Assess your mine. Green the land.
Register the mine, demarcate tailings, pits and water, and scan it. The scan runs the engineering engines and returns the risks; the plan adds rehabilitation, solar and farming options and what to plant on the tailings to absorb toxicity.
Tell us the basics, demarcate the site, then run the risk scan.
Registering takes you straight to the risk scan, which runs the engineering engines on your boundary, water and tailings. Greening and land-use planning live on the Plan & comply page.
Msibi MINING
What to assess next — and what each means
guidedDraw the full mine footprint, then drop each tailings dam, waste-rock dump, pit and pollution-control dam onto the satellite map. A tailings storage facility (TSF) is the engineered dam that holds processing waste and water — usually the biggest safety and water risk on a mine, so it is placed and sized first.
Runs the engines across the saved boundary, water, tailings and chemicals and returns a risk register — each item with its owner and next action. Where you have captured surveyed crest/pond levels, metered water volumes or laboratory results, the scan computes freeboard, the water balance and lab exceedances live; where you have not, it tells you exactly what to provide and never reads a gap as "all clear".
For each dam we look at three separate things: freeboard — the vertical gap between the lowest surveyed dam crest and the water level, so a storm cannot overtop it; the GISTM consequence class — how severe a failure would be downstream, judged independently of how likely it is; and inspection currency. There is no single invented "safety score" — a dam-safety verdict needs a competent Engineer of Record.
Map where water enters, is recycled and leaves the site. A water balance reconciles inflows against outflows and storage so nothing is unaccounted; high-risk streams are then flagged for laboratory testing, because the colour or look of water never establishes its chemistry. Lab results are compared to your reference values — not treated as legal limits.
Record each stored chemical with its storage, disposal and spill protocols. High-hazard chemicals held within 100 m of a watercourse with an incomplete protocol are flagged for sampling and containment — disposal must go to a licensed facility with a manifest.
Every demarcated pit edge, tailings wall, dump slope, dam and plant area is a hazard to workers, the community and livestock. Fence and sign each one, keep an emergency plan, and fly a drone over them on a schedule: crest and slope surveys, pit-wall cracks, seepage, fence breaches and unauthorised access. Drone findings are evidence for the engineer, not a safety sign-off.
Turn the findings into a costed plan — rehabilitation, greening, wetlands, dust control, solar, community programmes and an underground air-quality pilot — and track compliance items against the authorisations. "Evidence missing" is never recorded as "non-compliant"; costs are scoped, not quoted.
Seven-pillar readiness
click a pillar for the dossierCarbon ledger
gross · modelled · verifiedIllustrative scenario, not a claim: closing the modelled gap would need roughly 0 trees (~0 ha) at 0.021 tCO₂e/tree/yr — before any survival, permanence or uncertainty discount. Greened so far: 0 ha of 0 ha disturbed (0%). Removals are modelled, not verified; credits cannot offset water or rehabilitation obligations.