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Press release from CNW Group

Kennady Diamonds Updates Kelvin Kimberlite Drilling

Monday, August 18, 2014

Kennady Diamonds Updates Kelvin Kimberlite Drilling

09:10 EDT Monday, August 18, 2014

Shares Issued and Outstanding: 22,857,675
TSX-V: KDI

  • Kelvin – Faraday kimberlite tonnage estimate increased to 7 - 10 million tonnes
  • 131 meters of kimberlite intersected at Kelvin
  • 14.8 tonnes of kimberlite recovered to date from Kelvin
  • Summer drill target increased to 12,000 meters

TORONTO, Aug. 18, 2014 /CNW/ - Kennady Diamonds Inc. ("Kennady Diamonds", the "Company") (TSX-V: KDI) is pleased to announce the latest results from the 2014 summer drill program at the Company's 100 percent controlled Kennady North diamond project located in Canada's Northwest Territories. Exploration, delineation and mini-bulk sample drilling is currently underway at the Kelvin kimberlite.

Kennady Diamonds CEO Patrick Evans noted: "Delineation drilling at the north lobe of the Kelvin kimberlite pipe is exceeding expectations and initial exploration drilling at the Kelvin dyke is returning promising kimberlite intersects. Based on the results to date, we have revised our tonnage estimate for the Kelvin – Faraday kimberlite corridor from the previous 5 to 8 million tonnes to 7 to 10 million tonnes".

Table 1 below provides details of the latest mini-bulk sample holes drilled at the Kelvin kimberlite.

Table 1
Kelvin 2014 Summer Mini-Bulk Sample Drill Program

Drill Hole

Target

Azimuth

Inclination

Kimberlite Intercepts (m)
Approximate

End of
Hole (m)

From

To

Intercept

KDI-14HQ-024b

Kelvin

295

-90

59.30

137.30*

74.10

142

KDI-14HQ-025a

Kelvin

295

-80

57.50

153.00

95.50

157

KDI-14HQ-025b

Kelvin

295

-90

60.60

135.00*

72.20

145

KDI-14HQ-026b

Kelvin

295

-90

72.60

163.00*

89.00

170

KDI-14HQ-027b

Kelvin

295

-90

61.00

163.00*

100.20

169

KDI-14HQ-028a

Kelvin

355

-80

73.10

212.00*

131.60

220

KDI-14HQ-028b

Kelvin

355

-90

63.10

188.00*

123.60

196

KDI-14HQ-029a

Kelvin

355

-80

68.50

205.50*

108.80

217

*Includes minor country rock intercepts
**Intersects in sub-vertical holes not true widths

Table 2 below provides details of the latest delineation holes drilled diagonally across the north/northwest lobe of the elongated Kelvin kimberlite pipe.

Table 2
Kelvin 2014 Summer Delineation Drill Program

Drill Hole

Target

Azimuth

Inclination

Kimberlite Intercepts (m)
Approximate

End of
Hole (m)

From

To

Intercept

KDI-14-040

Kelvin

70

-62

81.40

105.70

24.30

115

KDI-14-041

Kelvin

70

-75

105.50

191.00*

77.00

205

KDI-14-042

Kelvin

250

-62

85.20

149.30*

62.70

160

KDI-14-043

Kelvin

250

-75

143.30

213.40*

54.50

229

KDI-14-044

Kelvin

75

-65

205.20

294.80*

76.20

349

KDI-14-045

Kelvin

75

-75

289.70

320.40

30.70

376

*Includes minor country rock intercepts
**Not true widths

Table 3 below details the latest exploration holes drilled to define the down-dip of the Kelvin dyke.

Table 3
Kelvin 2014 Summer Exploration Drill Program

Drill Hole

Target

Azimuth

Inclination

Kimberlite Intercepts (m)

Approximate

End of
Hole (m)

From

To

Intercept

KDI-14-046

Kelvin

130

-90

220.80

229.10*

5.10

275

KDI-14-048

Kelvin

130

-65

147.60

150.80

3.20

205

*Includes minor country rock intercepts
**Not true widths

Following the mobilization of a third drill rig, drilling at the Kennady North project has advanced rapidly with the result that the estimate for the summer drill program has been increased to approximately 12,000 meters. The focus remains on delineation, exploration and mini-bulk sample drilling at the Kelvin and Faraday kimberlites, as well as exploration drilling at the MZ and Doyle kimberlites and at least four new exploration targets.

To define the down-dip to the northwest of the Kelvin kimberlite dyke a "fence" of holes is being drilled from northeast to southwest along the western shore of Kelvin Lake. Past ice-based drilling of the Kelvin dyke has returned kimberlite intercepts ranging from a few meters to over 20 meters. If the current drill program is successful is proving continuity of the dyke to depth, the potential exists for considerable additional tonnage at the Kelvin kimberlite.

To date, approximately 14.8 tonnes of kimberlite has been recovered from Kelvin. This is in addition to the 25 tonnes recovered from Kelvin during last spring's drill program. The 25 tonne mini-bulk sample is currently being processing at the Geoanalytical Laboratories Diamond Services of the Saskatchewan Research Council ("SRC"). Results from the Kelvin mini-bulk sample are expected early in the fourth quarter of 2014.

****

About Kennady Diamonds
Kennady Diamonds Inc. controls 100 percent of the Kennady North diamond project located immediately to the north, west and south of the Gahcho Kué diamond mine currently under development by De Beers and Mountain Province Diamonds.

Kennady Diamonds aims to identify a resource along the Kelvin – Faraday kimberlite corridor of between 7 and 10 million tonnes and also to identify new kimberlites outside of the corridor. This tonnage estimate is based on the drilling completed to date. The potential quantity is conceptual in nature as there has been insufficient drilling to define a mineral resource and it is uncertain if further exploration will result in the target being delineated as a mineral resource.

An 8,500 meter drill program conducted in 2013 returned exceptional sample grades. A 4.3 tonne sample from the Kelvin kimberlite retuned a grade of 5.38 carats per tonne. An approx. one tonne sample from the Faraday kimberlite returned a sample grade of 5.10 carats per tonne. The three largest diamonds recovered from the Kelvin kimberlite were a 2.48 carat off-white transparent octahedral, 1.06 carat off-white broken aggregate and a 0.90 carat off-white transparent irregular. The recovery of diamonds of this size and quality from a 4.3 tonne sample is very encouraging.

...........................

Good to know..... Diamond Data


There are five important concepts for evaluating diamond exploration and development companies: .......... 1.Clusters within a district – such as the Lac de Gras and Kennady Lake clusters in Canada’s Slave Craton district in the Northwest Territories – are likely to have comparable indicator mineral chemistries: however, the chemical signature of each cluster, and indeed each kimberlite, is generally unique. .......... 2.Kimberlite pipes may, or may not, as is often the case, be diamondiferous. Rapidly assessing the potential of a cluster of kimberlites, once discovered, is essential for go / no-go decisions to be made. .......... 3.One carat is equivalent to one-fifth of a gram. Few diamond mines exceed one carat per tonne (kimberlite host mines range from 0.1 carats per tonne to 3+ carats per tonne, meaning that most kimberlites contain less than 1 gram per tonne on average of commercial sized diamonds! The presence of diamonds does not necessarily mean the deposit is economically viable: the combination of grade, with average quality of the contained diamonds, and the presence of some larger (coarser) sized diamonds (the “size frequency distribution” in trade parlance) must conspire to imbue the host kimberlite with a diamond population that merits mining. Assessing the ultimate value of potential diamond ‘ore’ is an exacting process. The commercial failure of the Jericho Project/Mine in Nunavut is a case in point. .......... 4.Individual diamonds are unique as a carat value depends on the size, shape, colour, and quality. This complexity adds an additional economic variable in contrast to homogeneous commodities such as copper. Said differently, a one carat diamond from Ekati may command a different price than a one carat diamond from Diavik. Grade (carats per tonne), quality (USD per carat), average diamond size (carats), and mineable ore tonnage are all material variables impacting revenue potential, capital requirements, and operating expenditures. .......... 5.An advantage of high grade deposits is that assessing their economic potential is substantially more cost effective to achieve: specifically, the assessment of grade distribution can be made using smaller drill diameters (for example if a geologist determined that a 20cm diameter drill would suffice for a 3 carat per tonne ‘mini-bulk’ grade sampling program, he would need a 1.1m diameter drill to accomplish comparable diamond recovery were the grade to be estimated at 0.1 carats per tonne); similarly to recover a parcel of (say) 10,000 carats to facilitate an estimate of the average diamond price, a 3,400 tonne ‘bulk sample’ would suffice for the 3 carat per tonne kimberlite pipe, whilst 100,000 tonnes would be needed from a 0.1 carat per tonne kimberlite.

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