AI for Mine Site Rehabilitation Planning

Plan and monitor mine closure and rehabilitation with AI that balances

Mine closure demands integrated planning of landforms, water management, stability, and ecological recovery. AI supports scenario analysis, risk detection, monitoring, and reporting—requiring transparency, conservative assumptions, and alignment with regulators and communities.

Deliver safe, stable, and sustainable post-mining land uses with evidence-based plans and monitoring.

Stability/hydrology simulation aids, scenario optimization, change det

Planner dashboards, map viewers, alerts, reports/public summaries.

Versioning, audit trails, change logs, monitoring, rollback.

live demo · related simulation● LIVE

Optimize sequencing with budgets and obligations.

Implementation Blueprint

Foundation: Baselines, obligations register, KPIs (stability, water quality, vegetation, cost), governance.

Frequently asked questions

What explains scenarios and risks; what is the purpose of publishing change logs?

Explain scenarios and risks; publish change logs.

What are conservative defaults and what role do manual approvals play?

Conservative defaults; manual approvals for changes.

What does a fallback scenario involve – redundancy and rollback plans?

Fallback scenarios; redundancy; rollback plans.

How does the system track exceedances, remediation actions, and schedule adherence?

Track exceedances, remediation actions, schedule adherence, and community feedback.

▶ Try it live

Everything above runs in your browser — open Earthquake Wave Propagation Simulation and change the parameters while it is running. Nothing is installed, nothing is uploaded, the whole model lives in one tab.

▶ Open Earthquake Wave Propagation Simulation simulation