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  • AUSIMM
    Combustibles in Mines

    Although most N.S.W. coal mines contain large amounts of combustible materials such as coal and timber, the introduction of mechanisation has extended the range of combustible materials now found u

    Jan 1, 1981

  • AUSIMM
    Sampling of Mineral Process Streams

    While sampling techniques used by the mineral industry continue to improve, sampling is still an area which is often neglected. It is often left to personnel who do not fully appreciate the significan

    Jan 1, 1976

  • AUSIMM
    Some Aspects of Loss Control

    During the 22 years that Isa Mine has been formally involved in accident prevention, it has succeeded in reducing its lost time injury frequency rate by 70 per cent. At present its performance com

    Jan 1, 1975

  • AUSIMM
    Risk Factor Experiences Involved in Developing a Uranium Project in Australia

    By T C. Hunter

    There are unique risk factors involved in the development of an Australian uranium project especially by a æjuniorÆ. These encompass a range of political, technical, environmental, regulatory, timing,

    Jan 1, 2003

  • AUSIMM
    An Expert System of Scheduling a Successive Plan for Mining and Development in Coal Mines

    By Jingmin Xin, Wenhua Xing, Zongxin Huo, Hongzhang Chen

    Drawing up the successive plan for mining and development is a very important and regular plan work. The expert system of the successive plan for mining and development drawn up by computer is devel

    Jan 1, 1998

  • AUSIMM
    Massive Mining Techniques at 2300 m Depth

    The unique characteristics of the Target orebody and modernistic approach to mining present significant challenges and a concomitant high potential for new opportunities. The break-away from the tradi

    Jan 1, 2000

  • AUSIMM
    Numerical Simulation of Chemical and Nuclear Contamination Transport in Aquifers and its Possible Application for the Control of Environmental Impacts due to Mining Activity

    The paper describes a simulating method.for ground water contamination originating from industrial and mining activrty. The finite difference model simulates heat, mass and solute transport. The ap

    Jan 1, 1988

  • AUSIMM
    Copper Tank House Technology Reviewed and Assessed

    The present practices in electro-refining of copper are shown to be the result of piecemeal and gradual improvements and innovations as metallurgists responded to changing cost pressures and the avail

    Jan 1, 1985

  • AUSIMM
    The Ferro Gully North Mine, Hamersley Province, Western Australia

    Portman Mining Pty Ltd very successfully operated the Ferro GullyNorth Mine in the Hamersley Province of Western Australia to satisfy a contract for the delivery of six million tonnes of iron ore in l

    Jan 1, 2001

  • AUSIMM
    Some Considerations in Column Flotation Pilot Plant Testwork

    By Dunlop G. A, Cantrell R. A

    The metallurgical and engineering requirements that form the basis for planning column flotation Pilot Plant testwork are reviewed. Pilot plant operating issues are discussed and a basis for the test

    Jan 1, 1992

  • AUSIMM
    Commonwealth and State Powers in Relation to Offshore Mineral Resources

    An outline of the circumstances giving rise to the current Commonwealth-States con- flict in relation to offshore mineral explor- ation and production is set out, together with an analysis of the Sea

    Jan 1, 1974

  • AUSIMM
    Qualitative Simulation of Continuous-Flow Technology and Working Face Complexes for Underground Mining of Hard Ores

    By G A. Streltsova

    In the paper the main concept of qualitative simulation is determined when computer-aided designing and forecasting of designs of robotised continuous-flow working face complexes for underground minin

    Jan 1, 2003

  • AUSIMM
    Pollution Control on an ISP Complex

    By Coppock BW, Scott TC, Firkin GR

    The pollution control measures taken on the Imperial Smelting Process (ISP) operated at Cockle Creek are described together with environmental monitoring strategy and the statutory restraints appli

    Jan 1, 1975

  • AUSIMM
    Automatic Control of Agglomeration and Smelting Processes

    By Denholm WT

    Current control practice is reviewed for agglomeration processes, including pelletising, sintering and induration; and for smelting processes, including blast and reverberatory furnaces, flash smeltin

    Jan 1, 1985

  • AUSIMM
    Banking Needs for Project Development Financing (591555b9-102c-4033-a3e1-dcf0b636a120)

    Some only types of bank finance are appropriate for mining development, with conventional fixed rate finance having significant limitations of flexibility. New, innovative and flexible instruments

    Jan 1, 1983

  • AUSIMM
    The Granites Gold Mine Upgrading of Gravity Concentrates for Smelting

    The Granites Gold Mine has far exceeded the design capacity of 300,000 tonne per annum during its first sixteen months of operation. The presence of considerable free coarse gold has made it imperat

    Jan 1, 1988

  • AUSIMM
    Mathematical Modelling the Process of Separation of the Raw Materials in the Column Flotation Machine

    By Samyguin VD, Filippov LO

    The aim of this paper is to emphasise the importance of knowing of the rate of the elementary flotation acts (EFA) - attachment and detachment. By studying the simplest linear model notion of the co

    Jan 1, 1993

  • AUSIMM
    Process Control Developments at Isa Mine Mount Isa

    By Wickham P

    Digital computer based control systems are used to implement control and monitoring over most unit operations in Mount Isa Mines Limited lead-zinc concentrator and copper concentrator. Implementati

    Jan 1, 1978

  • AUSIMM
    Mineral Sands- Potential for Further Processing Development in Western Australia

    By Goodheart B

    The Australian Mineral Sands Industry has expanded from the initial export of mixed concentrates in the 1930s, through various development stages, to its current position as a leading world produc

    Jan 1, 1986

  • AUSIMM
    Infrastructure Development for the Ulan Project

    Extensive infrastructure construction works were required for the development of the underground and open-cut coal mine at Ulan to a production capacity of 5 million tonnes of steaming coal per an

    Jan 1, 1983