News Column

Indico Extends Closing Date on Closing Date on the Maria Reyna Property

Mar 1 2013 12:00AM

Marketwire

LogoTracker

VANCOUVER, BRITISH COLUMBIA -- (Marketwire) -- 03/01/13 -- Indico Resources Ltd. ("Indico" or the "Company") (TSX VENTURE: IDI)(OTCQX: IDIFF) is pleased to announce the extension of the closing date of a binding Memorandum of Understanding ("MOU") with the Peruvian owners of Cia Minera Maria Reyna S.A. of Lima, Peru (the "Vendors") wherein Indico will acquire an indirect 51% interest and further be granted an exclusive option to acquire the remaining indirect interest in the Maria Reyna Co-Mo porphyry project in southern Peru. The date for the closing is now set at August 1st 2013. The project consists of a 3164 hectare group of mining titles located in the Andahuaylas-Yauri Belt of skarn-porphyry deposits in Cusco Region, Southern Peru, 100km south of Cusco and within 10km of Hudbay's Constancia Cu-Mo-Ag project (ex-Norsemont sold to Hudbay in Q2 2011 for $520 million) which is currently under construction (Figure 1).

The Maria Reyna concession block covers at least three significant skarn +/- porphyry systems along 10 kilometres of a northeast-trending structure. Mineralization is related to the regionally significant Andahuaylas batholith and later subvolcanic intrusions. This igneous suite has intruded extensive marine sedimentary rocks of the Yura Group, which in the project area are mainly complexly folded carbonate rocks. Skarn Cu-Mo+/-Au mineralization is common along the contact zones, and porphyry mineralization occurs within and adjacent to some of the subvolcanic dacitic intrusions. The same geology is present at several significant deposits in the Belt, including the Las Bambas skarn-porphyry cluster (1.7 billion tonnes of 0.60% Cu), Haquira (690 million tonnes at 0.59% Cu), and the Constancia porphyry deposit (reserves of 450 million tonnes at 0.36% Cu), located only 10 kilometres southeast of Maria Reyna.

In 2010, following geophysical and geochemical surveys consisting of 433 rock and 165 soil samples covering a little less than a third of the property, Vale completed 11 diamond drill holes (5585 metres), targeting skarn and porphyry mineralization at the Southwest Zone (Figure 2 and 3). The drilling intersected both high-grade, shallow Cu-Mo skarn and breccia mineralization, and low-grade disseminated porphyry mineralization beneath. Intercepts greater than 0.2% and 0.3% Cu are summarized below in Table 1 and 2. Highlighted in the tables are intersections of shallow mineralization with grades greater than 0.4% CuEq, which will be targeted by future in-fill drilling to generate a near-surface resource. The Company cautions that it has not had the chance to fully verify the quality and accuracy of the relevant historic sampling and drilling results reported in this news release. The historic figures were generated from sources believed to be reliable, based on limited review of the drill core and outcrops in the field, but they have not been confirmed by a Qualified Person, as defined by NI-43-101.

     Table 1: Vale Drill Intersections at 0.2% CuEq(i) Cut-off.-------------------------------------------------------------------                              Ag      Cu      Mo    CuEqHole_ID     from      to   (ppm)   (ppm)   (ppm)       %   Interval-------------------------------------------------------------------DH-001       206     256     1.5    1956     113    0.27         50-------------------------------------------------------------------DH-002         0     136     4.1    5251      78    0.61        136-------------------------------------------------------------------DH-003       226     256     1.7    2365     122    0.31         30DH-003       460     480     0.3    1871      62    0.22         20-------------------------------------------------------------------DH-004        10     240     3.0    2616     124    0.35        230DH-004       336     486     1.5    1839     147    0.27        150DH-004       502     522     0.8    1914      87    0.24         20-------------------------------------------------------------------DH-005        10      76     4.8    6277     122    0.74         66-------------------------------------------------------------------DH-006         0     114     4.0    3179     112    0.41        114-------------------------------------------------------------------DH-007         0     106     2.5    3882     267    0.55        106DH-007       176     216     1.7    2546     280    0.41         40DH-007       232     310     1.0    1657     272    0.31         78-------------------------------------------------------------------DH-008       256     394     1.4    2764     130    0.36        138DH-008       432  519.85     1.7    2345     209    0.36      87.85-------------------------------------------------------------------DH-009        18      90     1.7    2815     335    0.47         72DH-009       110     172     0.7    1358     184    0.24         62DH-009       196     256     0.9    1793     106    0.24         60-------------------------------------------------------------------DH-010       262     314     1.7    3036     204    0.42         52DH-010       344     406     2.1    3429     641    0.68         62-------------------------------------------------------------------DH-011        18     178     2.9    4970     998    1.03        160DH-011       374     406     1.1    1448     175    0.24         32-------------------------------------------------------------------Intervals were calculated with maximum of 10m of 0.1% CuEq internaldilution, 0.2% CuEq edge grade, minimum length of 15m. For CuEq calculationsthe following variables were used: $3.00/lb Cu, $15.00/lb Mo, $21.00/oz Ag;no allowances for metallurgical recoveries were made.     Table 2: Vale Drill Intersections at 0.3% CuEq(i) Cut-off.-------------------------------------------------------------------                              Ag      Cu      Mo    CuEqHole_ID     from      to   (ppm)   (ppm)   (ppm)       %   Interval-------------------------------------------------------------------DH-001       222     246     1.8    2442     141    0.33         24-------------------------------------------------------------------DH-002         0      62     4.5    5789      63    0.66         62DH-002        74     136     4.3    5510     103    0.65         62-------------------------------------------------------------------DH-003       232     254     1.7    2504     130    0.33         22-------------------------------------------------------------------DH-004        10      62     7.2    5122      56    0.61         52DH-004       108     142     1.7    1663     380    0.37         34DH-004       364     408     2.4    2547     169    0.36         44-------------------------------------------------------------------DH-005        10      74     5.0    6455     116    0.75         64-------------------------------------------------------------------DH-006         0      24     7.9    5501     265    0.76         24DH-006        56      78     4.8    5551      93    0.65         22-------------------------------------------------------------------DH-007         2     102     2.6    4002     282    0.57        100DH-007       176     212     2.0    2670     304    0.44         36DH-007       244     290     1.2    1962     335    0.38         46-------------------------------------------------------------------DH-008       270     296     3.1    5162     193    0.64         26DH-008       322     344     2.0    3435     238    0.48         22DH-008       438     482     2.0    2632     286    0.43         44DH-008       504  519.85     2.9    3389     133    0.43      15.85-------------------------------------------------------------------DH-009        18      76     2.0    3153     371    0.52         58-------------------------------------------------------------------DH-010       262     314     1.7    3036     204    0.42         52DH-010       344     406     2.1    3429     641    0.68         62-------------------------------------------------------------------DH-011        20      82     1.4    2153     328    0.39         62DH-011        98     178     4.6    8025    1711    1.71         80-------------------------------------------------------------------Intervals were calculated with maximum of 10m of 0.1% CuEq internaldilution, 0.2% CuEq edge grade, minimum length of 15m. For CuEq calculationsthe following variables were used: $3.00/lb Cu, $15.00/lb Mo, $21.00/oz Ag;no allowances for metallurgical recoveries were made.

Continued | 1 | 2 | 3 | Next >>

Story Tools