sur le rendement du concasseur
A 12-month study of crusher throughput as a comparative measure of fragmentation, conducted by the University of Mines and Technology, Tarkwa, Ghana.[1]
Mine Output Study
Summary
Production of boulders had been on the increase and was affecting the mine's ability to increase its throughput to meet the demands of a competitive mining environment. Management therefore decided to acquire the VARISTEM® Blasting Plugs to improve the quality of stemming hence better fragmentation. This project set out to study from fragments results of the Crusher throughput as a comparative measure of the quality of fragmentation using the VARISTEM® Blasting plug as against conventional stemming.
Production of boulders had been on the increase and was affecting the mine's ability to increase its throughput to meet the demands of a competitive mining environment. Management therefore decided to acquire the VARISTEM® Blasting Plugs to improve the quality of stemming hence better fragmentation. This project set out to study from fragments results of the Crusher throughput as a comparative measure of the quality of fragmentation using the VARISTEM® Blasting plug as against conventional stemming.
Observations
- Good fragmentation was achieved in hard rock zones when VARISTEM® Plugs were used in stemming blastholes.
- The excavation of material blasted using VARISTEM® Plugs was easier.
Conclusions
- VARISTEM® Blasting Stemming Plugs gave better fragmentation in hard rock zones.
- The average crusher throughput achieved with Conventional Stemming and VARISTEM® Blasting Plugs were 410.45t/hr. & 466.09t/hr respectively.
- The average increase in throughput was 13.56 % when VARISTEM® Blasting Plugs were used in stemming Blastholes as compared to the Conventional Stemming.
Patent # 5,936,187
