Exploring applicability of millimeter-wave RADAR imaging solutions in mining technology

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We propose to investigate novel configurations and deployments of RADAR technology for use in the mining**industry. Radio transceivers in the ~30 GHz range have advanced considerably in the last decade while**becoming more readily accessible at the same time, lowering the barriers for untested applications. Frequencies**in this range allow for sounding and imaging with spatial resolutions relevant to solving problems in**operational settings within active mines.**MineSense Technologies Ltd. is a B.C.-based mining technology company specializing in multivariate**telemetry of ore at all stages of mining. Their clients are mining companies that want to optimize their**operations through pre-concentration and sorting of mined ore rocks as well as the rejection of waste rock.**RADAR technologies have proven to be rugged and appropriate for industrial sensing capabilities and a range**of telemetry opportunities exist, yet much optimization opportunity remains, especially in the ~30 GHz range.**Accordingly, the application of 30 GHz remote sensing in the mining and milling environment is at the cutting**edge of science and engineering and would benefit greatly from academic-industry collaboration.**The main objectives of the project are to (1) model a range of potential applications complementary to existing**telemetry solutions that MineSense employs and (2) develop the technical capabilities to undertake a suite of**sensing methods and approaches using ~30 GHz frequencies. Results of the research have the potential to**provide significant advances for the Canadian mining industry and help reduce the energy and greenhouse gas**emission intensities of mining through improved productivity.