Feasibility Study and Technical Report - Pretivm

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Table 16.7 LOM Tonnes and Grades ......................................................................................... 16-26Table 16.8 Rock Mass Properties ............................................................................................. 16-28Table 16.9 Ground Support Recommendations ....................................................................... 16-31Table 16.10 Mine Infrastructure Excavations – Ground Support Recommendations ............. 16-34Table 16.11 Contractor and Pretivm Equipment during Pre-production Development ........... 16-39Table 16.12 Underground Development and Production Equipment List ................................ 16-41Table 16.13 Support Equipment List........................................................................................... 16-43Table 16.14 Total Airflow Requirements ..................................................................................... 16-46Table 16.15 Primary Fan Specifications ..................................................................................... 16-48Table 16.16 Pump Installation Schedule .................................................................................... 16-52Table 16.17 Conveyor Parameters .............................................................................................. 16-56Table 16.18 Propane Consumption ............................................................................................. 16-69Table 16.19 Manpower by Operational Group ............................................................................ 16-76Table 17.1 Major Design Criteria .................................................................................................. 17-5Table 17.2 Projected Gold and Silver Production ..................................................................... 17-18Table 18.1 Recommended Allowable Bearing Pressures for Specific Facilities ....................... 18-5Table 18.2 Recommended Permanent Cut-and-Fill Slope Angles.............................................. 18-6Table 18.3 Canadian Classification System for Avalanche Size.............................................. 18-15Table 18.4 Avalanche Path or Area Label and Corresponding Element at Risk ..................... 18-16Table 18.5 Mine Site Avalanche Paths or Areas ...................................................................... 18-18Table 18.6 Access Road Avalanche Paths or Areas ................................................................. 18-20Table 20.1 Average Monthly Climate Data for the Project Site .................................................. 20-5Table 20.2 NPR Characterization of Geological Model Units and their Spatial ExtentUnderground ............................................................................................................ 20-10Table 20.3 Summary of Predicted Potential Exceedances of Water Quality Guidelinesfor the Project .......................................................................................................... 20-12Table 20.4 List of BC Authorizations, Licences, and Permits Required to DevelopTable 20.5the Brucejack Project .............................................................................................. 20-25List of Federal Approvals and Licences that May be Required toDevelop the Brucejack Project ................................................................................ 20-26Table 21.1 Summary of Initial Capital Costs ............................................................................... 21-1Table 21.2 Foreign Exchange Rates ............................................................................................. 21-2Table 21.3 Overall Operating Cost ............................................................................................ 21-10Table 21.4 LOM Underground Operating Costs ........................................................................ 21-12Table 21.5 Underground Operating Costs – Mine General Area ............................................. 21-12Table 21.6 Annual Mine Operating Costs ................................................................................. 21-13Table 21.7 Summary of Process Operating Cost ...................................................................... 21-14Table 21.8 Summary of Backfilling Operating Cost .................................................................. 21-16Table 21.9 Summary of Water Treatment Operating Cost ....................................................... 21-16Table 21.10 G&A Operating Cost ................................................................................................. 21-17Table 21.11 Surface Services Operating Costs .......................................................................... 21-19Table 22.1 Metal Production Quantities ...................................................................................... 22-2Table 22.2 Summary of Pre-tax NPV, IRR, and Payback by Metal Price .................................... 22-3Table 22.3 Summary of Post-tax NPV, IRR, and Payback by Metal Price .................................. 22-4Table 22.4 Components of the Various Taxes ............................................................................. 22-7Table 23.1 Mineral Reserve Estimates for the KSM Property .................................................... 23-2Table 24.1 Significant Activity Milestone Dates to Project Handover ........................................ 24-5Table 24.2 Project Responsibility Matrix ................................................................................... 24-16Table 26.1 Brucejack Avalanche Management Program Components ..................................... 26-5xv1291990200-REP-R0012-02
LIST OF FIGURESFigure 1.1 Simplified Process Flowsheet ...................................................................................... 1-8Figure 1.2 Overall Site Layout ...................................................................................................... 1-12Figure 1.3 Mill Site Layout ........................................................................................................... 1-13Figure 1.4 Knipple Transfer Station Facility Layout.................................................................... 1-14Figure 1.5 Overall Operating Cost Distribution ........................................................................... 1-18Figure 4.1 Property Location Map ................................................................................................. 4-2Figure 4.2 Brucejack Property Mineral Claims ............................................................................. 4-4Figure 4.3 Pretivm Mineral Claims ................................................................................................ 4-5Figure 5.1 Project Access ............................................................................................................... 5-2Figure 5.2 Proposed High-voltage Northwest Transmission Line ................................................ 5-4Figure 6.1 West Zone Underground Vein Location Plan .............................................................. 6-3Figure 6.2 West Zone Section 5080S ........................................................................................... 6-4Figure 7.1 Tectonic Setting of the Brucejack and Snowfield Properties in theNorthwest Cordillera ..................................................................................................... 7-3Figure 7.2 Regional Structural and Stratigraphic Setting of the BrucejackFigure 7.3Property and Sulphurets Mining Camp in Northwest BC ........................................... 7-4Local Structural and Stratigraphic Setting of the Brucejack Propertyand Sulphurets Mining Camp ...................................................................................... 7-8Figure 7.4 Sulphurets Mining Camp Geology and Mineralization ............................................... 7-9Figure 7.5 Brucejack Property Geology ....................................................................................... 7-14Figure 7.6 Brucejack Property Geology Legend .......................................................................... 7-15Figure 7.7 Historical Map with Mineral Deposits and Occurrences .......................................... 7-22Figure 7.8 Brucejack Property Mineralization Zones ................................................................. 7-23Figure 7.9 1,450 m Level Plan Geology of the VOK ................................................................... 7-24Figure 7.10 South-north Cross-section Along Easting 426625 E, VOK ....................................... 7-25Figure 7.11Plan View of VOK Showing Concentration of High-grade Intersections on theSouthern Limb of Syncline ......................................................................................... 7-26Figure 7.12 VOK to West Zone Geological Section 426600 E - Looking West ........................... 7-29Figure 7.13 West Zone Drillholes and Assay Cross-section ......................................................... 7-30Figure 7.14 West Zone Drillholes and Assay Cross-section ......................................................... 7-31Figure 7.15 Trace Element Analysis by Lithology for VOK and West Zone .................................. 7-35Figure 7.16 Brucejack Property Geochronology ........................................................................... 7-37Figure 8.1 Brucejack Deposit Mineralization within Context of Porphyry Systems .................... 8-2Figure 9.1 3D Geophysical Model Schematic According to Quantec Geoscience MT Survey ... 9-2Figure 9.2 3D Geophysical Model Schematic According to Quantec Geoscience MT Survey ... 9-3Figure 10.1 Core in Wooden Core Boxes Ready for Transport .................................................... 10-3Figure 10.2 Sample Transportation by Snowcoach ...................................................................... 10-3Figure 10.3 Brucejack Property Diamond Drillhole Plan .............................................................. 10-5Figure 11.1 Cutting PQ Core at the Brucejack Property ............................................................... 11-1Figure 12.1 P&E Independent Site Visit Sample Results for Gold ............................................... 12-2Figure 12.2 P&E Independent Site Visit Sample Results for Silver ............................................. 12-2Figure 12.3 Sample Verification Results for Gold Grades ............................................................ 12-4Figure 12.4 Sample Verification Results for Silver Grades .......................................................... 12-5Figure 13.1 Gold Recovery versus Primary Grind Size (2012).................................................. 13-13Figure 13.2 Silver Recovery versus Primary Grind Size (2012)................................................ 13-13Figure 13.3 Effect of Primary Grind Size on Gold Recovery (2010 to 2011) ........................... 13-14Figure 13.4 Effect of Primary Grind Size on Silver Recovery (2010 to 2011) ......................... 13-15Figure 13.5 Effect of Primary Grind Size on Gold Recovery (2009 to 2010) ........................... 13-16Figure 13.6 Collector Screening Tests – Gold Recovery (2012)............................................... 13-17xvi1291990200-REP-R0012-02
Page 1 and 2: Report to:Pretium Resources Inc.Fea
Page 3 and 4: TABLE OF CONTENTS1.0 SUMMARY ......
Page 5 and 6: 12.2 DATA VERIFICATION BY SNOWDEN .
Page 7 and 8: 16.7 MOBILE EQUIPMENT REQUIREMENTS
Page 9 and 10: 20.1 SUSTAINABILITY AND ENVIRONMENT
Page 11 and 12: 26.4.2 HYDROGEOLOGICAL RECOMMENDATI
Page 13: Table 13.23 Occurrences of Gold in
Page 17 and 18: Figure 16.11 Extent of Mine Develop
Page 19 and 20: hertz .............................
Page 21 and 22: atomic emission spectroscopy ......
Page 23 and 24: Mineable Shape Optimizer ..........
Page 25 and 26: VOK Domain 2 ......................
Page 27 and 28: 1.2 PROPERTY DESCRIPTION AND LOCATI
Page 29 and 30: 1.4 MINERAL RESOURCE ESTIMATESSnowd
Page 31 and 32: Table 1.2West Zone Mineral Resource
Page 33 and 34: Figure 1.1Simplified Process Flowsh
Page 35 and 36: 1.7 MINING METHODSThe underground m
Page 37 and 38: Figure 1.2Overall Site LayoutE 4300
Page 39 and 40: Figure 1.4Knipple Transfer Station
Page 41 and 42: outflow. This approachdischarge thr
Page 43 and 44: summary of the overall operating co
Page 45 and 46: The Project schedule identifies the
Page 47 and 48: 2.1 QUALIFIED PERSONSThe qualified
Page 49 and 50: Report Section Company QP23.0 Adjac
Page 51 and 52: 4.0 PROPERTY DESCRIPTION AND LOCATI
Page 53 and 54: 4.3 STATUS OF MINING TITLESThe Prop
Page 55 and 56: Figure 4.3Pretivm Mineral ClaimsSou
Page 57 and 58: 5.0 ACCESSIBILITY, CLIMATE, LOCALRE
Page 59 and 60: 5.2 CLIMATE AND PHYSIOGRAPHYThe cli
Page 61 and 62: 6.0 HISTORYInformation in this sect
Page 63 and 64: Figure 6.1West Zone Underground Vei
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6.1 WORK COMPLETED BY SILVER STANDA
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7.0 GEOLOGICAL SETTING ANDMINERALIZ
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Figure 7.1Tectonic Setting of the B
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7.2 LOCAL GEOLOGY - SULPHURETS MINI
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Altered Stuhini Group rocks and Mit
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Figure 7.4Sulphurets Mining Camp Ge
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y the Brucejack Fault as well as by
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Previously, some of the rocks strad
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Figure 7.6Brucejack Property Geolog
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Figure 7.6 (con’t)Brucejack Prope
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more distal (i.e. down temperature)
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more heavily altered than those abo
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Figure 7.8Brucejack Property Minera
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Figure 7.10South-north Cross-sectio
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WEST ZONEThe West Zone gold-silver
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Figure 7.12VOK to West Zone Geologi
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Figure 7.14West Zone Drillholes and
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steep, is generally associated with
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Figure 7.15Trace Element Analysis b
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for which an age of c.110 Ma has be
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Figure 8.1Brucejack Deposit Mineral
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Figure 9.13D Geophysical Model Sche
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10.0 DRILLINGInformation in this se
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Figure 10.1Core in Wooden Core Boxe
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Figure 10.3Brucejack Property Diamo
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The cut PQ samples weighed approxim
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submitted to ALS. In addition, a re
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Primary sample gold concentrations
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12.0 DATA VERIFICATIONIndependent s
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12.2 DATA VERIFICATION BY SNOWDENSn
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Figure 12.4Sample Verification Resu
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Year Program ID Laboratory ** Gravi
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13.3.2 2012 TO 2013 TEST SAMPLESIns
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Table 13.7 Conceptual Master Compos
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ALSInspectorateFire Assay (g/t) Met
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13.3.6 ORE HARDNESS TEST WORKTable
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Table 13.14 Sample Specific Gravity
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In general, there was a reduction i
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Figure 13.5 Effect of Primary Grind
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In 2012 and 2013, most of the flota
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Further cleaner tests were conducte
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Figure 13.14 Effect of Cleaner Flot
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SampleIDWZ-2CompositeCompositeBJ-AC
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The 2012 and 2013 tests routinely i
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Figure 13.17Cumulative Stage GRG ve
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Figure 13.21 Silver Cyanide Extract
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Table 13.24 Head Sample Cyanidation
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Based on the findings of the prelim
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Primary Grind/Regrind SizesConcentr
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Further cyanide leach tests were ca
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including samples with low head gra
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Grade (g/t) Recovery/Extraction (%)
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Figure 13.28 Variability Test Resul
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Table 13.31Locked Cycle Tests Resul
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Table 13.33Conventional Thickening
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13.3.11 CONCLUSIONSA review of prel
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Table 13.37Head Grade(g/t)Metallurg
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• geological interpretation and m
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to form a series of seemingly strat
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14.6 COMPOSITING OF ASSAY INTERVALS
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In the high-grade domains (includin
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Table 14.3Parameters to Describe Go
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14.8.3 HIGH-GRADE DOMAINS - PROBABI
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analysis. Any target blocks that re
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For VOK and West Zone the interpola
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Table 14.9Comparison of the Mean Co
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the economic viability of the depos
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14.15 RESOURCE REPORTINGThe mineral
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15.0 MINERAL RESERVE ESTIMATES15.1
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Table 15.1Net Smelter Return Parame
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15.4 MINING SHAPESAMC used the Mine
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Strike length varies considerably w
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15.7 MINERAL RESERVESMineral reserv
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Figure 15.4Reserve Shapes and Minin
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16.2 MINE DESIGN16.2.1 ACCESS AND R
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Figure 16.2Brucejack Twin Declines
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Figure 16.4Typical Level Plan - 1,2
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Table 16.1Development Design Parame
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Figure 16.7Mineable Stope Shapes -
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Once the stope footprint is slashed
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16.3.3 STOPE SEQUENCEThe mining seq
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Stopes that will not be re-exposed
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Table 16.5LOM Backfilling - Waste R
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Figure 16.11Extent of Mine Developm
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• development of the 1,210 and 1,
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Figure 16.13Life of Mine Production
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Table 16.7LOM Tonnes and GradesYear
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Table 16.8Rock Mass PropertiesUnitU
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AMC estimated ore recovery in the w
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FULL-WIDTH UNDERCUTSThe Project min
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Table 16.10Mine Infrastructure Exca
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with lesser components supplied by
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un was completed representing glaci
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Table 16.12Underground Development
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TRANSMIXERSShotcrete will be delive
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The VOK Zone and West Zone mining a
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Figure 16.17 shows a ventilation co
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• regular inspection of the conve
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On low-head applications, a submers
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Figure 16.18Dewatering PlanPretium
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Figure 16.20CrusherThe 42 in wide b
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16.9.3 POWER REQUIREMENTS AND ELECT
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Electrical power will be supplied t
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To supply service water to the high
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16.9.7 WORKSHOP AND STORESThe maint
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Radio communications will be establ
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16.9.11 PORTAL STRUCTUREA portal st
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propane consumption. Table 16.18 sh
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16.10 PASTE FILL DISTRIBUTIONP&C co
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Figure 16.33Paste Fill Distribution
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Figure 16.35Pre-production Paste Fi
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RoleHeadCountMaintenance (72)Mainte
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17.0 RECOVERY METHODS17.1 MINERAL P
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The process plant will consist of t
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17.1.4 PLANT DESIGNMAJOR DESIGN CRI
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• a belt conveyor, 914 mm wide by
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CONCENTRATE REGRINDINGThe flotation
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The dried tabling concentrate will
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solution strength. The solution wil
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PROCESS CONTROL AND INSTRUMENTATION
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• vendors’ instrumentation pack
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18.0 PROJECT INFRASTRUCTURE18.1 OVE
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Figure 18.1Brucejack Overall Site L
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18.2 GEOTECHNICAL18.2.1 OVERVIEWThe
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18.3 ACCESS18.3.1 ACCESS ROADSThe B
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Figure 18.3Knipple Glacier Access R
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available in the winter and also pr
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18.5 GRADING AND DRAINAGEThe site w
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AVALANCHE FREQUENCYAvalanche freque
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• portal fuel storage• conveyor
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Operations CampSize 2 avalanches fr
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Figure 18.5Access Road Avalanche Ha
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and dated June 2013. As requested b
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Figure 18.7Photo of Typical Slopes
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• the design of special towers to
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modular construction where possible
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collect waste water during maintena
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water treatment plant to increase t
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Air/vacuum valves will be installed
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Figure 18.10Foot Print of 3% Deposi
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A pre-manufactured trailer will be
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• fuel storage• vendors’ inst
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18.17 OFF-SITE INFRASTRUCTURE18.17.
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18.17.3 BOWSER AIRSTRIPRegular char
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INSTRUMENT APPROACH PROCEDURESAn IA
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AERODROME PERSONNEL AND MAINTENANCE
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TRANSPORT MODE OPTIONSTruckThere ar
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SBT has the ability to mobilize cra
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Pretivm is committed to a process t
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engage with the Nisga’a Lisims Go
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Average monthly temperature data us
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The fisheries resources and fish ha
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was conducted on the NPR values of
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all modelling exercises, the accura
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16 corridor is recovering from the
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• reporting and feedback mechanis
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Approximately 47% of the tailings w
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20.1.8 WASTE MANAGEMENTMine WastesP
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from the site. Fixed equipment, suc
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• Forest Act (BC)• Forest and R
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Table 20.5List of Federal Approvals
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21.1.2 ESTIMATE BASE DATE AND VALID
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…costs not directly attributable
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• small tools• consumables• c
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The total cost for Major Area 33 -
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The unit cost estimates are based o
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MINE OPERATING COSTSThe total under
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Table 21.7Summary of Process Operat
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Table 21.8Summary of Backfilling Op
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DescriptionLabourForceTotal Cost($/
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22.0 ECONOMIC ANALYSIS22.1 INTRODUC
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Figure 22.1Pre-tax Cash FlowCumulat
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transport the concentrate to a buil
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Figure 22.4Pre-tax Payback Period S
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Canadian development expense and 60
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23.0 ADJACENT PROPERTIESSnowden not
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23.2 HIGH PROPERTYThe Teuton Resour
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managers, and the mining manager, a
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MANAGEMENT PROCEDURESThe EPCM contr
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Figure 24.2Level 1 Execution Schedu
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Capital equipment purchases will be
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Construction work will be split int
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provided with dedicated emergency p
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econciliation to the freight consol
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PROJECT TEAM RESPONSIBILITIESIt is
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WBS Area PretivmEPCMTeamUnderground
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24.1.15 RISK MANAGEMENTA Risk Asses
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There may be opportunities to optim
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The conceptual layout is preliminar
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25.4.8 TAILINGS DELIVERY SYSTEMThe
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26.0 RECOMENDATIONS26.1 GEOLOGYThe
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• Further test work to identify t
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The estimated cost for the above-me
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• Careful planning as well as det
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26.5.6 BRUCEJACK OUTLET CONTROL STR
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• Further groundwater quality and
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27.0 REFERENCES27.1 AVALANCHE HAZAR
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Price, W. (2005). Mend Report 9.1c:
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Britton, J. M. and Alldrick, D. J.,
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Olssen. L., Jones, I.. 2012b. Preti
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28.0 CERTIFICATES OF QUALIFIED PERS
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28.2 IVOR W.O. JONES, M.SC., CP, FA
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28.3 JOHN HUANG, PH.D., P.ENG.I, Ji
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28.5 HAMISH WEATHERLY, M.SC., P.GEO
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28.7 SABRY ABDEL HAFEZ, PH.D., P.EN
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28.9 CATHERINE SCHMID, M.SC., P.ENG
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28.11 BRENT MCAFEE, P.ENG.I, Brent
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28.13 MICHAEL CHIN, P.ENG.I, Michae
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28.15 MICHAEL PAUL WISE, P.ENG., MB
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28.17 CLAYTON RICHARDS, P.ENG.I, Cl
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28.19 ALI FARAH, P.ENG.I, Ali Farah
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28.21 S. (KUMAR) SRISKANDAKUMAR, M.
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