Sensitivity Analysis and the Mine Development Decision
 
    
    - Organization:
- The Australasian Institute of Mining and Metallurgy
- Pages:
- 10
- File Size:
- 354 KB
- Publication Date:
- Jan 1, 1983
Abstract
Traditionally, the development of a  mineral resource project goes through a fairly  set pattern of decisions from what commodities  to search for; where to look; how to locate;  what are the reserves; how can they be  exploited with optimum returns for all  stakeholders; where are the markets and what  will be the price received; what financing  arrangments? However, due to the unique  nature of most mineral resource properties,  the relative significance of individual  parameters on the ultimate development  decision will vary from project to project. Sensitivity analysis in its formal sense  is most frequently related to the economic  analysis of a project particularly in  conjunction with the ultimate development  decision making process, and acknowledges the  uncertainty of the actual values with their  impact on the corporate decision making  yardsticks. In many cases, this analysis  merely adds more values to confuse the  decision makers who may well opt for some  subjective rationale to overcome the numeric  confusion. However, sensitivity analysis should be  used more frequently to exploit the  development dollar to its maximum, THROUGHOUT  the phases leading to the development  decision. It is essential to identify the  critical inputs to the various decision tiers  in a project as early as possible and direct  the funds to ensure that these parameters are  determined as accurately as possible.  Examples are used to illustrate the need for  an even-handed quantification of the  parameters which affect the outcome of  decisions en route to the final one while  minimising the risk in making an optimum  assessment in relation to development funds  Available.
Citation
APA: (1983) Sensitivity Analysis and the Mine Development Decision
MLA: Sensitivity Analysis and the Mine Development Decision. The Australasian Institute of Mining and Metallurgy, 1983.
