Storage facilities, pit slopes and waste dumps

Tailings & Mining

Identify developing ground movement risks around tailings facilities and mining assets.

The problem

Tailings facilities fail slowly before they fail suddenly. Conventional instrumentation covers a handful of points on a structure that moves as a whole, and inspection intervals leave months unobserved.

How we approach it

Satellite radar measures every stable reflector across the facility and its surroundings, building a continuous displacement history. Movement is separated from seasonal noise and read against the structure it sits on.

What you get

  • Whole-facility coverage rather than instrumented points
  • Rate-change thresholds tied to your escalation procedure
  • Documented evidence that stands up in regulatory review
  • Historical baseline reconstructed from archive radar
Terraced benches cut into the side of an open-pit mine

01

Reconstruct the baseline

Years of archive radar are processed before anything new is captured, so the first delivery already shows how the ground has behaved rather than only where it stands today.

Aerial view of mine workings, haul roads cutting between dark spoil

02

Measure every pass

Each new acquisition is processed against the same reference, giving a continuous displacement history for every stable reflector across the asset and its surroundings.

A flooded quarry, still water held between rock walls and regrown trees

03

Separate signal from season

Seasonal swelling and shrinkage is isolated from persistent movement, so a rate that warrants attention is not confused with ground that returns to where it started.

Haul roads winding across a mine, seen from directly above

04

Rank and report

Structures are ranked by measured rate against thresholds you set, with the displacement history behind every flag available as evidence.

Discuss your assets