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A fundamental study on some aspects of nonisothermal reduction of iron ore by both solid and gaseous reductions has been carried out. The aim is two fold:(a) to develop appropriate mathematical procedure for the analyses of nonisothermal kinetic data and evaluation of kinetic parameters and(b) to develop a theory for kinetic studies of reduction under fluctuating but measured temperature.These theories have been tested against actual experimental results on reduction of iron ore by solid and gaseous reductants. A mathematical procedure conveniently amenable to computation is described which can be used to predict the course of reaction under fluctuating temperature conditions.

Prediction of reduction kinetics of iron ore under fluctuating temperature conditions.