The SAIMM is a professional institute with local and international links aimed at assisting members source information about technological developments in the mining, metallurgical and related sectors.
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Publications

  • JOURNALS

    JOURNALS

    • Subscriptions
    • Back Issues


    The Journal is the organ of The Southern African Institute of Mining and Metallurgy, which is the professional body dealing with the interests of managers, engineers and technical and research personnel involved in the mining and minerals industry.

    The Journal, published since 1894, is issued monthly, and is sent to the individual members and company affiliates of the SAIMM. Complimentary copies are sent to a wide range of local and overseas companies, universities, research organizations and libraries. Both hard copy and an electronic copy of the Journal are made available.

    Rightfully claiming to be the leading mineral industry publication in South Africa, the Journal has high standards both of content and presentation. All papers are peer reviewed and recognized by the Department of Higher Education and Training (DHET) and cited by Thomson ISI (formerly the Institute for Scientific Information). It provides its readers with vital information related to the SAIMM and the mineral industry, reports on day-to-day mining operations and practices, and on improvements in technology and equipment.

  • PAPERS

    PAPERS

    Conference Papers
    Journal Papers
    Journal Comment


    The Journal contains papers that are selected from conferences that are run by the SAIMM and papers that are submitted by individual authors from around the world. The papers are reviewed by two referees who have been nominated by the Publications Committee.

    The published papers are recognised by the South African Department of Higher Education and Training (DHET) and are indexed or summarised by:

    • Elsevier Compendex (Computerized Engineering Index)
    • Elsevier Scopus
    • GeoRef
    • Web of Science
    • IMM Abstracts (Institute of Mining and Metallurgy)
    • Thomson Reuters
    • Engineering Index Monthly
    • Environmental Engineering Abstracts
    • CIS Abstracts (Computer and Information Systems)
    • SciELO SA

    Papers that are authored or co-authored by a member of the SAIMM will be eligible for the Institute’s gold or silver medal award and certificate of merit.

    The SAIMM has adopted an Open Journal System (OJS) for managing the submission and review of papers. This is run in conjunction with the Academy of Science of South Africa (ASSAf)

The successful development of an ore body requires the expertise from different disciplines to work closely together. The Geologist usually identifies a potential mine site and through scientific investigation determines if the identified ore body will be economical to mine. He / she determines the type of mineral present in the ore body as well as the levels of the mineral. This information is critical in the method applied to recover the desired mineral. Current governmental legislation requires that environmental impact studies should be performed to elucidate the affect of the mining activities on the surrounding environment and communities. This requires the involvement of Environmentalists. Once the mining licence is issued, the mine site can be developed. This important task is performed by the Mining Engineer who ensures that the maximum amount of the mineral is recovered taking into account the economical viability of the process. Different techniques are available such as open cast mining, and underground mining. In the case of underground mining, which is applied extensively in South Africa, the expertise offered by the Rock Engineer is utilised. He / she ensures that the excavations, which could stretch for kilometres, are safe for operations. The progress of the mining process is followed by the Mine Surveyor who is responsible for keeping an accurate account of the ore body already extracted. The abovementioned team ensures a constant ore supply to the process plant. The process plant is designed and optimised by the Metallurgist or Chemical Engineer. The design of the plant depends on the properties of the ore being treated. The general layout consists of a comminution section where the large ore particles are being reduced in size by crushing and milling. The next stage will be the separation stage where the mineral is separated from the unwanted material or gangue. The separation stage is followed by the reduction and refining stages in which the mineral is converted in the product wanted by the market. In order for the Metallurgist or Chemical Engineer to optimise the process plant, the composition of the mineral in different process streams is needed. This requires the knowledge of an Analytical Chemist to measure the levels of the mineral or dissolved species.

Safety and Health is a very important aspect of a mine or any industrial site. The Safety, Health and Environmental Practitioners ensures that systems are in place to guarantee the safety and health of employees.