WASTE
3D MUD™ SYSTEM:
MULTIPLE GEOSPATIAL SOLUTIONS
AURACLE's advanced remote satellite monitoring technology looks inside solid waste landfills to provide satellite surface and subsurface views of leachate, gas and air surface issues through the lifecycle of a project.
PLAN
Detect and determine potential subsurface geohazards early in the project.
MODEL
Model surface and subsurface changes, fluids, and gas. We measure heat with Thermal Models, in 3D.
MONITOR
Monitor for changes at the surface, within the landfill, and under the landfill.
LEADING-EDGE ENVIRONMENTAL REMOTE SENSING
PLAN FOR UNSEEN SUBSURFACE GEOHAZARDS
Our subsurface satellite imagery is used to detect subsurface linear features that represent faulting, joints and watercourses under landfills.
Knowledge of these subsurface features provides decision makers and engineers with the appropriate geospatial intelligence to minimize risk and plan around potential geohazards.
MODEL AND MONITOR LANDFILL GAS AND FLUIDS
Auracle's 3D MUD™ System can see within and under the landfill to monitor fluids that could pose significant risk to public safety, ground water and the surrounding environment.
DETERMINE AIRSPACE
MODEL HEAT WITHIN
ASSESS
FLUIDS
ANALYZE IMPACT
MONITOR SUBSIDENCE
AND UPLIFT
Monitoring landfill changes over time, provides operators with the ability to detect patterns of movement, which can precede slope failures and subsidence.
Accurately determining available air space, with millimetric precision, gives operators the ability to predict remaining tonnage volumes.
APPLY OUR SUBSURFACE 3D THERMAL MODEL
Determine landfill temperatures within the whole volume of the landfill, not just drill holes.
Understanding temperatures throughout the entire landfill and visualizing them in a subsurface 3D model provides decision makers and engineers with the ability to identify fluids and biological activity as they move.