XXXI International Mineral Processing Congress 2024 Proceedings/Washington, DC/Sep 29–Oct 3 3553
molded at 20 r/min, and the molded samples were sieved
to control the range of particle size of the samples within
5 mm. Second, the sieved samples were placed in a drum
granulator, and the configured binder solution was uni-
formly sprayed on the sample surface. Again, the samples
were placed in a 240×115×53 mm steel abrasive tool for
compaction molding, and the mold was removed after
maintaining the pressure for 2 min. Finally, the molded
samples were placed in a muffle furnace and held at 100°C
for 1h to remove water from the samples, and the dried
samples were calcined at high temperatures to improve
their strength. The test flow is shown in Figure 2.
10 20 30 40 50 60 70 80
Gold
1
1 Quartzuartz
2 Muscoviteetiovcsu
3 Kaoliniteaolinite
4 Albitetil
5 Phengitetigneh
6 Calciteeticla
7 Katophoriteatophorite
3
3
3 1 1
1
1 1
2
1
1
1 1
1
1
KKaolinnliao
Gold TaTailingsgsnilia
Figure. 1 Main physical phase compositions of GT, DT and kaolin Experimental process
Table 2. Design of base material proportions for tailings permeable bricks, wt%
Number GT DT Kaolin Binder Water(extra)
1 50 25 20 5 10
Figure 2. Flow chart of the test process
Intensity
molded at 20 r/min, and the molded samples were sieved
to control the range of particle size of the samples within
5 mm. Second, the sieved samples were placed in a drum
granulator, and the configured binder solution was uni-
formly sprayed on the sample surface. Again, the samples
were placed in a 240×115×53 mm steel abrasive tool for
compaction molding, and the mold was removed after
maintaining the pressure for 2 min. Finally, the molded
samples were placed in a muffle furnace and held at 100°C
for 1h to remove water from the samples, and the dried
samples were calcined at high temperatures to improve
their strength. The test flow is shown in Figure 2.
10 20 30 40 50 60 70 80
Gold
1
1 Quartzuartz
2 Muscoviteetiovcsu
3 Kaoliniteaolinite
4 Albitetil
5 Phengitetigneh
6 Calciteeticla
7 Katophoriteatophorite
3
3
3 1 1
1
1 1
2
1
1
1 1
1
1
KKaolinnliao
Gold TaTailingsgsnilia
Figure. 1 Main physical phase compositions of GT, DT and kaolin Experimental process
Table 2. Design of base material proportions for tailings permeable bricks, wt%
Number GT DT Kaolin Binder Water(extra)
1 50 25 20 5 10
Figure 2. Flow chart of the test process
Intensity