888 CONCLUSIONS AND IMPLICATIONS FOR INDUSTRY Filtered tailings stacks can substantially improve water recovery and geotechnical performance when designed and operated within a defined moisture–density envelope. Understanding the geotechnical properties of the tailings material is critical to ensure stability, safety, and long-term performance. Success depends on fit-for-purpose filtration technology, thorough material characterization, robust drainage, and vigilant monitoring to manage suction variability and phreatic conditions. REFERENCES BHP–Rio Tinto Tailings Management Consortium. (2024). Filtered Stacked Tailings: A Guide for Study Managers. Davies, M. (2011-published through UBC Library Open Collections). Filtered Dry Stacked Tailings – The Fundamentals. AMEC Environment & Infrastructure, Vancouver, Canada. International Mining. (2024). Filtering Through: Trends in Tailings Management. Jenkins, K. (2025). Tailings Dewatering: Enabling High-Tonnage Solutions. In 12th International Copper Conference (COPR 2025), pp. 1275–1279. Josic L., Verge A., Majdani K. (2024). The Barriers to Widespread Adoption of Tailings Dewatering Technologies. Tailings and Mine Waste Conferences Proceedings 2024. Kaswalder, F., Cavalli, D., Hawkey, S., & Paglianti, A. (2018). Tailings Dewatering by Pressure Filtration: Process Optimization and Design Criteria. Australian Centre for Geomechanics. Meneses, B., Llano‑Serna, M., Dressel, W., Coffey, J.P., & Gerritsen, T. (2024). A geotechnically derived screening method to assess the filterability of tailings. In A.B. Fourie & D. Reid (Eds.), Paste 2024: Proceedings of the 26th International Conference on Paste, Thickened and Filtered Tailings (pp. 115–128). Australian Centre for Geomechanics, Perth. Paterson & Cooke. (2026). Rethinking Tailings Management in a Changing Mining Landscape. Roux, K., MacRobert, C., & Roux, N. (2024). Preliminary framework for filtered tailings deposition design considerations: A South African perspective. Australian Centre for Geomechanics.
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