Slide 1: Presentation in respect of Vanadium and Germanium
ASX Code: MTB 24 September 2018 PRESENTATION IN RESPECT OF VANADIUM AND GERMANIUM The Company has compiled the attached presentation relating specifically to Vanadium and Germanium at the Kihabe/Nxuu Zn/Pb/Ag Project in Botswana. This is in response to a request from the Ministry of Mines in Botswan
Slide 2: Kihabe-Nxuu Zn/Pb/Ag/V/Ge Project Botswana
KIHABE-NXUU Zn/Pb/Ag/V/Ge PROJECT BOTSWANA ACN: 009 067 476 8/800 Albany Hwy East Victoria Park Western Australia 6101 Tel: (61 8) 9355 0123 Fax: (61 8) 9355 1484 mtb@mountburgess.com www.mountburgess.com 1
Slide 3: Is Vanadium the Energy Storage Solution of the Future?
LIVE Vanadium Price, News and Articles Is Vanadium the Energy Storage Solution of the Future? Date: Sep 14, 2018 Vanadium is an abundant silvery-gray metal, cousin to niobium and tantalum, that is primarily mined in China, Russia, South Africa and Brazil. Part one of our vanadium coverage will focus
Slide 4: Vanadium battery development
During use, those stored electrons are released, allowing them to flow back through the outside circuit to the positive side. Since their inception in 1984, VRFBs have slowly advanced and refined their storage capacity and delivery technique. The first generation of vanadium batteries weren’t able t
Slide 5: Vanadium Pentoxide 98% Min. China US$ per pound, Last Three Years
Vanadium Pentoxide 98% Min. China USS per pound for Last Three Years 25.00 20.00 ‘sa 15.00 J 10.00 _ — = ¥ ‘ ‘ T T . i] 9/21/2015 3/21/2016 9/21/2016 3/21/2017 9/21/2017 3/21/2018 9/21/2018 thanks to www.vandiumprice.com 21 September 2018
Slide 6: PL 43/2016 Namibia Botswana map
NAMIBIA PL 43/2016 BOTSWANA gv os | A ‘ we <9” %, ", Tq —e we ee wi w ww Ww =) =] =) Oo S =} o Ny re a a 8 a 7,835,000N 7,330,000N 7,825,000N 7,320,000N 7,815,000N 7,810,000N 7,805,000N 7,800,00N 7,795,000N
Slide 7: PL Location Reference Chart
w w w E E E s s s 3 8 3 2 5 8 .7840000 mN : 20 tim wld whe we are Aattnane Bs NAMIBIA BOTSWANA PA: B Licence Application 7820000 mN Area 1000 km2 7800000 mN : 'D PLLOCATION REFERENCE CHART [1D | Longitude | Latitude ] A 20.9997 -19.5807 B 21.2381 -19.5807 ej 20.9997 -19.9414 D 21.2381 -19.9414 Coord
Slide 8: Kihabe and Nxuu Deposits 2004 JORC Code Zn/Pb Resource Statements
KIHABE AND NXUU DEPOSITS 2004 JORC CODE Zn/Pb RESOURCE STATEMENTS KIHABE DOES NOT INCLUDE VANADIUM OR GERMANIUM NXUU DOES NOT INCLUDE SILVER, VANADIUM OR GERMANIUM External Indicated Inferred Total Contained Zinc Contained Lead Deposit Zn-eq Cut % M Tonnes % M Tonnes % M Tonnes % metal (kt) metal (k
Slide 9: Nxuu Deposit Vanadium
NXUU DEPOSIT VANADIUM 8
Slide 10: Nxuu Deposit Zinc, Lead, Silver, Germanium, Vanadium Mineralisation
1844/00 L ! : f | Fe | | | |) | | 7,821,940N ba B 5 8 8 R B g B 3 B R 8 ol Pa, _ one 8) /Z_NXRCO19 ‘7 ¢ ra ple cd Samat ko | ft 7,821,920N ao tn me A \-§ =o f ‘s \ NXUU DEPOSIT ? Py, v4 | | aati ZINC, LEAD, SILVER, GERMANIUM, VANADIUM spent te Ss heer | MINERALISATION ‘Nx00007 aC] NxDD029 DRILL HOLE
Slide 11: Nxuu Deposit Northern Section 3D Drill Hole Model
NXUU DEPOSIT NORTHERN SECTION 3D DRILL HOLE MODEL SHOWING DRILL HOLE SECTIONS 1 - 10
Slide 12: Ze00GxN
Ze00GxN s008Y sooaaxn’ + 1 (Orodaxt THOCOKN WNIGYNYA Ndd Vad WNIGYNY: Lisodad n 200d + WSS'TT JIOH Yad HLGIM 3DVEIAV wWddsoO‘T JaVUD IDVYSAV WOOT X NOLZ WARY 3NOZ NNIGVNVA 3GVED YIHOIH NMONY ATLNIYYND LISOdad NNAXN
Slide 13: Nxuu Deposit Section 1
. Zo & *% ZY i y &%, 2 gt’ & Be & 2 A” ‘eB we BS ‘ \37 NATURAL SURFACE \g/ NXUU DEPOSIT Xe SECTION 1 KALAHARI SAND SSZesmten awn ig poe MINERALISED OXIDISED names Hye ‘QUARTZ WACKE SS samen = i eer H 2 oom j < 100m @ 10 pee “lJ SE ewes 284m \ Z \ 2 & ¢ gH 8 ES ‘a 2 o +3 NATURAL SURFACE \3 1s KALAHAR
Slide 14: Nxuu Deposit Section 1A
¢ NXUU DEPOSIT - o & 28. 3Y 25 2 § 2, 96 SECTIONIA “%&, = of” LEGEND NW 8% Soy, 2 x / “Le ane [8 Sy NATURAL SURFACE SS EQUIVALENT} —e GRADE FOR } @ Taeb/Ae § ss KALAHARI SAND _ 1%-3% cy : MINERALISED OXIDISED 5.00m @ 509ppm 3% -4% shi QUARTZ WACKE 10.00m 4% -5% EON paid 11.00 11.00m TE iy on eee 3,0
Slide 15: Nxuu Deposit Section 2
‘e e \ # \ > & 2 4 ; ny bal re yb” N27 2 NATURAL SURFACE tg 7 xu DepOsHT NES ee KALAHARI SAND : - won 7.06m 3.46% oa mine [E | =e MINERALISED OXIDISED (sete @ 1068 = nm (QUARTZ WACKE Ban! = a a ease ae a _ 90 ‘ame a, =. conn fm umessien a Igas mans etspom on ee tle 00m, Zao S/F Ae earn e at em Siler
Slide 16: z i] is] r=) @ o w I N a N N ® Pr
z 4 i] is] r=) @ o w 3 I N a 3 N N 3 ® Pr $0 w N 3 3 | < 5) s a = = 3
Slide 17: Nxuu Deposit Section 3
NXUU DEPOSIT SECTION 3 14.52m 2.51m @ 3.11% 17.03m 27.00m 2.00m @ 3.79% 29.00 2.00m @ 4.97% 31.24m 2.76m @ 3.52% 34.00m 16
Slide 18: Nxuu Deposit Section 4 & 8
a. & z ‘ &, Bg’ an ars “ey Ba See “ese 8 88 4” NxXUU DEPOSIT SECTION 4 & 8 wg e” 8 y NATURAL SURFACE ; < 2 pares NEE ate i: = urs ecovenatie |g me cuter KALAHARI SAND ae ‘injPhing [2 ae pine e a 1.00m @ 1,550 Pam 9.00m Js2.00m a sinwuaat : " e j 2 i E ; i ; OPEN > i H 37% a mei ied sam a a sR) 3 one
Slide 19: Nxuu Deposit Section 5
: 2 fr vik 4 A rp r Eu et NXUU DEPOSIT SECTION 5 33 ee aitunah sigence ‘ a 8 ii KALAHARI SAND Orc ———— = ee 255m © 115 pom _ crmiacas MINERALISED OXIDISE BO simp tiem QUARTZ WACKE BER ome 109ppm \ ‘ ae bane x som Pr adamant 5 nite Maas - : age esse nen 1 - : ir 7 see 5.00 @ 4.1496) : 7 46.40m | é 5
Slide 20: Nxuu Deposit Section 6
ts ge Be Be A a3 Be 298 28 aensson NXUU DEPOSIT SECTION 6 55 Haz Pig ee a Seat Fo eel as ined 7.00 @ 1.46% aape 2 @ 2ET bom, KALAHARI SAI ee BE some strom aah ea — ‘3 Fi a 1500m @ 783 ppm Bs / : = % MINERALISED OXIDISED cation el mn OE \ ciaocron |B = ; BIE se sntem QUARTZ WACKE ee | tise acd Ee e2
Slide 21: Nxuu Deposit Section 7
NXxDD037 ‘508.9006 721,800 NXUU DEPOSIT SECTION 7 7,821,800N NATURAL SURFACE KALAHARI SAND 1.00m 7,550 | . con > “ # seni ssap00 ads, aan e710 MINERALISED OXIDISED Fas ? anos s QUARTZ WACKE P. yiked ion 9 f 33.000 0 / 0m neon 3 “— sovhenos Dox en zm Yam se Os 2.60 @ 782 ppm \ STONE Bae ° 3am x? ae s
Slide 22: Nxuu Deposit Sections
3 & B gy g § 3 NXUU DEPOSIT SECTIONS “Ys, 3 .9# LEGEND . 5 NATURAL SURFACE Sy unc |S EQUIVALENT a GRADE FOR | © 2n/Pb/ag | = 1% 3% — = 6. KALAHARI SAND a> 4% a —-10.00m Meee 8.77m @ 626 ppm 5% -6% 18.00m 19.00m = 2.00m @ 5.40% _— 21.00m 3.00m @ 4.41% HB eee MINERALISED OXIDISED 3 200m QUARTZ WACKE i
Slide 23: Nxuu Deposit Section 8
NxDD044 508,950 gu NXUU DEPOSIT SECTION BS 7821,850N NATURAL SURFACE 7,821,850 25 KALAHARI SAND NXDDO41 508,600 im fe od . sasem A dy ae siti ‘ vy Z 20s TOH. vaome gene Pr aabaalaas MINERALISED OXIDISED i Bas, YEG 7 seca O2m @ 504 PHM UARTZ WACKE/ # / SMe scat a an 4 73 7 roam eS be , a ‘itm @ 2185
Slide 24: Nxuu Deposit Section 10
% is s a > Sy 2 & X® S$ 7 Bo 8 oy id £9 So \&% 8 © \@, 2 & NXUU DEPOSIT SECTION 10 4 8 / RC : 5 NATURAL SURFACE 2 KALAHARI SAND o— — = 3.85) 2.64% 5.70mi me 7-097" som @ 233 ppm 7.40m 7.40m LEGEND 8.0m 5.76m @ 432 ppm 12.001 anc [5 €OPEN {oom 5 aaa 1.75m @ 160 ppm equivatent| 5 3.00m @ 345 ppm 18:d6
Slide 25: Nxuu Deposit Mineralisation Drill Holes
NOILVSIIVUANIIA. Sa WNIGVNWA 7 NMON) 4O Wau 8 snipers NOILVSITVYANIN EEG EE qd/UZ NMONM 40 Wau + Bf e@ S310H THG GasodOud | aes ais ‘ | V ewes b widd 900‘T YaAO 4—t. | © WWNIGVNVA SNINIVLNOD oe S31OH THUG GaL31d OD < ra ss ‘wore SHLGIM WNIGVNVA ae Rae SHLGIM 4d/UZ DNIMOHS X o avi), @® —wotavnva SNIN
Slide 26: Nxuu Deposit Germanium
NXUU DEPOSIT GERMANIUM 25
Slide 27: Nxuu Germanium
NXUU GERMANIUM The Nxuu Deposit contains Germanium which if shown to be recoverable through metallurgical test work could represent a valuable credit. Germanium was not systematically assayed for or assessed in previous drilling campaigns, although it is known to be associated with zinc deposits. Ge
Slide 28: Kihabe Deposit Vanadium
KIHABE DEPOSIT VANADIUM 27
Slide 29: Kihabe Zn Pb Ag Ge V Deposit
"KIHABE Zn Pb Ag Ge V DEPOSIT SHOWING BILLITON DRILL HOLES APO11 & APO12 28
Slide 30: Hd3q JIOH NMOd = GHa
Hd3q JIOH NMOd = GHa eS] MATS mon ee Es WNGYNYA 7 DVM ZWD Gn3937 DIGIHATNS GISMWUANIAL NOLLVSIIVYANIIA IANIGVNWA LisOddd JGVHD SOVMZLUVND GSSIGIXO G3SHiVUANIIAL Ne B20 Sot : ee aovauns 7» 1WeNlvN ak tees 3 a ¢ Fe 3B, ‘as e ag “e" B8q Sze > Pax e & es “sg S Nv ‘ 8%, ~ y a rN 8 ‘ TLOOdY FIOH THYG NOLI
Slide 31: STOH NMOG = HG
STOH NMOG = HG NOLLVSIIVUANI WNIGvNVA lisodaq 3avHD aovm ZLuvND dtaiHains asian aOWM ZV Gasiaixo GagnvuaNi! > i a € Sad SbT —— BSED as cw le % IN Ay a 7 oN cT00dV FIOH THYG NOLITH SNIMOHS NOLLOIS JIOH THYG agVHDI
Slide 32: 31
31
Slide 33: Kihabe Deposit Vanadium Mineralisation
| ' 1. | | | I | i | | KIHABE DEPOSIT VANADIUM MINERALISATION ‘eI x ’ T T 4 e % ZONE 1 . in g of i Nyy gst 7,821,670N xe e _ 500,994E KDD126 _500,884E /670N 7,821,667N oN 7 “ON razusso | i, £21 660N WU econ i0H8 "ea | Y cs “ KRCOA2 7 591,657 te | i \ KDD200 za2,6son | _) KRCOLB { | '500,925E 501,008
Slide 34: Kihabe Deposit Vanadium Mineralisation Section 1
‘ %, / 3. & Se 2 Ne N&e WA > To * Y gy § & gy oe. G8 Deg. 7 JY 2 £ g/ Ne NATURAL 7 SURFACE. = oP Reg Ay 145 Deg >\ & KALAHARI SAND "@, S Shy Np er) © apgm 225 8, 2o, 5n 2%, G 2%, mn %Bp, Op 28m DHD 8m @ 669 ppm stem 36m DHD MINERALISED OXIDISED QUARTZ WACKE ins 4 KIHABE DEPOSIT a VANADIUM 59.7 Onn M
Slide 35: Kihabe Deposit Vanadium Mineralisation Section 2
/ ef ~ S 5 a, e / 0.859, Ww! S09 = / = ie §/ TS ny kee) Nv / S SS / = x a’ a €340 Deg NATURAL SURFACE ~ / £ 160 Deg > _ KALAHARI SAND 2m 2 D @, 0, , KIHABE DEPOSIT VANADIUM MINERALISED OXIDISED MINERALISATION QUARTZ WACKE SECTION 2 iy LY ” OF XIDATIG, LEGEND MINERALISED SULPHIDIC QUARTZ WACKE VANADI
Slide 36: Kihabe Deposit Vanadium Mineralisation Section 3
500,870E | | = FIGURE 15 aa % % 7,821,650N _ 183 Deg > KIHABE DEPOSIT VANADIUM MINERALISATION SECTION 3 MINERALISED OXIDISED QUARTZ WACKE MINERALISED SULPHIDIC QUARTZ WACKE LEGEND con SILVER = 43 DHD = DOWN HOLE DEPTH 35
Slide 37: Kihabe Deposit Vanadium Mineralisation Section 4
S S009 s / = — 880 +/ &/ s gy i ns ‘ a sy» ~ 400 os] ta iS 2.9 * A rf ae 3 € 340 Deg NATURAL SURFACE g 160 Deg > MINERALISED OXIDISED QUARTZ WACKE KIHABE DEPOSIT VANADIUM MINERALISATION SECTION 4 gon MINERALISED SULPHIDIC Oy,” QUARTZ WACKE LEGEND SILVER i=) DHD = DOWN HOLE DEPTH 36
Slide 38: Kihabe Deposit Vanadium Mineralisation Section 5
~ %, s/ & ~<% ay es ees AL 4/ 150Deg> KIHABE DEPOSIT VANADIUM MINERALISATION SECTION 5 Wee my O88 N Pe MMINERAUSED Ray,” OXIDISED QUARTZ WACKE 30 (QUARTZ WACKE fy oyeen LEGEND ~~ SILVER | DHD = DOWN HOPLE DEPTH a7
Slide 39: Kihabe Deposit Vanadium Mineralisation Section 6
= / 5 § = $ ~200, 9, § \ 5095 o/ a aoe ¥ ~ §/ ee nN / nn bes s rs Ss € 340 Deg naruRAL_/ suRFAce _/ § 160 Deg > KALAHARI SAND L959 "@ 2 8S», 40, &, MINERALISED OXIDISED QUARTZ WACKE KIHABE DEPOSIT VANADIUM MINERALISATION SECTION 6 BASE OF OX! 2g fOr . = LEGEND SILVER | DHD = DOWN HOLE DEPTH 38
Slide 40: Kihabe Deposit Vanadium Mineralisation Section 7
€ 330 Deg MINERALISED SULPHIDIC N°0 > N% 0, S/ oS NATURAL SURFACE “\ A Sn @5 Ino, KALAHARI SAN =< > —— fe MINERALISED OXIDISED 355m dy my @g 3S, QUARTZ WACKE QUARTZ WACKE KIHABE DEPOSIT VANADIUM MINERALISATION SECTION 7 LEGEND VANADIUM | SILVER fe DHD = DOWN HOLE DEPTH 39
Slide 41: Kihabe Deposit Vanadium Mineralisation Zone 4
. ' : sy 1.822,700N : \ KIHABE DEPOSIT VANADIUM NB woousr Sst 1 anor MINERALISATION 1 ZONE 4 722,650 . & \ soasi2t e azzesen @ Keo 502,412E ‘903,5288 WHOL 19008 a bese 7822,6008 wncoat z k R sox aaoe as % yeDeo0N 5 ® % Ae *s ‘s soaaaot a\Fy acoso] 4 a sy % Bec ee @ waco gy encory Sma suas sna 7 rams
Slide 42: Kihabe Deposit Zone 4 Section 1
L00n F =/ ee: ae g, §,-3~ & 8 ay mg }. a ~S / ny! % g/% * % RA % 160> ___KALAHARISAND MINERALISED SULPHIDIC QUARTZ WACKE sae DH = DOWN HOLE 168.8m DH KIHABE DEPOSIT VANADIUM MINERALISATION SECTION 1 ZONE 4 41
Slide 43: Kihabe Deposit Zone 4 Section 2
MINERALISED OXIDISED QUARTZ WACKE MINERALISED SULPHIDIC QUARTZ WACKE KIHABE DEPOSIT VANADIUM MINERALISATION SECTION 2 DH= DOWN HOLE ZONE 4 os 42
Slide 44: Kihabe Deposit Zone 4 Section 3
PS S02 >/ ie ¢ is €330 S/ 2505 SS < 50> § S a/ / os S 3 ard yl A 2. yo =, =a os ~ vy © y ey AY % z “> 300 res oie, + ae e MINERALISED OXIDISED oe ae QUARTZ WACKE o® oh? 4¥ BASE OF OXIDATION MINERALISED SULPHIDIC QUARTZ WACKE KIHABE DEPOSIT VANADIUM MINERALISATION SECTION 3 DH = DOWN HOLE ZONE 4 43
Slide 45: Kihabe Deposit Zone 4 Section 4
/ ~ / Le = ; ba} NS ies \ A A &’ ~$0, S/S vy Se € 330 Oe 7% wmaTURALSURFACE ‘/ ~ KALAHARI SAND ji | MINERALISED OXIDISED QUARTZ WACKE oo m ror \ BASE OF OXIDATION MINERALISED SULPHIDIC QUARTZ WACKE KIHABE DEPOSIT VANADIUM MINERALISATION SECTION 4 DH = DOWN HOLE ZONE 4
Slide 46: Kihabe Deposit Zone 4 Section 5
/ Ss Bae, ‘= / ~ tie. at SS 18 / S02 S/ S oe ¢ © las “0p, PY = o/h a S/o = 2 y/ %. Ss % x” § \ Ay % & $ 7. <€ 330 “/ aturatsurrace % /% — + 7 g 150> ay KALAHARI SAND rete —— MINERALISED OXIDISED QUARTZ WACKE : o®, am oro x ‘of oe 9 ae fo oe? & : os AS, Sf Op a om — iy oot ” * MINERALISED nF SULPHIDI
Slide 47: Kihabe Deposit Zone 4 Section 6
s/ s n yy So aph / > Ly, gy, cS ey Co, ? NS t% S } x / ie Ke) a “SS 0p z, ay? € 330_ — _ me ce NATURAL SURFACE ¥ 150> DEL: TG. os c KALAHARI SAND . ae s - a —_ eae - MINERALISED OXIDISED ‘ , i QUARTZ WACKE - of a? ae x a , x) icici asa __BASE OF OXIDATION.» Sa 9 ot 9 en 4 oe < MINERALISED a SULPHIDI
Slide 48: Kihabe Deposit Zone 4 Section 7
= &/ 3/ ica / = SS => S S02 ey) & .s §/ ~ ~500 NV 5 / S ‘a Me oy = vy f 6 / ae / ~~ “/ a co s Vv Nv —e % x 2 B/ Sa, Y ~ % 4% * ~2550¢ € 340 Se NATURAL SURFACE FS / ™~ 160 > a = $$ ce es a ___ KALAHARI SAND —=== ———s =—=—- MINERALISED OXIDISED QUARTZ WACKE MINERALISED SULPHIDIC QUARTZ WACKE KIHABE D
Slide 49: Kihabe Deposit Germanium
KIHABE DEPOSIT GERMANIUM 48
Slide 50: Hidau F1OH NMOd = GHG
Hidau F1OH NMOd = GHG AOWAUNS WOUS HLdid = SAd 49 ia Tl _.. Nouwsrivuanin 40 30% 3 wt | WhINvWRS wo SOWA ZLUWNID oiaIHaIns ‘ diy CASTIVHANIN Me? 4g FqVuD DIOVM ZLYVND © LNTTWAINOR aasiaixo uz GaSTiWYINIA GNaD21 "Dad 09 , 8 > € saa oC nx / 3 2 S g \ foie g x Ng 2 NOUWANaINO a 8 Re F 8 F ff a N | / Bs
Slide 51: Wanchu West Anomaly Vanadium
WANCHU WEST ANOMALY VANADIUM 50
Slide 52: Wanchu West Anomaly
Se WANCHU WEST ANOMALY <0 e . Gy $, y MANADIUM MINERALISATION \% si (1km SW of KIHABE DEPOSIT) _ €.315 Deg 2 NATURAL SURFACE _135 Deg 7 KALAHARI SAND OXDISED QUARTZ WACKE 51
Slide 53: Kihabe North Anomaly Vanadium
KIHABE NORTH ANOMALY VANADIUM 52
Slide 54: Kihabe North Anomaly
dkm NORTH OF KIHABE DEPOSIT —’ VANADIUM MINERALISATION «e, 91D ~ Sie ~s 71823 4, ae € 340 Deg <Syv 160 Deg NATURAL SU RFACE KALAHARI SAND GRAVELS DOLOSTONE DOLOSTONE DOLOSTONE 53
Slide 55: Gossan Anomaly Vanadium
GOSSAN ANOMALY VANADIUM 54
Slide 56: The Gossan Anomaly Vanadium
THE GOSSAN AN VANADIUM Wy % ‘il aale Dealt ial | OMALY ,812,970N “—S - : So oe NY a® | Om- 2m2m @ 428ppm @ GRCO02 ,812,960N 3m- 7m4m @ 409ppm i 8m - 11m 3m @ 158ppm 13m —18m 5m @ 265ppm Om- 2m 2m@644ppm_—j 21m - 28m 7m @ 481ppm 10m-14m 4m @ 362ppm '812,950N = (inc 21m~22m 1m @ 1,018ppm) oo" 15m —27m
Slide 57: USATIS
USATIS vn ie ONIZ ae] WnlavNWA i GNsA9DF1 | ™ ne ae ye oe >a 36t0°0s la eS $ op 3020°e05 Ry eS oy ¥ N N Ped I~ F I le E { XN . RA Ie I F 'g l2 I= - - SATOH T1ldd NOISSNIDYAd NOLITHU NOILVSIIVYSANIWN AIVWINONY NVSSO5 AHL INNIGYNVA 4ST0‘E0S Nsve'Z18'Z 56
Slide 58: Ic wos cai
Ic wos cai 57 YAATIS aval ONIZ WNIGVNVA GN3531 NOLLVSITVYANIN INNIGYNVA * = ONE. S¥1OH TH D4 SS3DUNG LNNOW oR, Xx AIVINONY NYVSSO9 3HL
Slide 59: ui ui uw u wi ui ul ul ul ui uw ul uw we
ui ui uw u wi ui ul ul ul ui uw ul uw we i=) Oo Oo a \8 38 {8 8 8 8 8 8 2 8 3 2 8 ‘ Bs “6 $ s # < $ a 5 £ = > es |§ (8 | (8 |§ |B. \s | 8 [8 |8 (8 8 8 wo 2s Qa ut ere te weet ereentn Sarees niente ef atveenareenrnern mene nant Q. °; a NOVS'ZT3'Z voads @ | g: if = wn x oa x Le —s << * a 2 “ widd9Tr @
Slide 60: The Gossan Anomaly
2 THE GOSSAN ANOMALY a ae MOUNT BURGESS DIAMOND CORE HOLES VANADIUM MINERALISATION LEGEND i : ws ge ¥ ae | ee PP BY eo % sven ‘ Na 59
Slide 61: The Gossan Anomaly
ad =} oss S088 : wseeee’” THE GOSSAN ANOMALY c r MOUNT BURGESS DIAMOND CORE HOLES as peg> VANADIUM MINERALISATION LEGEND vanaoium [i | | co siveR |) oo 2% x
Slide 62: Competent Person Statement
Competent Person Statement The information in this report related to both the 2017 Exploration Results as well as Historical exploration results is extracted from ASX Announcements dated 5 Feb, 12 Feb, 16 March, 22 March, 3 April, 26 June, 9 July, 16 July and 13 August 2018 and are all available to