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Focus area / Circular mining and tailings

Recover more value. Leave less liability.

Evaluate recovery from tailings, recycling and reuse as complete technical, environmental and commercial systems.

Discuss this priority
Snow-covered tailings landscape at the former Bethlehem Mine in British Columbia
Photo: Highland Valley Copper Mine Tailings (Former Bethlehem Mine) by Jeffrey Wynne. CC BY-SA 4.0. Resized; cropped to fit.Context image; no CEMI project, partnership or endorsement implied. Download photo

Why this focus

The opportunity behind the headline.

Material called waste may contain recoverable value, but recovery is not automatically safe, profitable or environmentally beneficial. Residual liabilities, product markets and ownership must be understood.

Government of Canada context

Canada promotes keeping materials in the economy through circular approaches, and its Critical Minerals Strategy extends from exploration to recycling.

Sources reviewed . Policy alignment is not program eligibility, government endorsement or a funding commitment. Check current terms directly with the responsible agency.

Our proposed response

What CEMI and MICA would bring.

CEMI / Challenge and evidence

Bring operators, qualified tailings specialists and researchers together to compare recovery routes, residual risks and whole-system economics.

MICA / Route to market

Help recovery and recycling SMEs find feedstock partners, demonstration hosts and prospective customers for recovered products.

Proposed delivery roles only. Confirm MICA governance, active scope and available capacity for each engagement.

Where to start

Practical opportunities to explore.

Tailings reprocessing

Test representative materials, geochemistry, recovery and safe residual management before any scale-up.

Secondary mineral supply

Connect recycling and industrial by-product technologies to product specifications and dependable feedstock.

Reuse with a real market

Validate performance, environmental acceptability and customer demand for proposed reuse products.

Proposed first engagement

Circularity feasibility and demonstration

See all five delivery gates
Practical output
A mass balance, geochemical and residual-risk review, lifecycle comparison and customer-tested product case.
Area-specific decision gate
Do not scale unless ownership, permits, residual liability, product acceptance and risk-adjusted economics are clear.

Evidence, not promises

How we would measure progress.

Agree baselines, targets, measurement methods and reporting permissions before work starts. These are proposed measures, not achieved results.

  • Saleable recovery (%) and residual material (tonnes), using a mass balance
  • Lifecycle GHG and water changes with a defined comparison boundary
  • Net margin ($/tonne) including treatment, transport and closure obligations

Responsible delivery

Boundaries that matter.

Reprocessing is not a tailings safety certification. Require qualified engineering oversight and applicable authorizations; do not claim that recovering minerals eliminates long-term liability.

For the first conversation, bring the problem or community-defined priority, your role, available evidence and the decision you need to make. Do not send confidential technical data, sensitive community information or Indigenous knowledge through the public inquiry form.

Discuss circular mining and tailings

Connected services

Use the pathway that fits the need.

Connected priorities

No challenge stands alone.

Priority-led innovation

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