The effect of the reactivity of lime on desulphurization efficiency in the basic oxygen furnace (09f601c0-9bf3-4397-b080-76579e9030e6)

The Southern African Institute of Mining and Metallurgy
A. A. Hejja P. R. Jochens
Organization:
The Southern African Institute of Mining and Metallurgy
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1
File Size:
195 KB
Publication Date:
Jan 3, 1973

Abstract

The effect of the reactivity of lime on desulphurization efficiency in the basic oxygen furnace by A. A. HEJJA,D. D. HOWAT, andP.R.jOCHENS Published in the Journal March 1973. DISCUSSION R. E. Leyman* The authors discuss in detail the effects of transport and storage at the steel plant on the reactivity of lime as measured by the DIN Reactivity Test. They attribute the deterioration in reactivity to the absorption of water vapour and carbon dioxide, but make no mention of the possible role of atmospheric sulphur dioxide in this respect. The significance of the mineralogical and surface characteristics of gold grains in the recovery process by C. E FEATHER and G. M. KOEN Published in the Journal February 1973. AUTHORS' REPLY TO DISCUSSION (Published in the Journal July 1973) H. P. Carlisle Mr Carlisle's questions and observations will be dealt with in the same order as they were raised. 1. How were the mass percentages of the grains determined from the sizes measured in polished section?
Citation

APA: A. A. Hejja P. R. Jochens  (1973)  The effect of the reactivity of lime on desulphurization efficiency in the basic oxygen furnace (09f601c0-9bf3-4397-b080-76579e9030e6)

MLA: A. A. Hejja P. R. Jochens The effect of the reactivity of lime on desulphurization efficiency in the basic oxygen furnace (09f601c0-9bf3-4397-b080-76579e9030e6). The Southern African Institute of Mining and Metallurgy, 1973.

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