Menu
Microsoft strongly encourages users to switch to a different browser than Internet Explorer as it no longer meets modern web and security standards. Therefore we cannot guarantee that our site fully works in Internet Explorer. You can use Chrome or Firefox instead.

Sovereign Metals Limited: Drilling Increases High-Grade Rutile Envelope at Kasiya by 35 %


 

Sovereign Metals Limited (the Company or Sovereign) is pleased to announce Phase 9 drill results from Kasiya, the Company’s flagship, large, high-grade rutile deposit in Malawi. This large batch of over 200 drill-holes has further substantially extended the high-grade mineralised envelope to 89km2.

 

Sovereign’s very large and expanding rutile footprint in Malawi could prove to be one of the world’s most significant sources of the highest purity and most environmentally sustainable titanium feedstock.

 

HIGHLIGHTS

 

-                Phase 9 drilling has increased the size of the high-grade mineralised envelope at Kasiya by ~35% to 89km2 from the previous 66km2

-                The Company has now reported a total ~114km2 drilled area of high-grade rutile mineralisation (Kasiya 89km2 + Nsaru 25km2)

-                All drill results for the maiden Mineral Resource Estimate (MRE) at Kasiya now received

-                Resource estimation for the MRE at Kasiya well underway with the resource expected to cover a large portion of the 89km2 mineralised envelope and targeted for completion in coming weeks

-                Phase 9 results display numerous areas with greater than 1.5% rutile in the top 4-5m from surface. Results include:

 

-          13m @ 1.08% inc. 5m @ 1.52% rutile

-          11m @ 1.17% inc. 5m @ 1.48% rutile

-          11m @ 1.34% inc. 5m @ 1.54% rutile

-          11m @ 1.18% inc. 4m @ 1.53% rutile

-          11m @ 1.27% inc. 4m @ 1.68% rutile

-          12m @ 1.02% inc. 4m @ 1.42% rutile

-          7m @ 1.42% inc. 4m @ 1.53% rutile

-          15m @ 1.45% inc. 5m @ 1.59% rutile

-          14m @ 1.30% inc. 5m @ 1.80% rutile

-          13m @ 1.24% inc. 4m @ 1.47% rutile

-          12m @ 1.15% inc. 4m @ 1.38% rutile

-          11m @ 1.78% inc. 8m @ 2.01% rutile

-          15m @ 1.15% inc. 2m @ 1.80% rutile

-          10m @ 1.20% inc. 5m @ 1.46% rutile

-                Further step-out drilling at Kasiya and Nsaru continues with multiple field drilling teams deployed targeting additional rutile mineralisation that will potentially add to future resources

 

 

Sovereign’s Managing Director Dr Julian Stephens commented:

 

“This drilling has served to significantly further increase the high-grade, near surface rutile mineralisation at Kasiya. We now have a grand total of well over a hundred square kilometres of mineralisation defined across Kasiya and Nsaru. This is the final batch of results we have been awaiting in order to complete the dataset required for our maiden Kasiya JORC resource estimate.

 

These very large, high-grade areas of mineralisation may well become one of the largest primary rutile deposits in the world. Unlocking a new, globally significant source of direct feed natural rutile could help meet the growing demand for low carbon feedstock across the titanium industry supply-chain.

 

ENQUIRIES

 

Dr Julian Stephens (Perth)

Managing Director

+61(8) 9322 6322

Sam Cordin (Perth)

+61(8) 9322 6322

Sapan Ghai (London)

+44 207 478 3900

 

 

 

 

 

Figure 1. Map of the Kasiya deposit showing the drill-defined mineralised envelope and the newly defined extensions to the north, east and south.

 

KASIYA DRILLING – PHASE 9

 

The Phase 9 drilling results reported comprise a further 204 hand-auger holes for a total of 1,797m. With the inclusion of Phase 9, the total number of holes reported from Kasiya to date is now 507 with 4,820m drilled.

 

The Phase 9 drilling has increased the size of the high-grade rutile mineralised envelope at Kasiya by ~35% to 89km2 with extensions defined on the north, east and southern parts of the deposit (Figure 1).

The Company now has a total of ~114km2 of drilled, high-grade rutile mineralisation (Kasiya 89km2 + Nsaru 25km2).

 

Figure 2. The Kasiya Nsaru area showing outlines of the drilled mineralised envelopes and the location of the operating rail line, paved highway and power line.

 

Drilling is complete at Kasiya for the time being, with this final batch of results to be incorporated into the maiden JORC MRE. Modelling and estimation is underway and well-advanced, with the MRE expected to cover a large portion of the 89km2 mineralised footprint at Kasiya.

 

Drill results continued to demonstrate that significant rutile enrichment occurs in the top ~8 metres from surface with very-high grades, commonly greater than 1.5% rutile occurring in the top 3-5m from surface. In most cases, drill depth was restricted by the hand-auger drilling equipment capacity and it is assumed that free-dig rutile mineralisation should continue vertically to the base of saprolite estimated at approximately 25m depth from surface.

 

A picture containing outdoor, grass, mountain, nature

Description automatically generatedFigure 3. Drone photo above Kasiya showing the generally very flat terrain.

 

Step-out drilling at Kasiya and Nsaru is continuing with multiple field drilling teams deployed. Additional rutile mineralisation delineated will potentially result in future additions to the MRE.

 

The peripheral zones at Kasiya with nominal 800m x 800m may need further infill drilling before they can be included in a future MRE. The Nsaru deposit also requires further infill and extensional drilling before it will be brought in to the MRE.

 

CONCLUSIONS & FORWARD PLAN

 

The Phase 9 drill results have substantially expanded the drilled mineralised envelope at Kasiya by ~35% to 89km2.

 

Ongoing work programs for Kasiya and Nsaru are focused on completion of the MRE to be followed by a Scoping Study. Work programs planned and underway include;

-                The maiden MRE for Kasiya, expected to cover a large portion of the 89km2 mineralised envelope is underway and well advanced with completion expected in the coming weeks.

-                Extensional and infill hand-auger and core drilling to increase the MRE confidence and grow tonnages.

-                Commencement of long-lead elements of the Scoping Study including;

-                 Mining method and pit optimisation studies

-                 Tailings disposal design and methodology studies

-                 Continued metallurgical test-work focused on variability

-                 Investigation of a potential graphite by-product from Kasiya

 

A group of people working in a field

Description automatically generated with medium confidence

Figure 4. Sovereign team members hand-auger drilling at Kasiya being observed by a journalist from the Malawi Broadcasting Corporation (MBC)

 

DRILL RESULTS

 

Drilling results from Phase 9 at Kasiya are shown below in Table 1.

Hole ID

Interval Thickness

Rutile %

From (m) Downhole

Comments

KYHA0263

2

0.83

surface

 

KYHA0264

no significant results

 

KYHA0265

11

0.90

surface

open at depth

incl

3

1.20

surface

 

KYHA0266

13

0.71

surface

open at depth

incl

4

1.16

surface

 

KYHA0267

10

0.70

surface

open at depth

incl

3

0.96

surface

 

KYHA0268

no significant results

 

KYHA0269

4

0.53

surface

 

KYHA0270

8

0.86

surface

open at depth

incl

4

1.01

surface

 

KYHA0271

no significant results

 

KYHA0272

6

0.84

surface

 

incl

2

1.30

surface

 

KYHA0273

8

0.84

surface

open at depth

KYHA0274

5

0.66

surface

 

KYHA0275

no significant results

 

KYHA0280

12

0.70

surface

open at depth

incl

4

0.90

surface

 

KYHA0281

no significant results

 

KYHA0282

7

0.77

surface

open at depth

incl

4

0.89

surface

 

KYHA0283

5

0.94

surface

open at depth

KYHA0284

4

0.68

surface

 

KYHA0285

2

0.56

surface

 

KYHA0287

5

0.88

surface

 

KYHA0353

13

1.08

surface

open at depth

incl

5

1.52

surface

 

KYHA0354

11

1.17

surface

open at depth

incl

5

1.48

surface

 

KYHA0355

4

0.75

surface

open at depth

incl

2

1.01

surface

 

KYHA0356

6

0.82

surface

 

incl

3

1.09

surface

 

KYHA0357

11

0.91

surface

open at depth

incl

3

1.70

8m

 

KYHA0358

3

0.62

surface

 

KYHA0359

no significant results

 

KYHA0360

no significant results

 

KYHA0361

no significant results

 

KYHA0362

no significant results

 

KYHA0363

no significant results

 

KYHA0364

11

0.82

surface

open at depth

incl

2

1.35

surface

 

KYHA0365

3

0.51

surface

 

KYHA0366

14

0.98

surface

open at depth

incl

4

1.26

surface

 

KYHA0367

12

0.82

surface

open at depth

incl

4

1.05

surface

 

KYHA0368

no significant results

 

KYHA0369

no significant results

 

KYHA0370

15

0.68

surface

open at depth

incl

3

1.25

surface

 

KYHA0371

14

1.04

surface

open at depth

incl

5

1.35

surface

 

KYHA0372

6

1.11

surface

open at depth

incl

4

1.34

surface

 

KYHA0373

11

0.72

surface

open at depth

incl

4

0.97

surface

 

KYHA0374

8

1.17

surface

open at depth

incl

4

1.65

surface

 

KYHA0375

11

1.34

surface

open at depth

incl

5

1.54

surface

 

KYHA0376

8

0.94

surface

 

incl

3

1.37

surface

 

KYHA0377

8

0.72

surface

open at depth

KYHA0378

4

0.94

surface

 

KYHA0379

9

1.09

surface

 

incl

5

1.48

surface

 

KYHA0380

14

0.78

surface

open at depth

incl

3

1.39

surface

 

KYHA0381

11

1.18

surface

open at depth

incl

4

1.53

surface

 

KYHA0382

3

1.08

surface

 

KYHA0383

11

0.98

surface

open at depth

incl

2

1.37

surface

 

KYHA0384

7

0.91

surface

open at depth

incl

4

1.06

surface

 

KYHA0385

15

1.15

surface

open at depth

incl

2

1.80

surface

 

KYHA0386

11

1.27

surface

open at depth

incl

4

1.68

surface

 

KYHA0387

6

1.25

surface

 

incl

2

1.93

surface

 

KYHA0388

6

0.86

surface

open at depth

KYHA0389

no significant results

 

KYHA0390

5

0.87

surface

 

incl

2

1.22

surface

 

KYHA0391

4

0.86

surface

 

incl

2

1.14

surface

 

KYHA0392

3

0.57

surface

open at depth

KYHA0393

3

0.75

surface

open at depth

KYHA0394

6

0.85

surface

open at depth

incl

2

1.18

surface

 

KYHA0395

2

0.71

surface

 

KYHA0396

8

1.05

surface

 

KYHA0397

5

1.04

surface

 

incl

2

1.42

surface

 

KYHA0398

12

0.95

surface

open at depth

incl

4

1.04

surface

 

KYHA0399

2

0.71

surface

 

KYHA0400

13

1.04

surface

open at depth

incl

4

1.16

surface

 

KYHA0401

7

0.95

surface

 

incl

3

1.06

surface

 

KYHA0402

7

1.01

surface

open at depth

incl

2

1.41

surface

 

KYHA0403

2

0.72

surface

open at depth

KYHA0404

2

1.05

surface

open at depth

KYHA0405

6

1.23

surface

open at depth

incl

3

1.45

surface

 

KYHA0406

7

0.83

surface

open at depth

incl

3

1.38

4m

 

KYHA0407

2

0.62

surface

 

KYHA0408

2

1.05

surface

 

KYHA0409

no significant results

 

KYHA0410

4

0.98

surface

 

KYHA0411

11

1.07

surface

open at depth

incl

4

1.28

surface

 

KYHA0412

3

0.61

surface

 

KYHA0413

2

0.68

surface

 

KYHA0414

10

0.95

surface

open at depth

incl

4

1.03

surface

 

KYHA0415

10

0.80

surface

open at depth

KYHA0416

3

0.60

surface

open at depth

KYHA0417

11

1.01

surface

open at depth

incl

2

1.58

surface

 

KYHA0418

6

0.80

surface

open at depth

incl

2

1.08

surface

 

KYHA0419

9

0.72

surface

open at depth

KYHA0420

5

0.88

surface

 

incl

2

1.44

surface

 

KYHA0421

2

0.75

surface

open at depth

KYHA0422

4

0.85

surface

 

KYHA0423

9

1.01

surface

open at depth

incl

2

1.31

surface

 

KYHA0424

8

1.20

surface

open at depth

incl

2

1.89

surface

 

KYHA0425

5

1.01

surface

open at depth

KYHA0426

4

0.76

surface

 

KYHA0427

4

0.81

surface

 

KYHA0428

4

1.05

surface

 

KYHA0429

4

0.94

surface

open at depth

KYHA0430

8

0.85

surface

open at depth

incl

3

1.18

surface

 

KYHA0431

no significant results

 

KYHA0432

3

0.69

surface

 

KYHA0433

no significant results

 

KYHA0434

no significant results

 

KYHA0435

no significant results

 

KYHA0436

2

0.80

surface

 

KYHA0437

2

1.80

surface

 

KYHA0438

4

0.55

surface

open at depth

KYHA0439

11

0.89

surface

open at depth

incl

5

1.01

surface

 

KYHA0440

9

0.75

surface

 

KYHA0441

5

0.62

surface

 

KYHA0442

12

0.86

surface

open at depth

KYHA0443

3

0.81

surface

open at depth

KYHA0444

7

1.42

surface

open at depth

incl

4

1.53

 

 

KYHA0445

3

0.55

surface

 

KYHA0446

5

0.65

surface

open at depth

KYHA0447

no significant results

 

KYHA0448

7

0.73

surface

open at depth

KYHA0449

8

0.64

surface

open at depth

KYHA0450

2

1.17

surface

 

KYHA0451

3

0.78

surface

open at depth

KYHA0452

8

0.61

surface

open at depth

KYHA0453

3

0.63

surface

open at depth

KYHA0454

no significant results

 

KYHA0455

4

0.56

surface

open at depth

KYHA0456

no significant results

 

KYHA0457

2

0.92

surface

 

KYHA0458

15

1.45

surface

open at depth

incl

5

1.59

 

 

KYHA0459

14

1.30

surface

open at depth

incl

5

1.80

surface

 

KYHA0460

8

0.84

surface

 

incl

4

1.09

surface

 

KYHA0461

no significant results

 

KYHA0462

4

0.77

surface

 

KYHA0463

4

0.70

surface

 

KYHA0464

4

0.80

surface

 

KYHA0465

3

1.01

surface

open at depth

KYHA0466

4

0.62

surface

 

KYHA0467

3

0.80

surface

open at depth

KYHA0468

13

0.94

surface

open at depth

incl

4

1.08

surface

 

KYHA0469

4

0.81

surface

 

KYHA0470

8

1.05

surface

open at depth

incl

4

1.21

surface

 

KYHA0471

13

1.24

surface

open at depth

incl

8

1.32

surface

 

incl

4

1.47

surface

 

KYHA0472

5

0.76

surface

 

KYHA0473

8

0.85

surface

 

incl

3

1.12

surface

 

KYHA0474

no significant results

 

KYHA0475

3

1.03

surface

 

KYHA0476

7

0.92

surface

open at depth

incl

4

1.19

surface

 

KYHA0477

3

1.10

surface

 

KYHA0478

12

1.15

surface

open at depth

incl

8

1.20

surface

 

incl

4

1.38

surface

 

KYHA0479

5

0.83

surface

open at depth

KYHA0480

5

0.68

surface

 

KYHA0481

8

0.99

surface

open at depth

KYHA0482

4

1.05

surface

 

KYHA0483

3

1.15

surface

open at depth

KYHA0484

5

1.49

surface

 

KYHA0485

13

0.93

surface

open at depth

incl

4

1.30

surface

open at depth

KYHA0486

10

1.00

surface

open at depth

KYHA0487

11

0.94

surface

open at depth

incl

8

1.11

surface

 

KYHA0488

4

0.88

surface

 

KYHA0489

4

0.51

surface

 

KYHA0490

2

0.92

surface

 

KYHA0491

no significant results

 

KYHA0492

4

0.61

surface

 

KYHA0493

2

1.00

surface

 

KYHA0494

7

0.65

surface

 

KYHA0495

no significant results

 

KYHA0496

10

0.69

surface

open at depth

KYHA0497

11

0.95

surface

open at depth

KYHA0498

4

0.52

surface

 

KYHA0499

no significant results

 

KYHA0500

4

0.56

surface

open at depth

KYHA0501

8

0.67

surface

open at depth

KYHA0502

12

0.87

surface

open at depth

incl

4

1.18

surface

 

KYHA0503

4

1.05

surface

 

KYHA0504

12

1.01

surface

open at depth

incl

4

1.11

 

 

KYHA0505

9

0.75

surface

 

incl

4

1.01

surface

 

KYHA0506

9

0.98

surface

open at depth

KYHA0507

10

0.65

surface

open at depth

incl

4

0.84

surface

 

KYHA0508

11

1.78

surface

open at depth

incl

8

2.01

surface

 

incl

4

2.52

surface

 

KYHA0509

10

1.08

surface

open at depth

incl

4

1.56

surface

 

KYHA0510

6

1.31

surface

open at depth

KYHA0511

10

0.90

surface

open at depth

incl

4

1.28

surface

 

KYHA0512

8

0.67

surface

open at depth

incl

3

0.99

surface

 

KYHA0513

5

0.57

surface

 

KYHA0514

5

0.89

surface

 

KYHA0515

4

0.70

surface

 

KYHA0516

6

1.11

surface

open at depth

KYHA0517

8

0.88

surface

open at depth

KYHA0518

4

0.69

surface

open at depth

KYHA0519

no significant results

 

KYHA0520

10

1.20

surface

open at depth

incl

5

1.46

surface

 

KYHA0521

5

1.14

surface

open at depth

KYHA0522

1

1.06

surface

open at depth

KYHA0523

6

1.16

surface

open at depth

incl

4

1.33

surface

 

KYHA0524

no significant results

 

KYHA0525

3

0.82

surface

open at depth

KYHA0526

2

0.87

surface

open at depth

KYHA0527

10

0.71

surface

open at depth

KYHA0528

11

0.93

surface

open at depth

incl

3

1.36

surface

 

KYHA0529

12

1.02

surface

open at depth

incl

4

1.42

surface

 

KYHA0530

4

0.55

surface

 

KYHA0531

7

0.99

surface

open at depth

incl

4

1.07

surface

 

KYHA0532

5

1.15

surface

 

KYHA0533

3

1.07

surface

open at depth

KYHA0534

5

1.38

surface

open at depth

KYHA0535

10

0.86

surface

open at depth

incl

3

1.35

surface

 

KYHA0536

9

1.00

surface

open at depth

incl

2

2.11

surface

 

 

You can find the complete press release here: https://cdn-api.markitdigital.com/apiman-gateway/ASX/asx-research/1.0/file/2924-02373406-6A1032503?access_token=83ff96335c2d45a094df02a206a39ff4

 

Competent Persons Statement

 

The information in this announcement that relates to Exploration Results is based on information compiled by Dr Julian Stephens, a Competent Person who is a member of the Australian Institute of Geoscientists (AIG). Dr Stephens is the Managing Director of Sovereign Metals Limited and a holder of ordinary shares, unlisted options and performance rights in Sovereign. Dr Stephens has sufficient experience that is relevant to the style of mineralisation and type of deposit under consideration and to the activity being undertaken, to qualify as a Competent Person as defined in the 2012 Edition of the 'Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves'. Dr Stephens consents to the inclusion in this announcement of the matters based on his information in the form and context in which it appears.

 

Forward Looking Statement

This release may include forward-looking statements, which may be identified by words such as "expects", "anticipates", "believes", "projects", "plans", and similar expressions. These forward-looking statements are based on Sovereign’s expectations and beliefs concerning future events. Forward looking statements are necessarily subject to risks, uncertainties and other factors, many of which are outside the control of Sovereign, which could cause actual results to differ materially from such statements. There can be no assurance that forward-looking statements will prove to be correct. Sovereign makes no undertaking to subsequently update or revise the forward-looking statements made in this release, to reflect the circumstances or events after the date of that release.

 

This announcement has been approved and authorised for release by the Company’s Managing Director, Julian Stephens.

 

Sovereign Metals Ltd Stock

€0.29
-3.290%
Sovereign Metals Ltd took a tumble today and lost -€0.010 (-3.290%).

Like: 0
Share

Comments