Browsing by Author "Uzoije, Atulegwu Patrick"

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    Model for evaluating the concentration of Iion upgraded during pyrobeneficiation of Iron oxide ore pelletized with powdered potassium Chlorate
    (U. P., 2009) Nwoye, Chukwuka Ikechukwu; Obiji, Stephen; Anyika, Livinus; Nwoye, Uchenna Chukwuma; Obi, Marthins; Uzoije, Atulegwu Patrick; Ofoegbu, Stanley Udochukwu
    Model for predicting the concentration of iron upgraded during pyrobeneficiation of iron oxide ore (pelletized with powdered potassium chlorate) has been derived. The model-predicted %Fe upgrades were found to agree a direct relationship between %Fe values and weight-input of KClO3 as exhibited by %Fe upgrades obtained from the experiment. The model; %Fe = 7.1367γ indicates that iron upgrade is dependent on the weight input of KClO3. The validity of the model was rooted in the expression (%Fe/γ)α = (T/β)N where both sides of the expression are correspondingly almost equal. The positive or negative deviation of each of the model-predicted values of %Fe from those of the corresponding experimental values was found to be less than 19% which is quite within the range of acceptable deviation limit of experimental results.