Earth Volumetric Studio

1. Import Your Data — Bring in borehole logs, monitoring data, geophysical surveys, and more from virtually any format, so nothing gets left out of your analysis.

2. Integrate Other Sources — Layer in CAD drawings, GIS shapefiles, aerial imagery, DEM terrain data, and other external sources, giving regulators and stakeholders the full site picture.

3. Build Your Workflow — Connect modules into a visual flowchart that defines your analysis, creating a repeatable, auditable process you can defend.

4. Analyze & Model — Run geostatistical analysis, generate 3D geologic models, delineate plumes, and calculate volumes, producing the defensible estimates that drive decisions.

5. Publish & Share — Output interactive 3D web scenes, 3D PDFs, EVS Presentations, animations, and publication-quality images, transforming complex technical results into visualizations that any audience can immediately understand and act on.

3D Geologic Modeling — Stratigraphic and lithologic modeling, exploding geologic layers, 3D fault block generation, tunnel cutting, and mine pit modeling from borehole data.

Contaminant Analysis — Plume delineation, multiple analyte data analysis, integrated volumetrics, and mass calculation for soil and groundwater contamination and ore bodies.

Integrated Geostatistics — Expert-system-driven 2D and 3D kriging with best-fit variograms, advanced gridding, and quantitative evaluation of data quality and site models.

Visualization & Animation — Interactive 3D fence diagrams, texture mapping, time-series animation, and publication-quality output for reports, hearings, and presentations.

Extensible & Scriptable — Comprehensive Python scripting of virtually all functions, finite difference and finite element grid generation (MODFLOW), and advanced data processing routines.

3D Publishing — Publish interactive models as .CTWS web scenes viewable on any device and browser, export to 3D PDF for inclusion in reports, or create self-running EVS Presentations for meetings and hearings.

DrillGuide^© — Proprietary technology that applies integrated geostatistics to quantitatively appraise site assessment quality and identify optimal new sample locations, dramatically cutting drilling and sampling costs.

Fast Geostatistical Realizations^® — Generate and evaluate multiple equiprobable models of your site in real time, a capability that traditionally required hours or days of computation, for immediate insight into uncertainty and spatial variability.

Mining & Geologic Engineering — 3D fault block generation, tunnel cutting, mine pit modeling, ore body overburden visualization, and advanced texture mapping with aerial overlay.

Advanced Modeling — Finite element and voxel modeling, borehole and sample posting with parameter estimation, and comprehensive Python scripting for custom automation.