Nouveau Monde Intersects 5.10% Cg over 115.2 M in Driling on the West Zone – Tony Block – Matawinie Project

Symbol: NOU (TSX Venture), US: NMGRF, Frankfurt: NM9           FOR IMMEDIATE RELEASE

FEBRUARY 11, 2016

GATINEAU, QUEBEC – Nouveau Monde Mining Enterprises Inc. (“Nouveau Monde“) (TSX VENTURE:NOU) is pleased to report complete drilling results for the West Zone from its 2015 exploration program on the Tony claim block, part of its Matawinie graphite Property.  The project is located in the Saint-Michel-des-Saints area, some 130 km north of Montreal, Québec, Canada. An extensive trenching and drilling (totaling over 10,000 m) program was initiated in June of 2015 on the claim block. The objective of the work was to define before year-end a Mineral Resource Estimate, completed in accordance with the NI 43-101 guidelines, for the South-East and South-West zones (see December 15, 2015 press release). Regarding the West Zone, the resource estimate is scheduled to be completed during the first quarter of 2016.  A preliminary economic assessment regarding these three mineralized zones is expected during the first half of 2016.

The following files can be downloaded in support to the reading of the paragraphs below:


To date, 70 core drill holes ranging in length from 33 m to 253 m were drilled over the Tony claim block in 2015 for a total of 10,479 m. The operation generated 4,314 samples. Most of the drilling was concentrated on the South-EastSouth-West and West Zones. The graphitic mineralization is mostly encased within paragneiss units.  The West zone had seen prior trenching and channel sampling in 2014 (see September 23, 2014 press release).

The drilling campaign on the West Zone consists of 27 holes totaling 4,546 m.  The complete West Zone drilling results can be consult in the downloading file whereas the main results are presented in Table 1 below. The highlight for this zone is the large width of the mineralized envelope which comprises four graphitic horizons numbered W0, W1, W2 and W3 (see the West Zone 3D Model).  These horizons can be followed from sections W100 to W2100 (a distance of 2000 m).

The westernmost horizon, W0, begins at section W1200 where it shows a width of about 10 m.  It thickens to 30 m at section W1500, from whence the width remains constant unto section W2100 (a distance of 900 m).  The grade of horizon W0 ranges from 2.37% to 3.12% Cg between sections W1200 and W1300 and increases to around 5% Cg between sections W1500 and W2100.  The best W0 intercept grades 6.10% Cg over 28.1 m (22.1 m true width) in section W1700.

The width of horizon W1 varies generally from 40 to 50 m between sections W0100 and W2100 (a distance of 2000 m).  Meanwhile, the grade fluctuates from 3.13% to 4.78% Cg between sections W0100 to W1300 and between 4% and 5% Cg from section W1400 to W2100.  The best W1 intercept grades 5.31% Cg over 57.7 m (57.5 m true width) in section W1000.  Another feature of the W1 horizon is that the lower portion (W1A) generally grades between 3% and 4% Cg whereas the upper part (W1B) ranges between 4% and 5% Cg.

The width of horizon W2 is generally around 7 m. However, it occasionally increases to 20 m. The best intercept was provided in section W1700 where the W2 horizon is 33 m thick (26 m true width) grading 5.39% Cg. The grade of this horizon ranges from 2.91% to 5.39% Cg between sections W0100 and W2100 (a distance of 2000 m).

The width of horizon W3 ranges from 5 to 24 m between sections W0100 and W1500 (a distance of 1400 m).  Its grade varies generally from 2.99% to 5.20% Cg.  The best W3 intercept grades 4.98% Cg over 24.2 m (21 m true width) in section W0100.

An additional feature of the West Zone is that some of the horizons merge together between sections W1100 and W1900 (a distance of 800 m) to form a thick mineralized unit measuring 58.9 to 96.5 m.  The best mineralized intersection from drilling on the West Zone is from Section W1900, with a grade of 5.10% Cg over 115.2 m (90.8 m true width).

The mineralized horizons all dip around 75° towards the east. The mineralization remains open to the north, to the south and at depth.

Table 1: Main drilling results for the West Zone

Section Drill Hole Mineralized Horizon From (m) To   (m) Width (m) True Width (m) Grade (% Cg)
W0100 TO-15-36 W3 65.4 89.6 24.2 21 24.2m @ 4.98%
W0600 TO-15-53 W1A + W1B 12 103.4 91.4 80.7 91.4m @ 3.66%
W0700 TO-15-54 W1A + W1B 129 171 42 42 42m @ 3.93%
W0700 TO-15-55 W1A + W1B 73.4 123 49.6 47.9 49.6m @ 4.72%
W0800 TO-15-38 W1A + W1B 92.5 159.4 66.9 64.6 66.9m @ 3.91%
W0800 TO-15-56 W1A + W1B 9.4 67.6 58.2 54.7 58.2m @ 4.34%
W0900 TO-15-57 W2 + W3 22.1 61.8 39.7 37.3 39.7m @ 3.67%
W0900 TO-15-57 W1A + W1B 79.7 154.7 75 73.9 75m @ 4.16%
W0900 TO-15-66 W1A + W1B 2.8 80.8 78 67.5 78m @ 4.31%
W0900 TO-15-70 W2 + W3 111.5 154.8 43.3 43.3 43.3m @ 3.95%
W0900 TO-15-70 W1A + W1B 162.4 218.6 56.2 56.2 56.2m @ 4.37%
W1000 TO-15-65 W1A + W1B 7 61.9 54.9 54.7 54.9m @ 4.78%
W1000 TO-15-69 W1A + W1B 72.3 130 57.7 57.5 57.7m @ 5.31%
W1100 TO-15-39 W1A + W1B 36.5 110.2 73.7 73.4 73.7m @ 3.13%
W1100 TO-15-58 W1A + W1B 102.2 161.3 59.1 58.9 59.1m @ 4.14%
W1200 TO-15-59 W1A + *W1B 4.6 55.3 50.7 50.2 50.7m @ 3.63%
W1200 TO-15-68 W1A + W1B + W2 46.1 123 76.9 74.3 76.9m @ 3.72%
W1200 TO-15-71 W1A + W1B + W2 + W3 78.8 175 96.2 92.9 96.2m @ 3.46%
W1300 TO-15-40 W1A + W1B + W2 45.1 116.4 71.3 68.9 71.3m @ 4.12%
W1300 TO-15-60 W1A + W1B + W2 117 183 66 64.6 66m @ 4.26%
W1400 TO-15-61 W0 + W1A + W1B + W2 28.8 130.2 101.4 95.3 101.4m @ 4.10%
W1400 TO-15-63 W0 + W1A + W1B + W2 113.6 213.5 99.9 96.5 99.9m @ 4.05%
W1500 TO-15-64 W0 + W1A + *W1B 38.3 114 75.7 68.6 75.7m @ 4.56%
W1500 TO-15-67 W0 + W1A + W1B + W2 94.9 190.7 95.8 86.8 95.8m @ 4.18%
W1700 TO-15-72 W2 83 116 33 26 33m @ 5.39%
W1700 TO-15-72 W0 177 205.1 28.1 22.1 28.1m @ 6.10%
W1700 TO-15-72 W0 + W1A + W1B + W2 83 205.1  122.1 96.2 122.1m @ 4.87%
W1900 TO-15-73 W0 + W1A + W1B 77.8 193 115.2 90.8 115.2m @ 5.10%
W2100 TO-15-74 W1A + W1B 58.4 89.6 31.2 24.6 31.2m @ 4.68%
  * The drill hole intercepted only part of the mineralized horizon.  


The samples from the 2015 core drilling program were generally 2 m in length (see QC/QA section below).  Core barrel size was BTW (4.2 cm).  All the holes from sections W0100 to W1500 were more or less oriented N2930(perpendicular to the long axis of the zone), with a dip of 450, while those from sections W1700 to W2100 were more or less oriented N3130.

 Quality Assurance – Quality Control

The 2015 drilling program was supervised by Yvan Bussières, P.Eng. (Québec), B.Sc. A strict protocol, including the insertion of duplicate and blank samples within the sample stream was adopted as part of a quality assurance and quality control (QA/QC) program. Graphite standards were also included within the borehole sampling protocol. Duplicate, blank and graphite standard sample results returned values within acceptable limits. Verification, preparation and sample submittal for the drilling were done by Mr. Bussières.

Mineralized core samples were chosen for analysis either by Mr. Bussières or Mr. Bernard-Olivier Martel, P.Geo. (Québec), B.Sc. The mineralized drill core was split into quarters using a rock saw. The quarter core samples were then individually bagged and sent for analysis, and the remaining core was kept as a reference and for possible metallurgical testing. Samples were analyzed for graphitic carbon (Cg) content by a LECO analyzer (ALS code; C-IR18) at the ALS Minerals laboratory in North Vancouver (BC), Canada. This laboratory is ISO 9001:2008 and ISO 17025 accredited.


The Corporation announces the grant of 250,000 options to a consultant of the Corporation. Each option shall entitle its holder thereof to subscribe for one common share of the Corporation, at a price of $0.20 per common share, for a period of five years from the date of grant. These options will vest one quarter at issuance and by period of three months until November 11th, 2016. These options were granted in accordance with the terms of the current stock option plan of the Corporation.

The technical information in this news release was prepared by Yvan Bussières, P.Eng., drill program supervisor,  and reviewed by Eric Desaulniers, MSc, P.Geo., President and CEO of Nouveau Monde. Mr. Bussières and Mr. Desaulniers are both Qualified Persons under National Instrument 43-101.

For further information, please contact:

Eric Desaulniers, M.Sc., P.Geo.

President and Chief Executive Officer of Nouveau Monde

(819) 923-0333


Neither the TSX-V nor its Regulation Services Provider (as that term is defined in the policies of the TSX-V) has in any way passed upon the merits of the proposed transaction or approved or disapproved the contents of this press release.

Except for historical information contained herein, this news release contains forward-looking statements that involve risks and uncertainties. Actual results may differ materially from those anticipated by such statements. Nouveau Monde will not update these forward-looking statements to reflect events or circumstances after the date hereof. More detailed information about potential factors that could affect financial results is included in the documents filed from time to time with the Canadian securities regulatory authorities by Nouveau Monde.

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