Slide 1: Presentation to the African Mining Online Summit
16 September 2020 ASX CODE: MTB PRESENTATION TO THE AFRICAN MINING ONLINE SUMMIT – 15/16 SEPTEMBER 2020 Attached is a copy of the Company's on-line Presentation which will be made to the African Mining Summit being held in London on 15 and 16 September 2020. Please ensure that the Guidance Notes bel
Slide 2: Kihabe - Nxuu Project - Botswana
KIHABE - NXUU PROJECT - BOTSWANA ZINC, LEAD, SILVER, GERMANIUM AND VANADIUM \
Slide 3: Disclaimer: Forward Looking Statement
Disclaimer : Forward Looking Statement This presentation contains forward looking statements in respect of the projects being reported on by the Company. Forward looking statements are based on beliefs, opinions, assessments and estimates based on facts and information available to management and/or
Slide 4: Kihabe - Nxuu Zinc/Lead/Silver/Germanium and Vanadium Project
ASX CODE: MTB KIHABE – NXUU ZINC/LEAD/SILVER/GERMANIUM AND VANADIUM PROJECT Mount Burgess Mining (MTB) controls 100% of Prospecting Licence PL 43/2016, an area of 1,000 sq km, covering the whole of that portion of a Neoproterozoic belt situated in Botswana, highly prospective for the discovery of ba
Slide 5: Gravity separation, flotation and sensor sorting test work
through the simple process of gravity separation, then subjecting the tail to flotation, using Hydroxamate as a collector (bench scale test work ALS). Over 80% of Silver recoveries have been achieved on similar deposits. With the mineralogical test work currently being conducted at Naples University
Slide 6: The Way Forward - Development of the Nxuu Resource
Nxuu Higher Grade Vanadium Zone (area of 270m x 100m) – Oblique View Looking North East THE WAY FORWARD – DEVELOPMENT OF THE NXUU RESOURCE HQ diamond core drilling was recently conducted at the Nxuu Resource for the purpose of upgrading it to an Indicated/Measured Resource category compliant with th
Slide 7: Completed Drill Holes
Fea ea ek es a ee = y a i = Completed Drill Holes. & NXUU DEPOSIT NORTH @| t : ® FIGURE 1 razsscan| oil| Holes Containing V205 @ ZINC LEAD, SILVER, GERMANIUM, VANADIUM. A %, ey Seinen: Pa | ke se p=" Drill Holes Containing v205 —t se Intersections Over 1,000ppm Fi. e220 ¥ -£¢ |. SECTION 108 Meters p
Slide 8: Nxuu Deposit South West
NXUU DEPOSIT SOUTH WEST ZINC, LEAD, SILVER, GERMANIUM, VANADIUM MINERALISATION DRILL HOLE MAP a i [rae20n Ef 7 j Wd I lage tet Val a _| {ame | als a - ed Wie Lf 3 ‘ii fpmsot_ | nansacon 7] raza cont | \ [ramuaion | S i: a ia 7 a : “ez a t+ FIGURE 1A a , | 4 aeait |} +1 + — PigprrrTr tug dogg | NXUU
Slide 9: Nxuu Deposit
NXUU DEPOSIT ZINC, LEAD, SILVER, GERMANIUM AND VANADIUM FIGURE 2 [4 i : ID) ode PF | 1 | a | razs00n H ar | i | ee | \ i | : t ; NXUU DEPOSIT | | | | ~ ‘ j ' | * reaisom | o a | i | i 4 — Completed Drill Holes - — ir : G DEPTHS 28M 29 tomests rani | Drill Holes Contoining V205 2 4 | DRILL HOLE MAP S
Slide 10: Nxuu Deposit North
“| Fela z | ' FIGUR fe 7,823,520n) _ ro B s NXUU DEPOSIT NORTH 7,823,900) ZINC, LEAD, SILVER, GERMANIUM & VANADIUM section MINERALISATION LOCATIONS OF DRILL HOLES SHOWN IN FIGURES4 & 5 7824,880N — ry ese tri ch of al yin, zaziieanl ail (il __| L SECTION 9 oe teat & 200m _— — - ches a ie "204 RETAINI
Slide 11: Nxuu Deposit North South West Area Drill Hole Sections
NXUU DEPOSIT NORTH SOUTH WEST AREA DRILL HOLE SECTIONS FIGURE 4 LEGEND RECOVERABLE ZING VANADIUM EQUIVALENT GRADE FOR PENTOXIDE ZnIPbIAg 0.3% «4% 5 2 > 2a i1%~ & 1% ~3% S 3 uv 8% «4% BB ao 496 5% Qi J a GERMANIUM 5% ~ 8% nw So ao ant x8 2° 7,821,750N m Fig 4 (a) 25m | sa) we WW Ww wo no 8o6 40m 25 a
Slide 12: Figure (a)
FIGURE 4 (a) ne A NXUU DEPOSIT NORTH ae SOUTH WEST AREA DRILL HOLE SECTIONS SHOWING ASSAY GRADES 3.00nr= 7.00m 15.00m @ 1,398ppm (1,118ppm) _—_ MINERALISED OXIDISED QUARTZ WACKE 200m 33.00 1.0m @ 210ppMm 5.0m 3saam (168 ppm) 4.58m @ 80Sppm go.o0m (244ppm) sain ozs gy 28 Bom am 6 EEerom my 200ppm " (
Slide 13: Nxuu Deposit North Figures
NXUU DEPOSIT NORTH FIGURES REMAINING AREA DRILL HOLE MAP NXDD046 508,950E NXRCO19 508,998E 7,821,950N 7,821,930N Qu du ag c=} Ss Sn aS a an os g3 23 as 7,821,900N 2m 21 5 3 ——e ae Fig 5(i) ———= sm4 EOH32m 355m 1982 results from Billiton’s AP percussion drill holes cannot be reported under ‘the JORC
Slide 14: Figure (a)
FIGURE 5 (a) NXUU DEPOSIT NORTH DRILL HOLE SECTIONS SHOWING ASSAY GRADES NXDDO3E NXDDO02 508,850E 7,821,700N KALAHARI SAND 17.941 oe, 38.00 7.90m @ 295ppm (236ppm) 36.000 at”"” 1.0m @ 867ppm (694pPm) 00 ‘ ga 8°37 9.93m @ B89ppM (712PPM) 42.00m. elt z 43.00 I een gS 3 soomeasexlial | 49,00m ames [N90
Slide 15: NXDD030
NXDDO30 508,800E 7,821,750N 3.00m Sere aus 3,00 3.00 m ‘am @ (2m/6,303ppm) |r Sem ESDP comes apey(2m/4,030 {| BAL ABER SAARD, Fal ie! aR, gn pom) OS eo bulk 1000 an V/3,62appm) a s2.00mpa 5PP™ 3 12.00 Leen gle I eae Ee ={8 3,00m @ 4,175ppm 00 Ls 8 = comerose| Mion — .240p0m |B 00 13.00) = Wana oy 25
Slide 16: Figure (c)
FIGURE 5 (c) NXUU DEPOSIT NORTH DRILL HOLE SECTIONS SHOWING ASSAY GRADES APO05 7,821,780N = LAHARI SAND 20.00. 2 2 o a Q 2 oO a. (ee 37.00m E} (9) 41.00 m oO g 3 o 2. Cc DOLOSTONE ee 3 i 51.00m EOH 53.00m Results from Billiton’s 1982 AP percussion drill holes cannot be reported under the JORC Code c
Slide 17: Nxuu Deposit North Figure (d)
NXUU DEPOSIT NORTH FIGURE 5 (d) DRILL HOLE SECTIONS SHOWING ASSAY GRADES 270 Deg 7,821,800N NXDDO34. ai) 508,250 wxDD032 508,900E . a8 Be : KALAHARI SAND 15m, smn 2.05m @186ppm 00m (i49ppm) 18.00m gg == 7204 12.00m 7.43m @ 1,269ppm (1,015ppm) piesa 15.54m @ 996ppm (797ppm) 5.85 @ 0.79% 49.43 3,95m @
Slide 18: Nxuu Deposit North Figure 5(e)
NXUU DEPOSIT NORTH FIGURE 5(e) DRILL HOLE SECTIONS SHOWING ASSAY GRADES 509,022E NXRCO2ZL 90 Deg 7,821,800N rr —— KALAHARI — ! WINIUPLUISD 103 paAesse JON uinipeue, 10} padesse JON 41.00m 7.00m @ 4.76% Zn/Pb emuummememe 48.00m 49.00m EOH 52.00m GERMANIUM 18 DOLOSTONE BASEMENT LEGEND RECOVERABLE ZINC
Slide 19: Nxuu Deposit North Figure 5(f)
NXUU DEPOSIT NORTH FIGURE 5 (f) DRILL HOLE SECTIONS SHOWING ASSAY GRADES NXDDOOS5 508,926E 7,821,830N cl aS 8 8 QoQ 38 = 640m 877m @ gaz ae 10m 1,147ppm (894ppm) 15..7m rH 19,00m ei 3 KALAHARI JSAND 5.40% rs) 2k. 400m 300m w 8 2.00 Ay nro 2 jak) & 18.00m. 29.00m bd cy | = mn 19, ® 3 6.00m @ w ® < N
Slide 20: Nxuu Deposit North Figure 5(g)
NXUU DEPOSIT NORTH FIGURE 5(g) DRILL HOLE SECTIONS SHOWING ASSAY GRADES r ma 2 270 Deg 38 2 8 z 5 a 2 a 7,821,850N 3 8 88 pad KALAHARI SAND 3.20m 6.50m @1,153ppm_ 97am (922ppm) 5) 5,15 5.5 SO 5m @O.A0% 6.851) 40,5930 Sanpin £OH DOLOSTONE iin 8 13om = BASEMENT 144m @ asim @ 311% 8 fi 408" 8 Sep00n 25
Slide 21: Figure (h)
FIGURE 5 (h) NXUU DEPOSIT NORTH DRILL HOLE SECTIONS SHOWING ASSAY GRADES NXDDO45 508,975E 7,821,875N KALAHARI SAND 5.15 Seca 3.85m@ 0.55% 4.90m @ 650ppm 78.00% 20ppm ~ 10.05m (520p} ) 13,00m 4,00m @ 3.04% 37,0011 iS] i= 3 24.000. ® y 5.00in @ 4.15% 29.00m 35.00 —L36.00m 3.45m O eae BAGS 694ppm) S:S
Slide 22: Nxuu Deposit North Figure 5(i)
NXUU DEPOSIT NORTH FIGURE 5(i) DRILL HOLE SECTIONS SHOWING ASSAY GRADES ae 38 BE oop 270d = BS ag He eg 7,821,900n 2 28 3 2 7,821,900N KALAHARI SAND 3.5507 mee —— a 5.00m -B-5.70m 570 : sn e2 7.00% «om @ 16pm Ze a aa 5.76 @ 77Appm 60m. TP aaom (333ppm) 256 8 Hage (617PP™)——9.60m @ Speen fh 22° az 00
Slide 23: Figure 5(j)
FIGURE 5(j) NXUU DEPOSIT NORTH DRILL HOLE SECTIONS SHOWING ASSAY GRADES NXDDO46 508,950E NXRCO19 508998E 7,821,950N KALAHARI SAND 2 =» 5.00 bag soon @ 909ppn (727ppm) 9,00m j 0 . 3.00m@ arene 70.00 00m @ 343ppm 6.00 @ 1.76% oP aes wy ~ 14.00m 14.00m (274ppm) & & oe 0.8m @ 2,05% 15.001 4.39 @ 3,222pp
Slide 24: Nxuu Deposit Recoverable Zinc
NXUU DEPOSIT RECOVERABLE ZINC The Recoverable Zinc Equivalent Grade results were based on the following calculation. The Zinc Equivalent Grade for the Nxuu Deposit includes grades for Zinc, Lead and Silver calculated applying the average five trading days closing price from 22 to 26 January and furt
Slide 25: The Kihabe Resource
THE KIHABE RESOURCE Location – Western Ngamiland, Botswana, within 500m of the Namibian border fence, 15km south of the Dobe border gate and 21km north of Xai Xai. Strike Length - The Kihabe resource covers a strike length of 2.4km. Within this 2.4km, there are two proposed pits, a SW pit and a
Slide 26: Figure 6 A Block Model
Figure 6 A Block Model - Kihabe Zinc Mineralisation boundaries looking North East (Local Grid) Figure 6 B Block Model – Kihabe Lead Mineralisation boundaries looking North East (Local Grid) 26
Slide 27: Kihabe Zones of Mineralisation
KIHABE ZONES OF MINERALISATION 27
Slide 28: Kihabe Resource - Section 9900mE
FIGURE 7A Kihabe Resource – Section 9900mE 1200m RL KALAHARI SAND 12m below surface OXIDISED 1150m RL FRESH 60m wide 1100m RL 1050m RL 1000m RL DOLOMITE QUARTZ WACKE DOLOMITE QUARTZ WACKE Zinc Model 28 Lead Model
Slide 29: Kihabe Resource - Section 10400mE
FIGURE 7B Kihabe Resource – Section 10400mE 1200m RL KALAHARI 5m below surface OXIDISED 1150m RL 30m wide 1100m RL FRESH 1050m RL 1000m RL DOLOMITE QUARTZ WACKE DOLOMITE QUARTZ WACKE 29 Zinc Model Lead Model
Slide 30: Kihabe Resource - Section 11600mE
FIGURE 7C Kihabe Resource – Section 11600mE 1200m RL KALAHARI 12m below surface OXIDISED 1150m RL 45m wide 1100m RL FRESH 1050m RL DOLOMITE DOLOMITE 1000m RL QUARTZ WACKE QUARTZ WACKE 30 Zinc Model Lead Model
Slide 31: Kihabe Resource - Section 11700mE
FIGURE 7D Kihabe Resource – Section 11700mE 1200m RL KALAHARI 10m below surface OXIDISED 1150m RL 50m wide 1100m RL FRESH 1050m RL DOLOMITE DOLOMITE 1000m RL QUARTZ WACKE QUARTZ WACKE 31 Zinc Model Lead Model
Slide 32: The Kihabe Deposit - Zone 1
THE KIHABE DEPOSIT - ZONE 1 The recent HQ diamond core drilling programme also included 7 holes drilled into a section of the top oxide zone of the Kihabe Deposit. The initial purpose of the drilling was to quantify a higher grade Zinc/Lead/Silver zone that could be accessed for supplemental feed on
Slide 33: Kihabe Deposit - Recoverable Zn, Equiv Grades
FIGURE 8 Kihabe Deposit – Recoverable Zn, Equiv Grades for Zn, Pb & Ag within the Oxide Zone DFS – DEPTH FROM SURFACE DHD – DOWN HOLE DEPTH 33
Slide 34: Kihabe Deposit - Recoverable Vanadium Pentoxide Grades
FIGURE 9 Kihabe Deposit – Recoverable Vanadium Pentoxide V2O5 Grades alongside Recoverable Zn Equiv. Grades within the Oxide Zone Recoverable V2O5 Grades DFS – DEPTH FROM SURFACE DHD – DOWN HOLE DEPTH 34
Slide 35: Kihabe Deposit - Germanium Grades
FIGURE 10 Kihabe Deposit – Germanium Grades alongside Recoverable Zn Equiv. Grades within the Oxide Zone 35
Slide 36: Recoverable Zinc Equivalent Grade Results
Recoverable Zinc Equivalent Grade results for Kihabe Deposit were based on the following calculation. The Recoverable Zinc Equivalent Grade for the Kihabe Deposit includes grades for Zinc, Lead and Silver calculated applying the average five trading days closing price from 22 to 26 January 2018 and
Slide 37: Figure
FIGURE 11 37
Slide 38: Kihabe Deposit - Vanadium Mineralisation - Drill Map Zone 1
Figure 12 Kihabe Deposit – Vanadium Mineralisation – Drill Map Zone 1 38
Slide 39: Kihabe Deposit - Vanadium Mineralisation - Zone 1 - Section 1
Kihabe Deposit – Vanadium Mineralisation – Zone 1 – Section 1 Figure 13 39
Slide 40: Kihabe Deposit - Vanadium Mineralisation - Zone 1 - Section 2
Figure 14 Kihabe Deposit – Vanadium Mineralisation – Zone 1 – Section 2 40
Slide 41: Kihabe Deposit - Vanadium Mineralisation - Zone 1 - Section 3
Kihabe Deposit – Vanadium Mineralisation – Zone 1 – Section 3 Figure 15 41
Slide 42: Kihabe Deposit - Vanadium Mineralisation - Zone 1 - Section 4
Kihabe Deposit – Vanadium Mineralisation – Zone 1 – Section 4 Figure 16 42
Slide 43: Kihabe Deposit - Vanadium Mineralisation - Zone 1 - Section 5
Kihabe Deposit – Vanadium Mineralisation – Zone 1 – Section 5 Figure 17 43
Slide 44: Kihabe Deposit - Vanadium Mineralisation - Zone 1 - Section 6
Kihabe Deposit – Vanadium Mineralisation – Zone 1 – Section 6 Figure 18 44
Slide 45: Kihabe Deposit - Vanadium Mineralisation - Zone 1 - Section 7
Kihabe Deposit – Vanadium Mineralisation – Zone 1 – Section 7 Figure 19 45
Slide 46: Kihabe Deposit - Vanadium Mineralisation - Drill Map - Zone 4
Kihabe Deposit – Vanadium Mineralisation – Drill Map - Zone 4 Figure 20 46
Slide 47: Kihabe Deposit Vanadium Mineralisation Section 1
S006" §/ g/ af ol a! FIGURE 21 na / a S N ¥/ § aM OO oy / ry a a ae a / %, y/o = ae Ny oF % 5 : 160> KALAHARI SAND } MINERALISED OXIDISED. QUARTZ WACKE MINERALISED SULPHIDIC oo QUARTZ WACKE se pay DH = DOWN HOLE KIHABE DEPOSIT Zn ae VANADIUM a MINERALISATION yo SECTION 1 ZONE 4 47
Slide 48: Kihabe Drill Hole Section
KIHABE DRILL HOLE SECTION SHOWING BILLITON DRILL HOLE APO012 FIGURE 22 sg" eB / g% y Soe / ON S. ahs Py) eS 7% %%, % 87 se 2 ‘ city We Won hae SF FO eee nae ae» SURFACE Jy 145 Deg > MINERALISED OXIDISED QUARTZ WACKE KIHABE DEPOSIT VANADIUM MINERALISATION DH = DOWN HOLE MINERALISED SULPHIDIC Zn om QU
Slide 49: Mineralised Oxidised Quartz Wacke
MINERALISED OXIDISED QUARTZ WACKE BASE OF OXIDATION MINERALISED SULPHIDIC QUARTZ WACKE KIHABE DEPOSIT VANADIUM MINERALISATION SECTION 3 DH = DOWN HOLE \ ~ ZONE 4 Zn ee hae Pb ma roa Ag tum “ Vv ao
Slide 50: Kihabe Deposit Vanadium Mineralisation Section 4
v, a Pa t ~ 9 RS > 0: § > Sy % a a A ‘=, e &, _ ~S03 me o/N Ey ae 2 S hy) €330 “"% /% wmaturatsurFace ‘/ bd Pe v 150 > KALAHARI SAND FIGURE 24 MINERALISED OXIDISED QUARTZ WACKE Lm eS 2, Ptr oo © 536 Pein 10 \_ BASE OF OXIDATION @on,8m avai RE Pom MINERALISED SULPHIDIC QUARTZ WACKE KIHABE DEPOSIT VAN
Slide 51: Kihabe Deposit Vanadium Mineralisation Section 5
Now. S 7 Mee =/ NO 1S S eS) <4 / SS <0, S c S oe Oe < S % sy SS € 330 my % RS) LV/. NATURALSURFACE ~ KALAHARI SAND =" 2 MINERALISED OXIDISED x QUARTZ WACKE apr? 845 FIGURE 25 “Sop MINERALISED SULPHIDIC QUARTZ WACKE KIHABE DEPOSIT VANADIUM MINERALISATION SECTION 5 DH = DOWN HOLE ZONE 4 2) = Pb gummi
Slide 52: Mineralised Oxidised Quartz Wacke
MINERALISED OXIDISED QUARTZ WACKE NATURAL SURFACE KALAHARI SAND ——_—_——— b 3 BASE OF OXIDATION 975. MINERALISED SULPHIDIC QUARTZ WACKE ‘0 ) oo S ox or os si* aw OF or ers wx 87 & SS KIHABE DEPOSIT VANADIUM MINERALISATION SECTION 6 ZONE 4 52 DH= DOWN HOLE Zn = Pb mmm Ag (ami Vy =
Slide 53: Kihabe Deposit Vanadium Mineralisation Section 7
™ §/ / N ‘ s = Ss. oe S So2 a/ & oe) g/ SS “S00, N 5 / Ss n a. a! ae y Bl / on ~ / 2 nN % & / ™~ $02 5 Ff , ‘ oN nN sg € 340 / ss NATURAL SURFACE % 9 oe ay % 160 9 —_ ’ KALAHARI SAND MINERALISED OXIDISED QUARTZ WACKE MINERALISED SULPHIDIC QUARTZ WACKE KIHABE DEPOSIT VANADIUM MINERALISATION SECTION 7
Slide 54: The Kihabe Deposit High Grade Silver Zones
THE KIHABE DEPOSIT HIGH GRADE SILVER ZONES The Kihabe Deposit has two high grade silver zones located between local grid 9,900mE to 10,300mE and 11,500mE to 11,900mE. These two zones will require further drilling to reduce the line spacing to 50m throughout, to better determine the continuity and ex
Slide 55: Table 1 - Kihabe Silver Grades Section 9,900E to Section 10,300E
Table 1 - Kihabe Silver Grades Section 9,900E to Section 10,300E HOLE ID COORDINATES DIP AZI- INTERVAL Silver Grade MUTH Easting Northing Degrees Degrees From (m) To (m) Width (m) g/t oz Section 9,900E KRC034 9,900 9,937 -60 339 181 191 10 48.20 1.55 KRC036 9,900 9,974 -60 339 106 109 3 39.67 1.28 S
Slide 56: Table 2 - Kihabe Silver Grades Section 11,500E to Section 11,900E
Table 2 - Kihabe Silver Grades Section 11,500E to Section 11,900E HOLE ID COORDINATES DIP AZI- INTERVAL Silver Grade MUTH Easting Northing Degrees Degrees From (m) To (m) Width (m) g/t oz Section 11,500E KDD114 11,500 10,073 -90 0 65 81 16 42.60 1.37 97 141 44 181.70 5.84 Section 11,600E KDD115 11,6
Slide 57: Figure 28
FIGURE 28 (MOUNT BURGESS MINING N.L.) Kihabe Project - Botswana 0 200 400 800 eS ——S metres ——-=- Zinc Soil Anomaly — Drilling Soil Geochem Sampling Area sr
Slide 58: Kihabe Deposit Copper Zone
KIHABE DEPOSIT COPPER ZONE COPPER GRADES NOT CURRENTLY INCLUDED IN THE RESOURCE ESTIMATE In the NE sector of the Kihabe Deposit between Sections 11,200E and 11,800E, some 15 holes drilled by the Company within this 600m strike length have intersected potentially commercial copper grades (Ref to Tabl
Slide 59: Copper Grades Not Currently Included in the Resource Estimate
Zinc Equivalent Recoverable Grade - Calculation Formula US$ Zinc price/t divided by 100 = US $ Zinc price per 1% X Recoverable % X Zinc Grade % = US$A US$ Lead price/t divided by 100 = US $ Lead price per 1% X Recoverable % X Lead Grade % = US$B US$ Silver price/oz divided by 31.1 = US $ Silve
Slide 60: Copper Grade Intervals
HOLE ID COORDINATES DIP AZI- INTERVAL Copper Grade MUTH Easting Northing Degrees Degrees From (m) To (m) Width (m) ppm % Section 11,600E KIH007 11,607E 10,037N -60 339 62 64 2 1,210 95 96 1 24,500 2.45 98 101 3 1,767 135 138 3 4,322 0.43 inc 136 137 1 10,060 1.06 KDD143 11,600E 10,009N -60 339 126 1
Slide 61: Kihabe Deposit - Location of Drill Holes Containing Copper
FIGURE 29 KIHABE DEPOSIT - LOCATION OF DRILL HOLES CONTAINING COPPER oO" ‘ as *% % es OF 4 Nose c Me Se on ig \e Pig eas) re x e i oo) ce x a) bees Coe or EOE mount burgess mining NS Cc See ---- Zinc Soil Anomaly —— Drilling Soil Geochem Sampling Area 500m et
Slide 62: Resource Statement for Kihabe Deposit
RESOURCE STATEMENT FOR KIHABE DEPOSIT External Indicated inferred Total Contained Zinc} Contained Lead Deposit Zn-eq Cut% | M Tonnes % M Tonnes % M Tonnes % metal (kt) metal (kt) Kihabe 1.5% 11.4 @2.90%* 3.0@2.60%* 144@2.84%* 259kt 115kt *Zinc Equivalent Zn Pb Ag Kihabe resource calculated on metal
Slide 63: The Wanchu Anomaly - Km South West of the Kihabe Deposit
THE WANCHU ANOMALY - 1 KM SOUTH WEST OF THE KIHABE DEPOSIT Refer to Figure 30, which shows Vanadium results from previous drilling conducted at the Wanchu soil geochemical Zinc anomaly. These are Vanadium grades. The Vanadium Pentoxide grades are 1.785 times higher. THE KIHABE NORTH ZINC ANOMALY - 1
Slide 64: Wanchu West - Vanadium Mineralisation
Figure 30 Wanchu West – Vanadium Mineralisation (1 km south west of Kihabe Deposit) 64
Slide 65: Kihabe North - Vanadium Mineralisation
Kihabe North - Vanadium Mineralisation Figure 31 65
Slide 66: Gossan Anomaly - Drill Hole Map Highlighting Vanadium Mineralisation
Gossan Anomaly – Drill Hole Map highlighting Figure 32 Vanadium Mineralisation Holes prefixed with GDD and GRC are diamond core and RC holes drilled by Mount Burgess Mining. Holes prefixed with AP are Billiton drill holes which all intersected Vanadium Mineralisation. The results cannot be reported
Slide 67: Gossan Anomaly - Diamond Core Hole Recoverable Vanadium Pentoxide Grades
Gossan Anomaly – Mount Burgess Mining Diamond Core Hole Figure 33 Recoverable Vanadium Pentoxide Grades 67
Slide 68: Gossan Anomaly - Diamond Core Hole Recoverable Vanadium Pentoxide Grades
Gossan Anomaly – Mount Burgess Mining Diamond Core Hole – Figure 34 Recoverable Vanadium Pentoxide Grades 68
Slide 69: Gossan Anomaly - RC Drill Holes Recoverable Vanadium Pentoxide Grades
Figure 35 Gossan Anomaly – Mount Burgess Mining RC Drill Holes Recoverable Vanadium Pentoxide Grades 69
Slide 70: Gossan Anomaly - Billiton Percussion Drill Holes
Figure 36 Gossan Anomaly – Billiton Percussion Drill Holes highlighting Vanadium Mineralisation Billiton Percussion drill holes all intersected Vanadium mineralisation. All assay results for V, Zn, Pb and Ag cannot be reported on under current ASX Listing Rules as this drilling was conducted prior t
Slide 71: Potential to Increase Resource Base
POTENTIAL TO INCREASE RESOURCE BASE Geochemical soil sampling has generated seven other Zn/Pb anomalies. These are all within close proximity of the Kihabe and Nxuu resources and whilst recent drilling has shown that the widths of mineralisation do not match those of either Kihabe or Nxuu, they do h