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Report M0451 research findings – Defining the impacts of mineral by-product re-use
MRIWA-sponsored research at the ChemCentre in Western Australia has validated procedures and standards allowing long-term environmental interactions of mineral processing residues and other industrial by-products to be predicted for local soils and climatic conditions. This capacity will provide greater certainty to industry, Government and the community regarding the potential use of by-product materials in construction and other industries. M0451's technical report summarising the findings of this research can be accessed at https://geodocs.dmirs.wa.gov.au/Web/document/486739 The MRIWA media release regarding this research can be accessed here.
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Reducing mineral exploration risk through innovative geophysical analysis
MRIWA-sponsored research project M493 has produced an innovative technique for analysing seismic and magnetotelluric data. Developed by Professor Brett Harris and his team at Curtin University’s WA School of Mines: Minerals, Energy and Chemical Engineering, this cooperative inversion method can reveal previously hidden geological features and aid prediction of rock properties deep below the surface. The team used the concepts of unsupervised machine learning and seismic texture to develop a software toolkit that could help reduce the risk in targeting hidden ore systems, encouraging exploration investment in under-explored areas of Western Australia. The technical report summarising...
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Update on MRIWA and COVID-19
Please read the attached file for how MRIWA is responding to the COVID-19 situation. 200319-MRIWA Update COVID-19
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Probing the Big Issues in Exploration Drilling
MRIWA project M449 with Globaltech Corporation supported the design and initial testing of a new survey probe for use in Reverse Circulation (RC) drilling. This probe would allow automated logging of rock properties during the drilling process. If promising initial results are replicated in further trials, adoption of this technology could offer significant efficiency gains and cost savings to the mining industry. The technical report summarising the findings of this research can be accessed here. The MRIWA media release regarding this research can be found here.
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Ground support optimisation: MRIWA-supported research improving safety and efficiency in underground mining
Led by Professor Yves Potvin at the Australian Centre for Geomechanics at UWA, this project delivers significant advances in ground support design for underground mining. Applied using widely-available software tools, the new methodology delivered here will help to improve safety and reduce costs in underground mining, and enhances Western Australia’s reputation as a leader in developing geomechanics technology for the mining industry. The technical report summarising the findings of this research can be found here. The MRIWA media release regarding the research completed by Professor Potvin and his team at the Australian Centre for Geomechanics can be read here.
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