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Phil, W.A.B., Paavo, H., Edward, I., Edwards, K., Tapio, K., Eira, K., Tapio, L., Matti, L.I.H.M., Tuomo, M., Irmeli, M., Yrjö, P., Jussi, P., Kerstin, S. and Petri, V. (2014) Geological Survey of Finland—Special Paper 55: Geology and Geodynamic Development of Uganda with Explanation of the 1:1,000,000 Scale Geological Map. GTK, Espoo, 2-14.

has been cited by the following article:

• TITLE: The Prospects of Uganda’s Iron Ore Deposits in Developing the Iron and Steel Industry

  AUTHORS: Muwanguzi J. B. Abraham, Rukezo Gift, Sebukeera Hennery, Guloba Asuman, Ajidiru Rita, Dumba Dexter, Muvawala Joseph

  KEYWORDS: Mineralization, Iron Ore, Iron, Steel, Geology, NPA, Uganda

  JOURNAL NAME: Journal of Minerals and Materials Characterization and Engineering, Vol.8 No.4, July 30, 2020

  ABSTRACT: Uganda aspires to exploit its abundant iron ore resources to supply the required raw material for developing its iron and steel industry across all the phases of the value chain. The country imports USD 369 million worth of iron and steel products annually, 60% of which are raw materials for the steel processing plants. The National Planning Authority, the government planning agency, undertook a study to assess the possibility of using the iron ore deposits available in the country, as a source of supply for iron and steel production. In the study, available geological literature was collected from various sources and analysed in order to understand the mode of iron ore mineralization in Uganda, particularly, that in the South West. A field excursion to the deposits was conducted in order to ground truth the information obtained from literature research; carry out a detailed reconnaissance study so as to benchmark the likely scenarios required in the development of the iron and steel value chain; and establish the likely mining and processing requirements of the deposits. The reconnaissance survey confirmed the existence of hematite deposits that visually show characteristics of high-quality iron ore (55% - 68% Fe) suitable for iron production. From surficial investigations, the deposits are mainly comprised of thin beds of mineralisation. The deposits occur in the form of massive hematite, which is amenable to mining and direct feed to the ore processing plants, and specularite hematite (a metamorphic platy variety), which normally requires mineral processing for amenability to reduction processes. From the analysis, the country has sufficient deposits of a high grade that can support a steel industry, though more detailed quantifications and characterisations need to be prioritised by the government.