Geomechanics.io

  • Free Tools
Sign UpLog In

Geomechanics.io

Geomechanics, Simplified.

© 2026 Geomechanics.io. All rights reserved.

Geomechanics.io

CMRR-ioGEODB-ioHYDROGEO-ioQCDB-ioFree Tools & CalculatorsBlogLatest Industry News

Industries

MiningConstructionTunnelling

Company

Terms of UsePrivacy PolicyLinkedIn
    AllGeotechnicalMiningInfrastructureMaterialsHazardsEnvironmentalSoftwarePolicy
    Research
    Sustainability
    Projects

    Indium from mine waste: process design and project notes for Australia’s solar sector

    November 20, 2025|

    Reviewed by Joe Ashwell

    Indium from mine waste: process design and project notes for Australia’s solar sector

    First reported on Australian Mining

    30 Second Briefing

    Indium recovered from existing mine waste streams could underpin a domestic Australian solar PV manufacturing sector, with a new study pointing to tailings from zinc and lead operations as a major untapped source. Researchers note that indium is a key component in indium tin oxide (ITO) coatings for high‑efficiency thin‑film cells, yet Australia currently exports concentrates and imports finished solar modules. The work signals opportunities for retrofitting hydrometallurgical circuits at established base‑metal plants to extract indium, adding revenue while reducing long‑term tailings liabilities.

    Technical Brief

    • Study models indium recovery from zinc–lead tailings using hydrometallurgical reprocessing scenarios at existing sites.
    • Researchers used mine production statistics, tailings tonnages and mineral processing flow sheets as primary data sources.
    • Analysis considers spatial distribution of suitable tailings facilities across Australian zinc and lead operations.
    • Work evaluates compatibility of indium extraction with current concentrator and refinery circuits to minimise new capital.
    • Authors assess potential reduction in long-term tailings liabilities when indium-bearing waste streams are reprocessed.
    • Practical application includes integrating indium solvent-extraction–electrowinning steps into brownfield base-metal plants.
    • Scope is limited to indium associated with zinc–lead operations; other host systems are not quantified.
    • Findings mainly provide strategic resource estimates; detailed plant-level feasibility and metallurgical testwork remain outside scope.

    Our Take

    Indium barely features in our recent Mining coverage compared with battery metals, so a focus on Australia suggests researchers are probing niche critical-metal streams beyond the usual lithium–nickel–cobalt set.

    For Australia, positioning indium recovery from mine waste could dovetail with existing base-metal operations, potentially giving operators a route to monetise tailings while improving ESG metrics under the ‘Sustainability’ project tag.

    Research-led pieces in our database tagged both ‘Research’ and ‘Projects’ often precede pilot-scale trials, so any lab work on indium extraction from waste streams may quickly translate into small demonstration plants at Australian mine sites.

    Geotechnical Software for Modern Teams

    Centralise site data, logs, and lab results with GEODB-io, CMRR-io, and HYDROGEO-io.

    No credit card required.

    • Save and export unlimited calculations
    • Advanced data visualisation
    • Generate professional PDF reports
    • Cloud storage for all your projects

    Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.

    Related Articles

    Epiroc–Major Drilling DiscovOre system: safety and cycle-time notes for drill engineers
    Mining
    about 7 hours ago

    Epiroc–Major Drilling DiscovOre system: safety and cycle-time notes for drill engineers

    Epiroc and Major Drilling are advancing the DiscovOre and Arrow 3S wireline core barrel system, first introduced in 2016 to boost mineral exploration drilling performance while reducing manual handling at the drill string. The system integrates a latch mechanism and overshot design that allow inner tubes to be retrieved without workers leaning over the rotating drill string, cutting exposure to dropped-object and entanglement hazards. Current development focuses on further cycle-time reductions and safer operation in deep-hole, high-angle exploration drilling.

    Mining
    about 8 hours ago

    Civmec’s A$400m BHP and Fortescue awards: delivery and ECI notes for project teams

    Civmec has secured more than A$400 million in new contracts and extensions with BHP and Fortescue, converting a previously flagged pipeline of brownfield and sustaining capital opportunities into firm work. The awards, spanning structural, mechanical and piping packages as well as site maintenance, are structured around early-contractor involvement to lock in constructability and schedule before final investment decisions. For project teams, this signals continued demand for integrated fabrication–construction delivery and long-term shutdown and upgrade support on major iron ore operations in Western Australia.

    Trapper target at Saga’s Radar project: grade and resource lens for mine planners
    Mining
    about 17 hours ago

    Trapper target at Saga’s Radar project: grade and resource lens for mine planners

    Initial drilling at Saga Metals’ Radar iron-titanium-vanadium project in Labrador has defined Trapper as its strongest target, with hole R-0009 cutting 296 m from 2.5 m depth grading 39.75% Fe₂O₃, 7.46% TiO₂ and 0.25% V₂O₅, including 63 m at 44% Fe₂O₃ and 9% TiO₂. A second hole, R-0008, returned 269.36 m at 36.21% Fe₂O₃, 6.57% TiO₂ and 0.244% V₂O₅ from 3.4 m, with internal intervals up to 46.15% Fe₂O₃ and 9.2% TiO₂. Saga reports Trapper’s iron and titanium grades are 124% and 105% higher than Hawkeye’s best assays, supporting a 15,000 m programme targeting an indicated resource later in 2026.

    Related Industries & Products

    Mining

    Geotechnical software solutions for mining operations including CMRR analysis, hydrogeological testing, and data management.

    Construction

    Quality control software for construction companies with material testing, batch tracking, and compliance management.

    CMRR-io

    Streamline coal mine roof stability assessments with our cloud-based CMRR software featuring automated calculations, multi-scenario analysis, and collaborative workflows.

    QCDB-io

    Comprehensive quality control database for manufacturing, tunnelling, and civil construction with UCS testing, PSD analysis, and grout mix design management.

    HYDROGEO-io

    Comprehensive hydrogeological testing platform for managing, analysing, and reporting on packer tests, lugeon values, and hydraulic conductivity assessments.