Total System Design For Comminution (af7b0d8d-7392-42c0-8b38-4db0f3d143aa)

The Southern African Institute of Mining and Metallurgy
Organization:
The Southern African Institute of Mining and Metallurgy
Pages:
5
File Size:
219 KB
Publication Date:
Jan 1, 2007

Abstract

Traditionally, the term `total system' design applied to comminution conjures images of a design that addresses the usual business and operational drivers, including health, safety and environment (HSE), capital cost, operating cost, throughput and product size. In terms of the physical process, the mine to customer type studies also exemplifies an approach that satisfies a normal `total systems' approach. As an industry there are drivers that are forcing a re-consideration of what we regard as our total system. This modification of drivers will require changes in approach and implementation to provide the best solutions. Some of the major changes that impact the drivers are shortage of skilled personnel, changing social attitudes to remote mine site work, greenhouse gas emissions (GHGE), quality of available orebodies and geographical location of new mine sites. One approach to the challenges presented by the changing business environment is to expand the system envelope around comminution to ensure that comminution, in its widest sense, helps to meet the new realities. Background to the new drivers and constraints is provided and some of the appropriate responses are examined in relation to the impact on the total system.
Citation

APA:  (2007)  Total System Design For Comminution (af7b0d8d-7392-42c0-8b38-4db0f3d143aa)

MLA: Total System Design For Comminution (af7b0d8d-7392-42c0-8b38-4db0f3d143aa). The Southern African Institute of Mining and Metallurgy, 2007.

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