Application of Cokriging to Integrate Drillhole and Blasthole Data in Ore Reserve Estimation

Society for Mining, Metallurgy & Exploration
Abdullah Arik
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
3
File Size:
197 KB
Publication Date:
Jan 1, 1996

Abstract

An ore reserve block model is the basis for various decisions in mine development and production. The block model is initially built using the information from the drillhole data only. Once the mine is put in operation, the information from the blasthole data becomes available. Since the spacing of the blastholes are much closer than the exploration drillholes, the blasthole data gathered from the mine over the years become quite extensive containing valuable information about the deposit. In practice, the information from the blastholes is the basis of determining the ore and waste boundaries between and within mining blocks. In an ore reserve model, the valuation of blocks on and close to the pit face can obviously be improved by using blasthole data from neat by drilled and mined-out blocks in addition to using the widely spaced drillhole data. The ideal basis on which to integrate blasthole and drillhole data is to use cokriging.
Citation

APA: Abdullah Arik  (1996)  Application of Cokriging to Integrate Drillhole and Blasthole Data in Ore Reserve Estimation

MLA: Abdullah Arik Application of Cokriging to Integrate Drillhole and Blasthole Data in Ore Reserve Estimation. Society for Mining, Metallurgy & Exploration, 1996.

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