The Cooling Ability Study On Co2 And O2 Mixed Injection In Vanadium Extraction Process

The Minerals, Metals and Materials Society
Pengcheng Li Yu Wang Wei-Tong Du Gang Wen
Organization:
The Minerals, Metals and Materials Society
Pages:
6
File Size:
193 KB
Publication Date:
Jan 1, 2016

Abstract

Carbon dioxide could be utilized as a weak oxidant and a kind of coolant to oxidize elements, meanwhile, helping control the temperature during the converter vanadium extraction process. However, the optimum content of CO2 and the cooling effect of CO2 at low content have not been reported. In this study, experimental research based on the influence of different CO2 contents from 0% to 25% injected to the vanadium-containing hot metal was carried out, as well as contrast experiments of O2-N2 mixed blowing. The results indicated that the optimum content of CO2 was 15%. Under the optimum condition, the oxidation of [C] was the lowest and the oxidation rate of [V] was 96.9%, while the temperature was also lower than the O2-N2 mixed blowing. This paper provide a potential property for utilizing CO2 during the converter vanadium extraction process.
Citation

APA: Pengcheng Li Yu Wang Wei-Tong Du Gang Wen  (2016)  The Cooling Ability Study On Co2 And O2 Mixed Injection In Vanadium Extraction Process

MLA: Pengcheng Li Yu Wang Wei-Tong Du Gang Wen The Cooling Ability Study On Co2 And O2 Mixed Injection In Vanadium Extraction Process. The Minerals, Metals and Materials Society, 2016.

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