Opportunities For Improvements In Alumina Production: Balancing Incremental And Breakthrough Innovation

- Organization:
- International Mineral Processing Congress
- Pages:
- 16
- File Size:
- 739 KB
- Publication Date:
- Sep 1, 2012
Abstract
Alumina demand is steadily climbing around the world and is likely to continue to do so for many years. In such a commodity industry, the question arises as to what effort should be expended on innovation, given that for an individual company, the drivers of change are cost and quality as the market demand is essentially assured. This is of course a long-term view. The current conditions are less attractive. In this presentation, we review the broad issues that are considered targets for collaborative development by the industry as recently updated in the alumina industry roadmap published by the International Aluminium Institute in 2010. While they cover areas such as ?mine rehabilitation, residue management and use, alumina production from high sulfur bauxite, bauxite beneficiation, energy efficiency and alternative technologies for alkali and alumina recovery from bauxite residues,? it must be remembered that each refinery is different in terms of the feed material and the circumstances of waste disposal. Of particular interest is the more competitive area of breakthrough technologies. In the presentation, we will consider a range of opportunities that could transform the industry, from relatively near term possibilities such as bauxite activation through possibilities to eliminate crystallization as currently practiced to complete alternatives, such as the use of hyperaccumulating plants. Against this optimism, some of the realities that hold back breakthrough innovation will be presented for discussion.
Citation
APA:
(2012) Opportunities For Improvements In Alumina Production: Balancing Incremental And Breakthrough InnovationMLA: Opportunities For Improvements In Alumina Production: Balancing Incremental And Breakthrough Innovation. International Mineral Processing Congress, 2012.