Banwart, S., Davies, S., and Stumm, W., 1989, “The role of oxalate in accelerating the reductive dissolution of haematite (a-Fe₂O₃) by ascorbate.” Colloids Surf. Vol. 39, pp. 303-309.

has been cited by the following article:

• TITLE: Model for the Calculation of the Concentration of Dissolved Hematite during Hydrogen Peroxide Leaching of Iron Oxide Ore

  AUTHORS: C. I. Nwoye, C. C. Nwakwuo, C. Nlebedim, U.C. Nwoye, R. A. Umana, G. C. Obasi

  KEYWORDS: Model, Calculation, Haematite dissolution, Hydrogen Peroxide, Iron Oxide Ore, Leaching

  JOURNAL NAME: Journal of Minerals and Materials Characterization and Engineering, Vol.8 No.5, May 20, 2009

  ABSTRACT: Model for the calculation of the concentration of dissolved haematite during hydrogen peroxide leaching of iron oxide ore has been derived. The model was found to depend on both the % concentration of dissolved iron and weight input of iron oxide ore from experiment. The validity of the model is rooted on the expression %Fe2O3 ≈ %Fe√(μ)1/3 where both sides of the relationship are correspondingly almost equal. The deviation of the model-predicted concentration of dissolved haematite from the corresponding experimental values is less than 30% which is quite within the acceptable range of deviation limit of experimental results. The model indicates that the dissolved % ratio of extreme oxidation stage of iron to that of its extreme reduction stage is approximately equal to one-sixth (1/6th) power of the weight input of iron oxide ore during the leaching process.