grading 1.24% CuEq over 179.6m. In addition to high grade copper, this hole includes a 2m interval from 274m at 22.67% CuEq which included a 1m sample at 55.1 g/t Au highlighting the high-grade gold which is present in some of the Lunahuasi mineralization. Understanding the controls on bonanza grade gold and silver and exploring for extensions represents a significant upside opportunity at Lunahuasi.

Mineralization is remarkably consistent throughout the deposit, typically occurring as coarse-grained pyrite, enargite and lesser covellite, ranging from stockwork veins and disseminations through semi-massive and breccia-fill textures to massive sulphide zones up to several metres in length. The transition from discreet high-grade structures separated by unmineralized and propylitically altered wall rock in the east towards higher temperature alteration and stockwork and disseminated mineralization to the west is seen in all holes above, with the exception of DPDH012 which ended before it intersected the stockwork zone. The more continuous mineralization in the western portion of the holes is comprised of consistent advanced argillic alteration of the host rhyolite and andesite cut by a stockwork of massive sulphide veins ranging from 5 centimetres to 5m thick.

This progression of mineralization from discreet structures in the east to a more homogeneous stockwork zone in the west is interpreted to represent a transition towards the centre of the system which is thought to extend further west and to depth below the end of the current holes. The scientific and technical disclosure included in this news release have been reviewed and approved by Bob Carmichael, B.A.Sc., P.Eng. who is the Qualified Person as defined by NI 43-101.

Samples were cut at NGEx's operations base in San Juan, Argentina by Company personnel. Diamond drill core was sawed and then sampled in maximum 2-meter intervals, stopping at geological boundaries. Core diameter is a mix of PQ, HQ and NQ depending on the depth of the drill hole.

Samples were bagged, tagged and packaged for shipment by truck to the ALS preparation laboratory in Mendoza, Argentina where they were crushed and a 500g split was pulverized to 85% passing 200 mesh. The prepared sample splits were sent to the ALS assay laboratory in either Lima, Peru or Santiago, Chile for copper, gold and silver assays, and multi-element ICP. ALS is an accredited laboratory which is independent of the Company.

Gold assays were by fire assay fusion with AAS finish on a 30g sample. Copper and silver were assayed by atomic absorption following a 4-acid digestion. Samples were also analyzed for a suite of 48 elements with ME-MS61 plus mercury.

Copper and gold standards as well as blanks and duplicates were randomly inserted into the sampling sequence for Quality Control. On average, 9% of the submitted samples are Quality Control samples.