Platform · layer 02 of 08
Aftermine Twin
Interactive 3D digital twin
A modelled underground for every mine: geometry, gas, water and every candidate intervention — comparable before anything is built.
From the field study
The Twin prototype, live: Auguste Victoria's dry and flooded futures on the Kholod decline curve — swap the specimen, flip the dice, then orbit the 3-D cutaway of the mine itself. This instrument models the GAS ALONE and is the fastest way to see the dry/flooded gap; the coupled model that adds water, route selection and confidence intervals is published separately under Research.
What it covers
- Underground mine geometry
- Shafts, seams, galleries and flooded zones
- Methane generation and migration
- Surface emission points
- Gas-collection infrastructure
- Methanotrophic bioreactors
- Mine-water geothermal
- Solar and energy storage
- Water-treatment systems
- Ecological restoration
- Future land-use scenarios
How it works
The Twin turns a mine from a hole in the record into a system you can interrogate. Decline curves, flooding scenarios, collection layouts and energy systems are modelled together, so interventions can be compared on one screen before capital is committed. Where the model disagrees with a measurement, the disagreement is displayed, not smoothed — the gap between modelled and measured is the work.