Ore sorting is the separation of a target mineralogy, ore or element from waste at an individual particle level.

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TOMRA Ore Sorting

What is ore sorting? Ore sorting is the separation of a target mineralogy, ore or element from waste at an individual particle level. The ore is sorted to remove waste and improve the efficiency and capacity of processing plant while increasing the grade. Ore sorting is. Accurate > high recovery Fast > upto 5,000 particle per sec = high tonnage Mature and proven technology Removes the variability in the plant feed 2

THE TOMRA GROUP Publicly listed on Oslo Stock Exchange (OSEBX:TOM) 2,500 employees globally Revenues of 800 million $AUD equivalent (2014) 3

Tomra History 4

Our SORTING Solutions Are Used In Numerous Applications Across Multiple Industries Recycling Applicable for: E-scrap CRT Glass Wood Single Stream Paper Packaging Wire C&D waste Car shredder Plastics Organic MSW Metals RDF monitoring Mining Applicable for: Precious metals Base metals Diamonds Coal Ferrous metals Copper Platinum Slag Industrial minerals Gold Tailings Gemstones Food Applicable for: Dried fruit Fresh cut Fruit Nuts Seeds Processed potato Whole potatoes Seafood Meat/Process Analytics Vegetables Whole products Peeling solutions

Tomra Australia Strong mining heritage and understanding of the demands of mining and ore processing Australian operation is the core research and development for mining Total of 18 dedicated staff Experienced engineers, field service and research team 3,600m^2 modern facility Research and development laboratory areas for Electronics Software development Laser and Optics Rock testing X-Ray and sensor development Full scale sorters for bulk test work 6

Tomra Australia 7

Tomra Australia Electronics Lab 8

Tomra Australia Rock Testing Lab 9

Tomra Australia Laser & Optics Lab 10

Ore Sorting Basics 11

What we don t do Coal sorting in Vietnam 2015 Coal sorting circa 1911 12

Sorting Creates Value in Mining! DECREASE YOUR MINING COSTS RELIABLE AND EFFICIENT SORTING DECREASE YOUR HAULAGE COSTS DIVERT YOUR ORE TYPES INCREASE PRODUCTION Reduce or remove pebbles (scats) from the milling circuit REDUCE ENERGY CONSUMPTION INCREASE YOUR DEPOSIT EXPLOITATION AND LIFE-OF-MINE RECLAIM OLD WASTE DUMPS SELL A COARSE PRODUCT REDUCE WATER CONSUMPTION REDUCE THE AMOUNT OF FINE TAILINGS Reduce the size of the TSF significantly 13

Benefits of Ore Sorting Normally 10% - 90% of the mass can be rejected in an early stage of the process at the primary, secondary or tertiary crushing stage Low grade waste rocks don t need to be transported, crushed, milled or further treated 14

Liberation the $64million question? 15

Liberation the $64million question? 16

Getting Everything Sorted Industrial Minerals Gems Ferrous Metals Non Ferrous Metals Fuel Slag COLOR, XRT, NIR COLOR, XRT, XRL, NIR XRT, EM, NIR COLOR, XRT, NIR XRT, RM XRT, EM Limestone Diamonds Iron Copper Coal Stainless Steel Slag Dolomite Emeralds Manganese Zinc Oil shale Ferro Silica Slag Quartz Rubies Chromite Gold Uranium Ferro Chrome Slag Rock salt Saphires Nickel Non Ferrous Slag Talc Tanzanite Tungsten Calcite Silver Magnesite Platinum Group Metals Feldspar Salt 17

TOMRA Sorters 18

COM - Belt Sorter 19

PRO - Chute Sorter 20

Sensing Systems 21

Sensing Systems Gamma-radiation X-ray Ultraviolet (UV) Visible light (VIS) Near Infrared (NIR) Infrared (IR) Microwaves Radio waves Alternating current (AC) [m] 10-12 10-11 10-10 10-9 10-8 10-7 10-6 10-5 10-4 10-3 10-2 10-1 10 1 10 2 10 3 10 4 Sensor/ Technology Material Property Segment RM (Radiometric) Natural Gamma Radiation Fuel, Precious Metals XRT (X-ray transmission) XRF/XRL COLOR (CCD Color Camera) PM (Photometric) NIR (Near Infrared Spectrometry) IR (Infrared cam) EM (Electro- Magnetic sensor) Atomic Density Visible and X-Ray Fluorescence Reflection, Absorption, Transmission Monochromatic Reflection/Absorption Reflection, Absorption Heat conductivity, heat dissipation Conductive Magnetic Base Metals Precious Metals Industrial Minerals Fuel, Diamonds Diamonds Base Metals Base Metals Precious Metals Industrial Minerals Diamonds Base Metals Industrial Minerals Base metals Industrial Minerals Base Metals Industrial Minerals Base Metals 22

Colour Sensing PRO Secondary COLOR Sorter True Color Image Classified Image Particle feature table Color Class Definition, YUV Color Space 23

EM - Electromagnetic Sensing The electromagnetic sensors each detect conductivity and magnetic permeability of a particle from 15 80 mm in diameter. Direct correlation between grade and conductivity or magnetic permeability Massive Nickel Sulphide 24

X-Ray Sensors COM XRT 1200 Sorter Raw XRT Image Classified Image Particle feature table DE-XRT Sensor Arrangement 25

XRT - Density 26

XRT - Tungsten Ore Application 27

NIR Sensing PRO Secondary Colour / NIR Sorter 100 UV Invisible VIS Visible colour NIR Invisible Intensity 50 0 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 nm Wavelength VIS spectroscopy NIR spectroscopy Quartz Calcite Talc 28

Sorting Applications 29

Nickel Ore Sorting EM Sorting Results from Mine in Australia 30

Uranium Ore Sorting ROM Secondary RM Sorter Feature Value Sorting Task Pre-concentration Feed rate 70 t/h Size range 25..80mm Reject Rate 30..50% 31

Calcium Carbonate Sorting - Omya ROM Secondary PM Sorter Feature Value Sorting Task Contaminant removal Feed rate Up to 110 t/h Size range 20..80mm Reject Rate 10..20% Efficiency (reject) 98..99% 32

Gold Ore Sorting Central Norseman Gold Sorting quartz gold bearing ore from waste dumps Feed size +30 / -100mm at 70 tph TOMRA PRO Secondary Colour 33

Gold Ore Sorting Exterra, Linden Deposit Sorting quartz gold bearing ore from waste dumps Feed size +30 / -100mm at 70 tph TOMRA PRO Secondary Colour / NIR Upto x 5 upgrade 34

Copper Ore Sorting Glencore CSA, Cobar Upgrading copper ore mill feed from underground Feed size +20 / -60mm at 70 tph TOMRA COM XRT 1200 35

Aggregate Sorting Boral Quarries Upgrading aggregate for use in concrete, road and rail ballast Feed size +20 / -75mm at 70 tph TOMRA PRO Secondary Colour / Colour 36

Iron Ore Sorting FMG Pilot Plant, Newman Upgrading iron ore by removing alumina, silica and manganese TOMRA COM Secondary XRT 1200 +20 / -75mm 75 tph 37

Talc Ore Sorting Imerys, Three Springs Upgrading talc by removing calcites, quartz and basalt TOMRA PRO Primary Colour / NIR +60 / -170mm 124 t/hour TOMRA PRO Secondary Colour / NIR +25 / -60mm 70 t/hour 38

Manganese Ore Sorting Consolidated Minerals, Woodie Woodie Mn Feed 46% > 56% Fe Feed 7.7% > 1% Upgrading manganese ore by removing alumina, silica and iron TOMRA COM EM Secondary +18 / -75mm 75 tph TOMRA PRO Tertiary Colour / NIR +6 / -18mm 14 tph 39

Antimony Ore Sorting Hillgrove Mines ROM head grade 1.5g/t > 6 g/t Sb+Au equivalent Upgrading antimony + gold ore mill feed from underground Feed size +8 / -50mm at 50 tph TOMRA COM XRT 1200 40

Magnesite Ore Sorting Sibelco, Kunwarara Oldest sorter in Australia 20 years of operation Two sorters in parallel operation Feed size +12 / -40mm and +40 / -65mm at 60 tonnes per hour TOMRA ROM Colour Laser 41

Magnesite Ore Sorting Sibelco, Kunwarara Pilot plant on trial for new plant design and expansion Feed size +10/-65mm upto 60 tonnes per hour TOMRA COM XRT 1200 42

Tin Ore Sorting Bluestone, Tasmania Two COM XRT 1200 sorters in parallel operation Feed size +10/-25mm and +25/-60mm Test work demonstrated >25 % mass rejection with >97% Sn retained Rapid project payback <12 months for entire plant Increased Sn production by 15-20% or 7,100 t of Sn from current 43

Case Study - Tin 44

Case Study - Tungsten 45

Case Study - Lithium 46

Case Study Graphite 47

Case Study Cobalt 48

Lucara - Update Second largest diamond ever found at 1,111 carats found with TOMRA s XRT sorters The tenth largest diamond ever found soon followed at 813 carats a week later. Soon after another stone at 374 carats 49

Sorter Options and Configurations 50

Modular Approach Containerised Sorter 51

Modular Approach Containerised Sorter 52

Containerised Solutions i2 Mine, Sweden 53

Testwork 54

Test work to Production Rock-by-rock Testwork 100-300 rock samples Test on all sensors in laboratory Report generated with recommendations for subsequent test program Bulk Testwork >1 tonne of sample per ore body Sorted by full scale sorter with sensor as prescribed by laboratory testwork Full scale upgrade potential established Pilot Sorter Free standing simple pilot plant Onsite full scale bulk sorting Independent of production plant Production Sorter Full scale integrated production plant The cost of test work completed is credited against the purchase price of a sorter 55

Test work reports 56

Test work reports 57

Some of our Clients/References 58

Questions? 59