Kinetic Study of Copper Deposition on Iron by Cementation Reaction
Young Ku, Chi Hwa Chen
Abstract
Young Ku, Chi Hwa Chen
Abstract
Cementation of copper on iron powder was shown to be a feasible process to achieve a high degree of copper removal over a broad operational range. First-order kinetics were followed for both the copper concentration and the surface area of iron. To minimize the effect of copper-hydroxyl formation and excess iron consumption, the cementation process was found to be more practical in weak acidic conditions
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Cementation of copper on iron powder was shown to be a feasible process to achieve a high degree of copper removal over a broad operational range. First-order kinetics were followed for both the copper concentration and the surface area of iron. To minimize the effect of copper-hydroxyl formation and excess iron consumption, the cementation process was found to be more practical in weak acidic conditions
Key concepts: Cementation (geology), Copper, Chemistry, Metallurgy, Kinetics, Single displacement reaction, Inorganic chemistry, Organic chemistry