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TULU KAPI FEEDER ZONE RESULTS AND DRILLING UPDATE

23 Aug 2011 09:40

RNS Number : 8566M
Nyota Minerals Limited
23 August 2011
 



 

 

Nyota Minerals Limited ("Nyota" or the "Company")

 

Tulu Kapi Feeder Zone Drill Results and Drilling Update

 

Highlights

·; Positive outcome of the drilling programme designed to extend high-grade Feeder Zone and to test extensions of Tulu Kapi and other targets

·; Confirmed continuity of resource and the potential for further mineralisation on the margins of current resource

·; Drilling results will feed into the future resource estimate update provisionally scheduled for the first quarter, 2012 

·; Further drilling underway to complete infill drilling in specific areas and to increase Nyota's resource base

 

Nyota Minerals (ASX/AIM: NYO), the gold exploration and development Company in East Africa, is pleased to report results of the drilling over the Tulu Kapi ore body. The drilling programme was specifically designed to extend the high-grade Feeder Zone resource, test the S.E. and N. Extensions to Tulu Kapi, and extend preliminary drilling of the UNDP Target.

These results are derived from drill assays received for the balance of drilling undertaken in the second Quarter, 2011 as well as a number of holes drilled in July and August, 2011. The results will form part of a future resource estimate update provisionally scheduled for the first quarter, 2012.

Nyota's drilling programme over the past quarter has shown that continuity of the resource is favourable and that there is the potential for further new mineralisation around the margins of the current resource. 

The Company will move to complete the infill drilling of the Feeder Zone and any other infill drilling required over the main resource to permit the upgrade to a Measured category. Additionally step-out drilling around the N. Extension will be conducted to generate sufficient drillhole density to allow for additions to the Resource and infill and step-out drilling will be undertaken at the UNDP target with an intention to produce an initial resource for this target.

 

Richard Chase, Chief Executive Officer commented "The results achieved are encouraging on two fronts. Firstly, intersections achieved in the upper levels of the deposit increase the confidence in the resource that will be mined from an open pit as the continuity of mineralised structures has been confirmed. 

"Secondly, further high-grade intersections at depth in the Feeder Zone reinforce our belief that the Feeder Zone provides an opportunity to develop a robust mining project with scope to supplement open pit ore with high-grade feed during the early years of production."

  

Overview of Drilling Results

 

Tulu Kapi Feeder Zone

·; New Feeder Zone high-grade gold intersections over notable widths including peak intersections of 23.30g/t Au over 1.20m, 14.50g/t Au over 8.00m, 7.30g/t Au over 14.40m and 5.42g/t Au over 26.55m;

 

·; Intercepts provide valuable additional infill data for the Feeder Zone geological model;

 

·; Updated geological model being used to refine preliminary underground mine design;

 

Tulu Kapi Infill Drilling

 

·; Drill results for infill holes within the main Tulu Kapi body aimed at upgrading the resource including peak assays of 26.02g/t Au over 2.85m, 25.01g/t Au over 3.0m, 15.63g/t Au over 3.0m, 13.81g/t Au over 15.67m and 13.66g/t Au over 8.35m;

 

·; Completion of a number of geotechnical holes drilled to provide data for future detailed pit slope design also intersected further mineralisation.

 

 

N. Extension

 

·; High grades and substantial widths achieved from drilling of the Northern Extension to Tulu Kapi with peak grades including 22.50g/t Au over 2.0m, 21.81g/t Au over 5.45m and 3.50g/t Au over 10.8m;

 

S.E. Extension

 

·; Notable shallow high-grade intersections achieved over the S.E. Extension with peaks grades including 4.71g/t Au over 4.0m, 4.32g/t Au over 18.0m, 4.14g/t Au over 6.0m and 2.02g/t Au over 27.0m;

 

UNDP Target

 

·; Further evidence of the extent of mineralisation on the periphery of the UNDP Target with peak grades including 5.75g/t Au over 1.0m, 2.69g/t Au over 7.0m and 0.47g/t Au over 20.0m;

 

 

Detailed Drilling Results

Feeder Zone (Table 1)

Drilling was completed along traverse line 040 in the centre of the Tulu Kapi deposit. A total of 105.10m of mineralisation at grades in excess of a 0.40g/t Au cut-off for saprolite and a 0.50g/t Au cut-off for fresh rock was intersected.

Drilling to depth to test the high-grade Feeder Zone uses a combination of reverse circulation ("RC") and diamond drilling ("DDH"). RC drilling is effective to depths from surface of approximately 250m and is both cheaper and quicker than DDH drilling. At the maximum RC drill depth, the drill rods are removed and replaced with DDH rods with a DDH tail drilled to the final required depth generating drill core.

TKRC - 146 returned encouraging results for mineralised lode structures in the upper part of the deposit and provided confirmation of continuity of mineralisation between previously drilled holes. Similarly, TKBH - 114 drilled to a final depth of 641.60m intersected extensions to Feeder Zone mineralisation previously intersected in holes located approximately 40m to the north, south and west.

Mineralised intercepts are based on a minimum cut-off of 0.40g/t Au and 0.50g/t Au for saprolite and fresh rock respectively. Calculation of mineralised widths and grades accepts a maximum of one metre of internal waste at grades of less than the prescribed cut-off.

Table 1: Peak Intersections for Feeder Zone drill and assay results for TKRC-146 and TKBH - 114

Borehole

Depth From

(m)

Depth To

(m)

Intersection

(m)

Grade

(g/t Au)

TKRC - 146

0.00

4.00

4.00

0.50

 

43.0

46.0

3.00

2.54

 

50.0

52.0

2.00

0.88

 

55.0

62.0

7.00

2.21

 

130.0

131.0

1.00

1.28

 

149.0

152.0

3.00

4.03

 

170.0

178.0

8.00

1.55

 

208.0

220.0

12.00

1.62

 

224.0

227.0

3.00

0.56

 

230.0

231.0

1.00

3.52

 

240.0

241.0

1.00

1.43

 

245.0

247.0

2.00

1.74

End of RC hole

 

250.00

 

 

TKBH - 114

253.50

260.0

6.50

4.10

 

277.70

278.90

1.20

3.09

 

309.0

323.40

14.40

7.30

 

353.50

354.70

1.20

23.30

 

375.75

384.00

8.25

2.13

 

396.75

423.30

26.55

5.42

 

Inc 413.00

421.00

8.00

14.50

End of DDH hole

 

641.60

 

 

 

Infill Drilling Results

A total of 13 diamond drillholes have been completed for which assays have been received for 11 holes. Drilling was undertaken to increase drillhole density to a 40m x 40m grid. In addition, a total of 6 RC holes were drilled. Excellent results were achieved providing evidence of continuity and increasing the level of confidence in the resource. Notable intersections are listed below in Table 2.

Table 2: Peak Intersections from Infill RC and DDH Drilling

Borehole

Depth From

Depth To

Interval

Grade

(m)

(m)

(m)

(g/t Au)

TKBH-083

122.7

125

2.3

7.84

TKBH-083

264.2

265

0.8

10.25

TKBH-098

91.6

93.2

1.6

2.65

TKBH-098

108.7

118

9.3

2.19

TKBH-098

139.05

151.4

12.35

2.96

TKBH-098

253.83

269.5

15.67

13.81

TKBH-098

379

387.1

8.1

2.12

TKBH-099

62

63.1

1.1

3.91

TKBH-099

115.15

125.2

10.05

2.06

TKBH-100

86.78

88.23

1.45

4.14

TKBH-100

115

132.4

17.4

4.79

TKBH-100

194.33

198.97

4.64

3.29

TKBH-100

205

207.55

2.55

5.17

TKBH-100

248.78

253.4

4.62

8.15

TKBH-100

325.65

332.31

6.66

5.86

TKBH-103

313.48

315.2

1.72

14.63

TKBH-112

199.34

206.85

7.51

6.5

TKBH-112

Inc 200

203

3

15.63

TKBH-112

213

214.67

1.67

5.5

TKBH-112

258.64

269.42

10.78

6.45

TKBH-112

Inc 260.4

265

4.6

14.58

TKBH-112

291.66

305.32

13.66

8.35

TKBH-112

Inc 300

302.85

2.85

26.02

TKRC-146

206

247

41

0.85

TKRC-149

26

29

3

10.39

TKRC-150

74

86

12

6.57

TKRC-150

Inc 74

77

3

25.01

 

N. Extension Drill Results

Drilling has resulted in the expansion of the N. Extension resource whilst geological modelling clearly indicates that there is scope for further extensions to this mineralised body. A series of additional step-out drillholes have been planned and will be drilled during the next few months. Notable intersections achieved are provided in Table 3.

Table 3: Peak intersections for N. Extension Drilling Programme

Borehole

Depth From

Depth To

Interval

Grade

(m)

(m)

(m)

(g/t Au)

TKBH-106

109.7

115.15

5.45

21.81

TKBH-109

77

77.8

0.8

6.47

TKBH-109

93.45

97.9

4.45

3.98

TKBH-109

137

138

1

4.61

TKBH-109

142

149

7

1.54

TKBH-109

298.35

309.15

10.8

3.5

TKBH-109

417

419

2

22.5

TKRC-148

16

21

5

2.2

 

SE Extension Drill Results

Some important intersections were made during the current S.E. Extension drill programme notably close to surface. The current geological model indicates that these higher grade intersections may be coincident with a cross-cutting structure known to host high-grade mineralisation. A review is being undertaken to establish whether additional drilling is warranted. Peak intersections are shown in Table 4 below.

Table 4: Peak intersections for SE Extension Drilling Programme

Borehole

Depth From

Depth To

Interval

Grade

(m)

(m)

(m)

(g/t Au)

TKRC-136

36

54

18

4.32

TKRC-136

69

71

2

2.3

TKRC-136

172

179

7

1.64

TKRC-137

190

194

4

1.73

TKRC-142

18

20

2

2.82

TKRC-142

64

68

4

1.44

TKRC-152

28

55

27

2.02

TKRC-152

30

36

6

4.14

TKRC-152

43

52

9

2.76

TKRC-153

70

73

3

1.58

TKRC-153

92

96

4

4.71

 

 

UNDP Drill Results

The UNDP Target area is located immediately NNE of the main Tulu Kapi deposit and is separated from Tulu Kapi by a cross-cutting structure. Drill densities at UNDP are insufficient to be able to establish an Inferred Resource but the most recent results have demonstrated a level of continuity within the target area that suggests that additional drilling has the scope to delineate additional resources. The current programme of drilling will target known structures thought to control mineralisation as these appear to be associated with the highest grades intersected to date. Drilling will continue at the UNDP site with the aim of defining an initial resource during Q1, 2012. Peak intersections achieved are illustrated in Table 5.

Table 5: Peak intersections from UNDP Target drilling programme

Borehole

Depth From

Depth To

Interval

Grade

(m)

(m)

(m)

(g/t Au)

TKRC-118

30

37

7

2.69

TKRC-118

43

46

3

2.92

TKRC-118

64

67

3

1.02

TKRC-118

99

103

4

2.07

TKRC-118

117

119

2

1.45

TKRC-121

0

3

3

0.99

TKRC-121

8

10

2

0.62

TKRC-121

14

15

1

5.75

TKRC-126

0

3

3

0.55

TKRC-127

19

39

20

0.47

TKRC-129

14

15

1

2.93

TKRC-144

0

2

2

2.66

 

Geotechnical Drill Results

Geotechnical holes have been drilled around the periphery of the current pit outline in order to generate data required to optimise pit slope angle and design.

Table 6: Peak intersections from geotechnical drilling programme.

Borehole

Depth From

Depth To

Interval

Grade

(m)

(m)

(m)

(g/t Au)

TKBH-108

109.86

118.9

9.04

1.52

TKBH-108

135

138.3

3.3

2.8

TKBH-108

193.5

193.92

0.42

15.85

 

 

Planned Future Drilling

During the balance of the wet season, drilling will focus on the following:

·; A further 2 holes into the Feeder zone;

·; Drilling of 3 holes to test the high-grade mineralised structure that separates the UNDP Target from Tulu Kapi;

·; Drilling of 2 holes to test the easterly extension of a similar high-grade structure that hosts the Feeder Zone;

·; Step-out drilling of a further 11 holes around the N.E. Extension mineralisation.

 

Information on assay data and drilling

RC and DDH drilling follow standard protocols that have been validated and refined by a number of independent consultants who have visited the Tulu Kapi site and monitored drilling operations.

Sampling protocols and sample preparation procedures employed in the laboratory located at Tulu Kapi and operated by ALS Chemex have also been reviewed and found to be of an appropriate standard.

The Company inserts standards, blanks and duplicates in all its sample batches dispatched for assay and implements strict QA/QC procedures to monitor the assays attributable to these standards, blanks and duplicates.

 

Estimation of grade and mineralised widths

A cut-off was employed of 0.40g/t Au for saprolite and 0.50g/t Au cut-off for fresh rock. Any intercept of less than the respective cut-off was excluded from any grade and mineralised width estimate except where an individual sample of 1.0m or less occurred between samples returning grades higher than cut-off in which case single samples of 1.0m or less that were below the cut-off would be included in a mineralised intersection.

Table 7 below lists all mineralised intersections achieved since the last drilling update based upon a 0.40g/t Au and 0.50g/t Au cut-off.

Table 7: Compilation of drill results for Tulu Kapi Project

Borehole

Depth From

Depth To

Interval

Grade

Target

(m)

(m)

(m)

(g/t Au)

TKBH-083

106.6

109.25

2.65

0.5

Infill

TKBH-083

117

117.6

0.6

1.06

Infill

TKBH-083

122.7

125

2.3

7.84

Infill

TKBH-083

135

137.8

2.8

1.11

Infill

TKBH-083

173.4

174.8

1.4

0.67

Infill

TKBH-083

225

227

2

0.73

Infill

TKBH-083

248

251

3

0.42

Infill

TKBH-083

255.75

257

1.25

1.3

Infill

TKBH-083

264.2

265

0.8

10.25

Infill

TKBH-098

0

5.5

5.5

0.44

Infill

TKBH-098

91.6

93.2

1.6

2.65

Infill

TKBH-098

108.7

118

9.3

2.19

Infill

TKBH-098

133.1

134.15

1.05

0.81

Infill

TKBH-098

139.05

151.4

12.35

2.96

Infill

TKBH-098

178.45

179.1

0.65

1.83

Infill

TKBH-098

189.9

190.5

0.6

0.91

Infill

TKBH-098

204.88

205.2

0.32

2.33

Infill

TKBH-098

210

210.5

0.5

0.84

Infill

TKBH-098

213.05

215

1.95

0.54

Infill

TKBH-098

220

222

2

0.74

Infill

TKBH-098

226.4

227.75

1.35

1

Infill

TKBH-098

243.1

248.15

5.05

0.55

Infill

TKBH-098

253.83

269.5

15.67

13.81

Infill

TKBH-098

259

263.43

4.43

44.32

Infill

TKBH-098

272.73

275

2.27

0.74

Infill

TKBH-098

294.92

295.28

0.36

3.1

Infill

TKBH-098

303.55

304.85

1.3

0.86

Infill

TKBH-098

357.65

360.5

2.85

0.95

Infill

TKBH-098

379

387.1

8.1

2.12

Infill

TKBH-099

36

37

1

0.52

Infill

TKBH-099

50.1

54.3

4.2

0.55

Infill

TKBH-099

62

63.1

1.1

3.91

Infill

TKBH-099

106.2

107.65

1.45

2.2

Infill

TKBH-099

115.15

125.2

10.05

2.06

Infill

TKBH-099

144

144.35

0.35

3.68

Infill

TKBH-099

148.8

151.45

2.65

1.09

Infill

TKBH-100

0

3.88

3.88

0.5

Infill

TKBH-100

15

15.88

0.88

3.69

Infill

TKBH-100

24

24.45

0.45

0.7

Infill

TKBH-100

49.78

51.65

1.87

2.32

Infill

TKBH-100

67.2

74.54

7.34

0.7

Infill

TKBH-100

86.78

88.23

1.45

4.14

Infill

TKBH-100

115

132.4

17.4

4.79

Infill

TKBH-100

177.82

179.78

1.96

1.05

Infill

TKBH-100

194.33

198.97

4.64

3.29

Infill

TKBH-100

205

207.55

2.55

5.17

Infill

TKBH-100

213.35

214.89

1.54

0.82

Infill

TKBH-100

225.7

226.35

0.65

1.69

Infill

TKBH-100

239.4

241

1.6

1.41

Infill

TKBH-100

248.78

253.4

4.62

8.15

Infill

TKBH-100

312.07

312.81

0.74

1.24

Infill

TKBH-100

321.25

322.3

1.05

2.14

Infill

TKBH-100

325.65

332.31

6.66

5.86

Infill

TKBH-100

347.43

348.78

1.35

1.36

Infill

TKBH-101

0

429.3

429.3

Assays Pending

TKBH-102

207.6

209.5

1.9

0.94

Infill

TKBH-102

217.1

224

6.9

1.87

Infill

TKBH-102

237.45

240.9

3.45

2.39

Infill

TKBH-102

256.4

257.25

0.85

3.08

Infill

TKBH-102

261

262.25

1.25

1.52

Infill

TKBH-102

263.75

267.4

3.65

0.66

Infill

TKBH-102

290

298

8

1.31

Infill

TKBH-102

345

350.5

5.5

1.46

Infill

TKBH-102

378.82

382

3.18

3.37

Infill

TKBH-103

208.44

210.2

1.76

2

Infill

TKBH-103

239

253.35

14.35

1.93

Infill

TKBH-103

274.82

277.38

2.56

4.1

Infill

TKBH-103

282.24

285.46

3.22

5.39

Infill

TKBH-103

289.3

290.3

1

0.64

Infill

TKBH-103

313.48

315.2

1.72

14.63

Infill

TKBH-103

325.62

332.57

6.95

1.04

Infill

TKBH-103

363.88

366.5

2.62

2.76

Infill

TKBH-103

439

441

2

3.79

Infill

TKBH-105

302.4

305.55

3.15

0.53

Infill

TKBH-105

336

338.35

2.35

1.27

Infill

TKBH-105

351.15

353

1.85

0.8

Infill

TKBH-105

357.54

358.5

0.96

2.22

Infill

TKBH-105

367.45

371

3.55

0.93

Infill

TKBH-110

No significant intersection

Infill

TKBH-111

No significant intersection

Infill

TKBH-112

15.9

18.9

3

0.58

Infill

TKBH-112

25.87

27.37

1.5

1.59

Infill

TKBH-112

33.11

33.5

0.39

0.68

Infill

TKBH-112

35.78

36.25

0.47

0.91

Infill

TKBH-112

64.35

70.3

5.95

0.9

Infill

TKBH-112

199.34

206.85

7.51

6.5

Infill

TKBH-112

Inc. 200

203

3

15.63

Infill

TKBH-112

213

214.67

1.67

5.5

Infill

TKBH-112

258.64

269.42

10.78

6.45

Infill

TKBH-112

Inc. 260.4

265

4.6

14.58

Infill

TKBH-112

291.66

305.32

13.66

8.35

Infill

TKBH-112

Inc. 300

302.85

2.85

26.02

Infill

TKBH-112

340.9

341.3

0.4

1.7

Infill

TKBH-112

351.94

352.42

0.48

1.64

Infill

TKBH-113

200

535

335

Assays Pending

TKBH-114

253.5

260

6.5

4.1

Feeder

TKBH-114

277.7

278.9

1.2

3.09

Feeder

TKBH-114

309

323.4

14.4

7.3

Feeder

TKBH-114

353.5

354.7

1.2

23.3

Feeder

TKBH-114

375.75

384

8.25

2.13

Feeder

TKBH-114

396.75

423.3

26.55

5.42

Feeder

TKBH-114

Inc 413.00

421

8

14.5

Feeder

TKBH-115

217.56

219.64

2.08

1.81

Infill

TKBH-115

254

259

5

0.5

Infill

TKBH-115

323.59

324.6

1.01

1.52

Infill

TKBH-115

414.5

421.29

6.79

1.89

Infill

TKRC-116

12

13

1

1.95

Infill

TKRC-116

27

29

2

0.67

Infill

TKRC-116

39

40

1

0.81

Infill

TKRC-116

81

82

1

1.02

Infill

TKRC-116

90

91

1

2.28

Infill

TKRC-116

97

98

1

0.65

Infill

TKRC-143

9

15

6

0.79

Infill

TKRC-143

48

55

7

0.88

Infill

TKRC-143

89

92

3

0.57

Infill

TKRC-143

96

106

10

0.56

Infill

TKRC-146

0

4

4

0.5

Infill

TKRC-146

43

46

3

2.54

Infill

TKRC-146

50

52

2

0.88

Infill

TKRC-146

55

62

7

2.21

Infill

TKRC-146

130

131

1

1.28

Infill

TKRC-146

149

152

3

4.03

Infill

TKRC-146

170

178

8

1.55

Infill

TKRC-146

208

220

12

1.62

Infill

TKRC-146

224

227

3

0.56

Infill

TKRC-146

230

231

1

3.52

Infill

TKRC-146

240

241

1

1.43

Infill

TKRC-146

245

247

2

1.74

Infill

TKRC-147

40

42

2

0.7

Infill

TKRC-147

63

64

1

1.19

Infill

TKRC-147

193

198

5

0.41

Infill

TKRC-147

208

212

4

1.11

Infill

TKRC-149

0

1

1

0.56

Infill

TKRC-149

26

36

10

3.38

Infill

TKRC-149

Inc. 26

29

3

10.39

Infill

TKRC-149

92

94

2

0.42

Infill

TKRC-149

103

106

3

1.46

Infill

TKRC-150

0

2

2

0.6

Infill

TKRC-150

40

41

1

0.97

Infill

TKRC-150

47

50

3

2.59

Infill

TKRC-150

56

59

3

2.9

Infill

TKRC-150

74

86

12

6.57

Infill

TKRC-150

Inc. 74

77

3

25.01

Infill

TKRC-150

100

107

7

1.87

Infill

TKRC-150

135

139

4

1.08

Infill

TKRC-150

184

193

9

4.87

Infill

TKRC-150

237

238

1

1.02

Infill

TKBH-106

11

12

1

19.5

N. Ext

TKBH-106

72.17

73

0.83

1.79

N. Ext

TKBH-106

109.7

115.15

5.45

21.81

N. Ext

TKBH-109

41

42.3

1.3

0.48

N. Ext

TKBH-109

44.63

71.59

26.96

0.65

N. Ext

TKBH-109

77

77.8

0.8

6.47

N. Ext

TKBH-109

93.45

97.9

4.45

3.98

N. Ext

TKBH-109

125.45

133

7.55

0.67

N. Ext

TKBH-109

137

138

1

4.61

N. Ext

TKBH-109

142

149

7

1.54

N. Ext

TKBH-109

152.24

156

3.76

0.56

N. Ext

TKBH-109

290

292

2

0.8

N. Ext

TKBH-109

298.35

309.15

10.8

3.5

N. Ext

TKBH-109

327

329.55

2.55

0.93

N. Ext

TKBH-109

417

419

2

22.5

N. Ext

TKRC-148

16

21

5

2.2

N. Ext

TKRC-148

126

130

4

0.73

N. Ext

TKRC-148

184

187

3

2.02

N. Ext

TKRC-148

200

201

1

0.53

N. Ext

TKRC-133

0

1

1

0.61

SE Ext

TKRC-133

32

36

4

0.62

SE Ext

TKRC-133

40

41

1

0.88

SE Ext

TKRC-136

36

54

18

4.32

SE Ext

TKRC-136

69

71

2

2.3

SE Ext

TKRC-136

77

84

7

0.41

SE Ext

TKRC-136

139

144

5

1.2

SE Ext

TKRC-136

172

179

7

1.64

SE Ext

TKRC-137

190

194

4

1.73

SE Ext

TKRC-138

141

142

1

1.42

SE Ext

TKRC-139

28

29

1

1.09

SE Ext

TKRC-139

36

40

4

0.5

SE Ext

TKRC-140

42

43

1

0.54

SE Ext

TKRC-140

59

60

1

0.57

SE Ext

TKRC-140

198

199

1

5.11

SE Ext

TKRC-142

0

1

1

1.02

SE Ext

TKRC-142

18

20

2

2.82

SE Ext

TKRC-142

64

68

4

1.44

SE Ext

TKRC-142

178

180

2

0.59

SE Ext

TKRC-142

182

183

1

0.56

SE Ext

TKRC-142

186

187

1

0.5

SE Ext

TKRC-151

0

158

158

Assays Pending

TKRC-152

28

55

27

2.02

SE Ext

TKRC-152

Inc. 30

36

6

4.14

SE Ext

TKRC-152

Inc. 43

52

9

2.76

SE Ext

TKRC-152

67

68

1

0.51

SE Ext

TKRC-152

71

75

4

0.47

SE Ext

TKRC-152

82

83

1

0.96

SE Ext

TKRC-152

143

146

3

1.23

SE Ext

TKRC-152

178

179

1

4.4

SE Ext

TKRC-153

33

34

1

0.71

SE Ext

TKRC-153

70

73

3

1.58

SE Ext

TKRC-153

92

96

4

4.71

SE Ext

TKBH-087

3

4.28

1.28

0.63

UNDP

TKBH-087

15.34

16.6

1.26

0.94

UNDP

TKBH-087

220.7

223

2.3

2.3

UNDP

TKRC-118

18

22

4

0.53

UNDP

TKRC-118

30

37

7

2.69

UNDP

TKRC-118

43

46

3

2.92

UNDP

TKRC-118

64

67

3

1.02

UNDP

TKRC-118

99

103

4

2.07

UNDP

TKRC-118

117

119

2

1.45

UNDP

TKRC-119

No significant intersection

UNDP

TKRC-120

No significant intersection

UNDP

TKRC-121

0

3

3

0.99

UNDP

TKRC-121

8

10

2

0.62

UNDP

TKRC-121

14

15

1

5.75

UNDP

TKRC-124

114

115

1

2.79

UNDP

TKRC-126

0

3

3

0.55

UNDP

TKRC-126

30

33

3

0.79

UNDP

TKRC-126

187

188

1

1.4

UNDP

TKRC-127

19

39

20

0.47

UNDP

TKRC-127

60

61

1

0.94

UNDP

TKRC-127

102

110

8

0.63

UNDP

TKRC-127

165

166

1

0.82

UNDP

TKRC-127

194

195

1

0.52

UNDP

TKRC-127

199

202

3

0.49

UNDP

TKRC-128

58

60

2

1.1

UNDP

TKRC-128

87

92

5

0.79

UNDP

TKRC-129

14

15

1

2.93

UNDP

TKRC-129

77

78

1

0.51

UNDP

TKRC-130

0

3

3

0.48

UNDP

TKRC-130

10

12

2

0.66

UNDP

TKRC-130

50

52

2

0.64

UNDP

TKRC-144

0

2

2

2.66

UNDP

TKRC-144

6

8

2

0.51

UNDP

TKRC-144

35

36

1

0.54

UNDP

TKRC-145

138

139

1

0.49

UNDP

TKBH-107

No significant intersection

SW

TKBH-108

109.86

118.9

9.04

1.52

Geotech

TKBH-108

135

138.3

3.3

2.8

Geotech

TKBH-108

193.5

193.92

0.42

15.85

Geotech

TKBH-108

222

223.93

1.93

0.86

Geotech

TKBH-108

271.4

272.14

0.74

0.73

Geotech

TKBH-108

314.71

318.8

4.09

2.03

Geotech

TKBH-108

332.65

333.63

0.98

0.92

Geotech

 

The technical exploration and mining information contained in this Announcement has been reviewed and approved by Mr. RN Chapman, an independent geological consultant. Mr. Chapman has sufficient experience which is relevant to the style of mineralisation and type of deposit under consideration and to the activity to which he is undertaking to qualify as a Competent Person as defined in the 2004 Edition of the 'Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves and as a qualified person under the AIM Note for Mining, Oil and Gas Companies. Mr. Chapman is an employee of Mineral Exploration Management Limited, an independent geological consultancy established in 2005 and is a Member of the Australasian Institute of Mining and Metallurgy (Aus.I.M.M). Mr. Chapman consents to the inclusion in this Announcement of such information in the form and context in which it appears.

 

 

For further information please contact:

 

Melissa Sturgess (Chairman)

Richard Chase (CEO)

Nyota Minerals Limited

+44 (0) 20 7379 5012

info@nyotaminerals.com

 

NOMAD

Ambrian Partners Limited

+44 (0)20 7634 4858

 

BROKER

Guy Wilkes

Ocean Equities Limited

(+44) (0) 20 7786 4370

 

BROKER

Rory Scott

Mirabaud Securities LLP

(+44) (0)20 7878 3360

 

FINANCIAL PR

Paul Youens / Jos Simson

Tavistock Communications

(+44) (0)20 7920 3150

 

Or visit: http://www.nyotaminerals.com

 

 

 

 

 

 

 

 

This information is provided by RNS
The company news service from the London Stock Exchange
 
END
 
 
MSCFMGZRRFNGMZG
Date   Source Headline
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