SAVE THIS FORM AND FILL IT OUT AS BEST YOU CAN FOR AS MANY YEARS AS POSSIBLE TO A MAXIMUM OF 1991 TO 2000. IF THIS IS A NEW PROJECT, WE NEED PROJECTIONS TO AT LEAST 2002. WHEN COMPLETED, EMAIL THE COMPLETED FORM TO US. NOTE: EACH MINING OPERATION SHOULD BE MODELLED SEPARATELY - USE MULTIPLE COPIES OF THIS FORM - ONE FOR EACH OPERATION. ALL QUANTITIES ARE METRIC UNLESS STATED OTHERWISE. Mine Name Year ======================================================================== Reserves ------------------------------------------------------------------------ Mt 0.00 Cu su% 0.00 Cu ox% 0.00 Mo % 0.00 Pb % 0.00 Zn % 0.00 Ag gpt 0.00 Au gpt 0.00 ------------------------------------------------------------------------ Production ------------------------------------------------------------------------ Ore Milled Mt 0.00 Saleable Metal: Cu 000t 0.00 Cu SXEW 000t 0.00 Mo 000t 0.00 Pb 000t 0.00 Zn 000t 0.00 Ag t 0.00 Au oz 0.00 Concentrate Analysis: Cu concentrate 000t 0.00 Cu % 0.0 Mo % 0.0 Ag g/t 0.0 Au g/t 0.0 Mo concentrate t 0.0 Mo % 0.0 Pb concentrate 000t 0.00 Pb % 0.0 Zn % 0.0 Cu % 0.0 Ag g/t 0.0 Au g/t 0.0 Zn Concentrate 000t 0.00 Zn % 0.0 Pb % 0.0 Cu % 0.0 Ag g/t 0.0 Au g/t 0.0 Bulk concentrate 000t 0.00 Cu % 0.0 Pb % 0.0 Zn % 0.0 Ag g/t 0.0 Au g/t 0.0 ------------------------------------------------------------------------ Mill Recoveries ------------------------------------------------------------------------ Cu % 0.0 Cu SXEW % 0.0 Mo % 0.0 Pb % 0.0 Zn % 0.0 Ag % 0.0 Au % 0.0 ------------------------------------------------------------------------ Milling Grades ------------------------------------------------------------------------ Cu % 0.0 Cu SXEW % 0.0 Mo % 0.0 Pb % 0.0 Zn % 0.0 Ag gpt 0.0 Au gpt 0.0 ------------------------------------------------------------------------ Treatment Charges ------------------------------------------------------------------------ Cu Smelter Charge $/t concentrate $/t 0.0 Pb Smelter Charge $/t Concentrate $/t 0.0 Zn Smelter Charge $/t concentrate $/t 0.0 Cu Refining Charge $/lb Cu $/lb 0.00 Ag Refining Charge $/oz 0.00 Au refining Charge $/oz 0.00 ------------------------------------------------------------------------ Operation Description ------------------------------------------------------------------------ Open Pit=1;UG stoping:shrinkage=2;cut&fill=3;vert retreat=4;Sublevel open or longhole=5;Room&Pillar:med/hard ore=6;soft ore=7; Block caving:LHD=8;gravity=9;slusher=10;Cont Miner=11 Mining method 1 Shifts per day 2 Mine Labour Numbers (incl contractors) 0 Mill Labour Numbers (incl contractors) 0 Total Onsite Labour Numbers 0 Total Offsite Labour Numbers 0 Powder Factor kg/t 0.00 Grinding Media Consumption kg/t 0.00 Mine Operating Days/year 365 Crushing Operating Days/year 365 Mill Operating days/year 365 ------------------------------------------------------------------------ Production Variables ------------------------------------------------------------------------ Surface Ore Mined tpd 0 Surface Waste Mined tpd 0 Surface Ore plus Waste tpd 0 U/G Ore Mined tpd 0 U/G Waste Mined tpd 0 U/G Ore plus Waste tpd 0 Ore 1 Milled tpd 0 Ore 2 Milled tpd 0 Ore 3 Milled tpd 0 Material Calcined/Roasted 0 Concentrate 1 Produced tpd (Ist Float Product) 0 Concentrate 2 Produced tpd (2nd Float Product) 0 Concentrate 3 Produced tpd (3rd Float Product) 0 ------------------------------------------------------------------------ Surface Switches (use 1=Yes, 0=No or select from choice) ------------------------------------------------------------------------ OP Drills Percussion (generally<8000tpd) (1=Yes, 0=No) 0 OP Drills Rotary (generally>8000tpd) (1=Yes, 0=No) 0 Drill Condx (def 0.6=good;2.0=severe) 1 Ore Removal: Elec Shovel & Tr=1; FEL& Tr=2; Hydraulic=8 1 Waste Removal: Elec Shovel & Tr=1;FEL& Tr=2; Hydraulic=8 1 Pit Depth m (default FEL & T=60; ELS & Tr=120) 120 Pit Ore Haul m (def FEL & Tr=750; ELS=2000) 2000 Pit Waste Haul m (def FEL & Tr=750; ELS=2000) 2000 Pit grade % (def FEL&Tr=8; ELS=8) 8.0 In-Pit Crusher (0=nil, 1=mobile, 2=semi-mobile) 1 Hydraulic Mining Water Ratio (def=1.22 mt water:mt dumps) 1.2 ------------------------------------------------------------------------ U/G Switches ------------------------------------------------------------------------ Number of Stopes in Production 2 Stope Average Height m 0.0 Stope Average Depth m 0.0 Stope Average Width m 0.0 U/G ore tpt: LHD=1;truck haul=2;multilevel rail haul=3; conveyor 4 1 UG Haul m (def LHD=500;Truck=680;Rail=915; conveyor=300) 500 UG Haul grade % (def LHD=2, conveyor=0,) 2.0 Mainline Train Haul type(Trolley=1, diesel=2) 1 Mainline Haul Distance m (def=3049) 3049 U/G Ore Tpt: trucks/decline=1;hoist=2;conveyor=3 2 U/G Crusher (0=nil, 1=primary only, 2=all stages) 1 Hoist Depth/Decline Haul/Conveyor m (def 914/2000/300) 914 No of Production Only Hoists (is thruput same? ) 0 No of Service Only Hoists 0 No of Prodn+Service Hoists 1 Double Drum/Friction Hoist (DD=1,F=2) (generally F for deep mines 1 Hoist Operation 8-hr shifts per day 2 Decline/Conveyor grade % 0.0 Mine Services Switches: Mine dewater cu m/day (head 110m) (cum=35.323 cu ft) 1000 Mine Camp (1=yes, 0=No) 0 Fly in-Fly out (1=yes, 0=No) 0 Rehab Cost US$/t ore milled 0 Royalty Cost US$/t ore milled 0.00 ------------------------------------------------------------------------ Ore Transport Switches ------------------------------------------------------------------------ Ore 1 Tpt to Mill (Aerial Tramway=1;Conveyor=2;Trucks=3;Pipeline=4) 3 Ore 1 Haul grade %/Conveyor slope %/Pipeline lift m (def 3/10/150) 3 Ore 1 Haul Truck/Convyr/Trmwy/SlyPipe m (def 2000/1000/3000/10000) 2000 Ore 2 Tpt to Mill (Aerial Tramway=1;Conveyor=2;Trucks=3;Pipeline=4) 0 Ore 2 Haul grade %/Conveyor slope %/Pipeline lift m (def 3/10/150) 0 Ore 2 Haul Truck/Convyr/Trmwy/SlyPipe m (def 2000/1000/3000/10000) 0 Ore 3 Tpt to Mill (Aerial Tranway=1;Conveyor=2;Trucks=3;Pipeline=4) 0 Ore 3 Haul grade %/Conveyor slope %/Pipeline lift m (def 3/10/150) 0 Ore3 Haul Truck/Convyr/Trmwy/SlyPipe m (def 2000/1000/3000/1000 0 ------------------------------------------------------------------------ Comminution Switches (3 Circuits or Ore Types) ------------------------------------------------------------------------ Ore 1 Washing & Screening (Y=1;N=0) 0 Ore 1 Gravity Separation (Jigs=1; Cones=2; Sluicing=3; Spirals=4) 0 Ore 1 Number of Cones & Spirals (0 to 5) 0 Ore 1 Heavy Media Separation (Y=1, N=0)) 0 Ore 1 Gravity Separation Tables (Y=1, N=0) 0 Ore 1 Ore Hardness work index (units are kWh/t) 14 Ore 1 Rock compressive strength '000psi 32.7 Ore 1 In Pit Crusher side/UG crusher jaw setting cm 0 Ore 1 Crushed final product cm (def=1.27cm: Nil crush=1000) 1.3 Ore 1 Grind product mesh (def=200) cm=2.354*mesh no^-1.09 200 Ore 1 Grind SAG=1; AG=2, ball mill=3, SAG+Ball=4, AG+Ball=5 1 Ore 1 SAG stages (def=1) 1 Ore 1 Number of grinding lines 1 Ore 2 Washing & Screening (Y=1;N=0) 0 Ore 2 Gravity Separation (Jigs=1;Cones=2;Sluicing=3;Spirals=4) 0 Ore 2 Number of Cones & Spirals (0 to 5) 0 Ore 2 Heavy Media Separation (Y=1, 0=N) 0 Ore 2 Gravity Separation Tables (Y=1, N=0) 0 Ore 2 Ore Hardness Work Index 10 Ore 2 Rock compressive strength '000psi 32.7 Ore 2 In Pit Crusher side/UG crusher jaw setting cm 0 Ore 2 Crushed final product cm (def=1.27cm: Nil crush=1000) 1.3 Ore 2 Grind product mesh (def=200) cm=2.354*mesh no^-1.09 200 Ore 2 Grind SAG=1; AG=2, ball mill=3, SAG+Ball=4, AG+Ball=5 1 Ore 2 SAG stages (def=1) 0 Ore 2 Number of grinding lines 1 Ore 3 Washing & Screening (Y=1;N=0) 0 Ore 3 Gravity Separation (Jigs=1;Cones=2;Sluicing=3;Spirals=4) 0 Ore 3 Number of Cones & Spirals (0-5) 0 Ore 3 Heavy Media Separation (Y=1, 0=N) 0 Ore 3 Gravity Separation Tables 0 Ore 3 Ore Hardness work index 10 Ore 3 Rock compressive strength '000psi 32.7 Ore 3 In Pit Crusher side/UG crusher jaw setting cm 0 Ore 3 Crushed final product cm (def=1.27cm: Nil crush=1000) 1000 Ore 3 Grind product mesh (def=200) cm=2.354*mesh no^-1.09 200 Ore 3 Grind SAG=1; AG=2, ball mill=3, SAG+Ball=4, AG+Ball=5 1 Ore 3 SAG stages (def=1) 0 Ore 3 Number of grinding lines 1 ------------------------------------------------------------------------ Treatment Switches (3 Circuits or Ore Types) ------------------------------------------------------------------------ Ore 1 Flotation no. of products 1 Ore 1 Flotation Column Cleaners (Y=1, N=0) 0 Ore 1 Concentrate Regrind Mesh (0=nil regrind) 0 Ore 1 Bioxidation (Y=1,N=0) 0 Ore 1 Cyanidation (Vat L=1, HPL=2; CIP=3;M-C=4) 0 Ore 1 CIP carbonaceous ore (Y=1,N=0) 0 Ore 1 Copper Leaching (acid=1;dump=2) 0 Ore 1 H2SO4 Consumption kg/t ore (def Cu=100,U=45, Dump=0) 20 Ore 1 Electrowin (Y=1,N=0) 0 Ore 1 Uranium leaching (1=yes, 0=No) 0 Ore 1 Thicken & Filtration (Nil=0, or number of stages) 1 Ore 1 Concentrate Filter: (nil=0;Pressure=1;Vacuum=2;Disk=3) 1 Ore 1 Tailings Thicken (1=Yes, 0=No) 1 Ore 1 Drying/calcining fuel (Nil=0, Nat gas=1; coal=2; oil=3) 0 Ore 1 Drying: input moisture % (def=12) 0 Ore 1 Drying: output moisture % (def=2) 0 Ore 2 Flotation no. of products 0 Ore 2 Flotation Column Cleaners (Y=1, N=0) 0 Ore 2 Concentrate Regrind Mesh (0=nil regrind) 0 Ore 2 Bioxidation (Y=1,N=0) 0 Ore 2 Cyanidation (Vat L=1, HPL=2; CIP=3;M-C=4) 0 Ore 2 CIP carbonaceous ore (Y=1,N=0) 0 Ore 2 Copper Leaching (acid=1;dump=2) 0 Ore 2 H2SO4 Consumption kg/t ore (def Cu=100,U=45, Dump=0) 0 Ore 2 Electrowin (Y=1,N=0) 0 Ore 2 Uranium leaching (1=yes) 0 Ore 2 Thicken & Filtration (Nil=0 or number of stages) 0 Ore 2 Concentrate Filter: (nil=0;Pressure=1;Vacuum=2;Disk=3) 0 Ore 2 Tailings Thicken (1=Yes, 0=No) 0 Ore 2 Drying/calcining fuel (Nil=0, Nat gas=1; coal=2; oil=3) 0 Ore 2 Drying: input moisture % (def=12) 0 Ore 2 Drying: output moisture % (def=2) 0 Ore 3 Flotation no. of products 0 Ore 3 Flotation Column Cleaners (Y=1, N=0) 0 Ore 3 Concentrate Regrind Mesh (0=nil regrind) 0 Ore 3 Cyanidation (Vat L=1, HPL=2; CIP=3;M-C=4) 0 Ore 3 CIP carbonaceous ore (Y=1,N=0) 0 Ore 3 Copper Leaching (acid=1;dump=2) 0 Ore 3 H2SO4 Consumption kg/t ore (def Cu=100,U=45, Dump=0) 0 Ore 3 Cu Electrowin (Y=1,N=0) 0 Ore 3 Uranium leaching (1=yes) 0 Ore 3 Thicken & Filtration (Nil=0 or number of stages) 0 Ore 3 Concentrate Filter: (nil=0;Pressure=1;Vacuum=2;Disk=3) 0 Ore 3 Drying/calcining fuel (Nil=0, Nat gas=1; coal=2; oil=3) 0 Ore 3 Drying: input moisture % (def=12) 0 Ore 3 Drying: output moisture % (def=2) 0 ------------------------------------------------------------------------ Cu SXEW Plant ------------------------------------------------------------------------ Leach Acid/Reagent cost US$/t 75 Pregnant Leach Solution Cu grams/liter 0.00 PLS Flow Rate litres/minute 0 No of extraction & strip stages for SXEW 0 ------------------------------------------------------------------------ Product Transport Switches ------------------------------------------------------------------------ Tonnes Material Shipped/day 0 Long Distance Truck Haul km 0 Long Distance Barge Haul km 0 Long Distance barge cost US$/t-km 0.05 Long Distance Pipeline Haul km 0 Long Distance Rail Haul km 0 Long Distance Rail Cost US$/t-km 0 Port Loading Charge US$/t 0 Additional offsite Shipping cost eg Ocean freight $/t shipped 0.0 ------------------------------------------------------------------------ Comments ------------------------------------------------------------------------ eg whether self-generated electricity, reported costs, reported reagent consumption Product destinations etc. etc. ------------------------------------------------------------------------ References ------------------------------------------------------------------------