Table B.1. Product size distribution after impact breakage of -4.7+3.35 mm of HPGR product (specific impact energy=0.54 kWh/t)
-4.7+3.35 mm
85
Table B.2. Product size distribution after impact breakage of -4.7+3.35 mm of HPGR product (specific impact energy=1.09 kWh/t)
-4.7+3.35 mm
86
Table B.3. Product size distribution after impact breakage of -4.7+3.35 mm of HPGR product (specific impact energy=2.18 kWh/t)
-4.7+3.35 mm
87
Table B.4. Product size distribution after impact breakage of -4.7+3.35 mm of HPGR product (specific impact energy=3.32 kWh/t)
-4.7+3.35 mm
88
Table B.5. Product size distribution after impact breakage of -4.7+3.35 mm of HPGR feed (specific impact energy=0.54 kWh/t)
-4.7+3.35 mm
89
Table B.6. Product size distribution after impact breakage of -4.7+3.35 mm of HPGR feed (specific impact energy=1.09 kWh/t)
-4.7+3.35 mm
90
Table B.7. Product size distribution after impact breakage of -4.7+3.35 mm of HPGR feed (specific impact energy=2.18 kWh/t)
-4.7+3.35 mm
91
Table B.8. Product size distribution after impact breakage of -4.7+3.35 mm of HPGR feed (specific impact energy=3.32 kWh/t)
-4.7+3.35 mm
92
Table B.9. Product size distribution after impact breakage of -6.35+4.7 mm of HPGR product (specific impact energy=0.23 kWh/t)
-6.35+4.7 mm
93
Table B.10. Product size distribution after impact breakage of -6.35+4.7 mm of HPGR product (specific impact energy=0.45 kWh/t)
-6.35+4.7 mm
94
Table B.11. Product size distribution after impact breakage of -6.35+4.7 mm of HPGR product (specific impact energy=0.88 kWh/t)
-6.35+4.7 mm
95
Table B.12. Product size distribution after impact breakage of -6.35+4.7 mm of HPGR product (specific impact energy=1.74 kWh/t)
-6.35+4.7 mm
96
Table B.13. Product size distribution after impact breakage of -6.35+4.7 mm of HPGR feed (specific impact energy=0.23 kwh/t)
-6.35+4.7 mm
97
Table B.14. Product size distribution after impact breakage of -6.35+4.7 mm of HPGR feed (specific impact energy=0.45 kWh/t)
-6.35+4.7 mm
98
Table B.15. Product size distribution after impact breakage of -6.35+4.7 mm of HPGR feed (specific impact energy=0.88 kWh/t)
-6.35+4.7 mm
99
Table B.16. Product size distribution after impact breakage of -6.35+4.7 mm of HPGR feed (specific impact energy=1.74 kWh/t)
-6.35+4.7 mm
100
Table B.17. Product size distribution after impact breakage of -9.53+6.35 mm of HPGR product (specific impact energy=0.10 kWh/t)
-9.53+6.35 mm
101
Table B.18. Product size distribution after impact breakage of -9.53+6.35 mm of HPGR product (specific impact energy=0.22 kWh/t)
-9.53+6.35 mm
102
Table B.19. Product size distribution after impact breakage of -9.53+6.35 mm of HPGR product (specific impact energy=0.55 kWh/t)
-9.53+6.35 mm
103
Table B.20. Product size distribution after impact breakage of -9.53+6.35 mm of HPGR product (specific impact energy=0.92 kWh/t)
-9.53+6.35 mm
104
Table B.21. Product size distribution after impact breakage of -9.53+6.35 mm of HPGR product (specific impact energy=2.21 kWh/t)
-9.53+6.35 mm
105
Table B.22. Product size distribution after impact breakage of -9.53+6.35 mm of HPGR product (specific impact energy=4.35 kWh/t)
-9.53+6.35 mm
106
Table B.23. Product size distribution after impact breakage of -9.53+6.35 mm of HPGR feed (specific impact energy=0.10 kWh/t)
-9.53+6.35 mm
107
Table B.24. Product size distribution after impact breakage of -9.53+6.35 mm of HPGR feed (specific impact energy=0.22 kWh/t)
-9.53+6.35 mm
108
Table B.25. Product size distribution after impact breakage of -9.53+6.35 mm of HPGR feed (specific impact energy=0.55 kWh/t)
-9.53+6.35 mm
109
Table B.26. Product size distribution after impact breakage of -9.53+6.35 mm of HPGR feed (specific impact energy=0.92 kWh/t)
-9.53+6.35 mm
110
Table B.27. Product size distribution after impact breakage of -9.53+6.35 mm of HPGR feed (specific impact energy=2.21 kWh/t)
-9.53+6.35 mm
111
Table B.28. Product size distribution after impact breakage of -9.53+6.35 mm of HPGR feed (specific impact energy=4.35 kWh/t)
-9.53+6.35 mm
112
Table B.29. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR product (specific impact energy=0.03 kWh/t)
-12.7+9.53 mm
113
Table B.30. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR product (specific impact energy=0.11 kWh/t)
-12.7+9.53 mm
114
Table B.31. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR product (specific impact energy=0.22 kWh/t)
-12.7+9.53 mm
115
Table B.32. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR product (specific impact energy=0.44 kWh/t)
-12.7+9.53 mm
116
Table B.33. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR product (specific impact energy=0.88 kWh/t)
-12.7+9.53 mm
117
Table B.34. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR product (specific impact energy=1.32 kWh/t)
-12.7+9.53 mm
118
Table B.35. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR product (specific impact energy=1.7 kWh/t)
-12.7+9.53 mm
119
Table B.36. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR feed (specific impact energy=0.03 kWh/t)
-12.7+9.53 mm
120
Table B.37. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR feed (specific impact energy=0.11 kWh/t)
-12.7+9.53 mm
121
Table B.38. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR feed (specific impact energy=0.22 kWh/t)
-12.7+9.53 mm
122
Table B.39. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR feed (specific impact energy=0.44 kWh/t)
-12.7+9.53 mm
123
Table B.40. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR feed (specific impact energy=0.88 kWh/t)
-12.7+9.53 mm
124
Table B.41. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR feed (specific impact energy=1.32 kWh/t)
-12.7+9.53 mm
125
Table B.42. Product size distribution after impact breakage of -12.7+9.53 mm of HPGR feed (specific impact energy=1.70 kWh/t)
-12.7+9.53 mm
126
Table B.43. Product size distribution after impact breakage of -19.0+12.7 mm of HPGR product (specific impact energy=0.03 kWh/t)
-19+12.7 mm
127
Table B.44. Product size distribution after impact breakage of -19.0+12.7 mm of HPGR product (specific impact energy=0.11 kWh/t)
-19+12.7 mm
128
Table B.45. Product size distribution after impact breakage of -19.0+12.7 mm of HPGR product (specific impact energy=0.22 kWh/t)
-19+12.7 mm
129
Table B.46. Product size distribution after impact breakage of -19.0+12.7 mm of HPGR product (specific impact energy=0.44 kWh/t)
-19+12.7 mm
130
Table B.47. Product size distribution after impact breakage of -19.0+12.7 mm of HPGR product (specific impact energy=0.88 kWh/t)
-19+12.7 mm
131
Table B.48. Product size distribution after impact breakage of -19.0+12.7 mm of HPGR feed (specific impact energy=0.03 kWh/t)
-19+12.7 mm
132
Table B.49. Product size distribution after impact breakage of -19.0+12.7 mm of HPGR feed (specific impact energy=0.11 kWh/t)
-19+12.7 mm
133
Table B.50. Product size distribution after impact breakage of -19.0+12.7 mm of HPGR feed (specific impact energy=0.22 kWh/t)
-19+12.7 mm
134
Table B.51. Product size distribution after impact breakage of -19.0+12.7 mm of HPGR feed (specific impact energy=0.44 kWh/t)
-19+12.7 mm
135
Table B.52. Product size distribution after impact breakage of -19.0+12.7 mm of HPGR feed (specific impact energy=0.88 kWh/t)
-19+12.7 mm
136
Table B.53. Product size distribution after impact breakage of -25.4+19.0 mm of HPGR product (specific impact energy=0.01 kWh/t)
-25.4+19.0 mm
137
Table B.54. Product size distribution after impact breakage of -25.4+19.0 mm of HPGR product (specific impact energy=0.05 kWh/t)
-25.4+19.0 mm
138
Table B.55. Product size distribution after impact breakage of -25.4+19.0 mm of HPGR product (specific impact energy=0.11 kWh/t)
-25.4+19.0 mm
139
Table B.56. Product size distribution after impact breakage of -25.4+19.0 mm of HPGR product (specific impact energy=0.22 kWh/t)
-25.4+19.0 mm
140
Table B.57. Product size distribution after impact breakage of -25.4+19.0 mm of HPGR product (specific impact energy=0.59 kWh/t)
-25.4+19.0 mm
141
Table B.58. Product size distribution after impact breakage of -25.4+19.0 mm of HPGR product (specific impact energy=0.88 kWh/t)
-25.4+19.0 mm
142
Table B.59. Product size distribution after impact breakage of -25.4+19.0 mm of HPGR feed (specific impact energy=0.01 kWh/t)
-25.4+19.0 mm
143
Table B.60. Product size distribution after impact breakage of -25.4+19.0 mm of HPGR feed (specific impact energy=0.05 kWh/t)
-25.4+19.0 mm
144
Table B.61. Product size distribution after impact breakage of -25.4+19.0 mm of HPGR feed (specific impact energy=0.11 kWh/t)
-25.4+19.0 mm
145
Table B.62. Product size distribution after impact breakage of -25.4+19.0 mm of HPGR feed (specific impact energy=0.22 kWh/t)
-25.4+19.0 mm
146
Table B.63. Product size distribution after impact breakage of -25.4+19.0 mm of HPGR feed (specific impact energy=0.59 kWh/t)
-25.4+19.0 mm
147
Table B.64. Product size distribution after impact breakage of -25.4+19.0 mm of HPGR feed (specific impact energy=0.88 kWh/t)
-25.4+19.0 mm
148
Table B.65. t10 and d50 of HPGR product
HPGR product Size Fraction Specific Impact Energy
(kWh/t)
149
Table B.65 (continued)
HPGR product Size Fraction Specific Impact
Energy (kWh/t) Size Fraction Specific Impact
Energy (kWh/t)
150
Table B.66 (continued)
HPGR feed Size Fraction Specific Impact Energy
(kWh/t)
151 APPENDIX C
BLANK SIEVE ANALYSIS OF MONOSIZE MATERIAL USED IN BATCH