TerraLitix integrates field capture, data management, and technical visualization into a digital workflow, optimizing every phase of your contaminated-soil projects.
Select parcels from cadastral records and build your site. Overlay the client's plan, aerial orthophotos, or your own layers in PNG and GeoTIFF, visually aligned.
Select parcels from cadastral records and build your site. Overlay the client's plan, aerial orthophotos, or your own layers in PNG and GeoTIFF, visually aligned.
Record facilities, study points, and potential sources and receptors, with forms and photographs.
All source and receptor data, images, and documents are structured, georeferenced, and accessible to the entire team.
In TerraLitix every site is a living document that increases your ability to analyze, communicate, and make decisions in every phase of the project.
Log borings, test pits, vapor probes, piezometers, and groundwater monitoring. Everything georeferenced and structured for analysis and reports.
Log borings, test pits, vapor probes, piezometers, and groundwater monitoring. Everything georeferenced and structured for analysis and reports.
Record soil, water, and vapor samples with their coordinates, depth, and parameters in a fully traceable way, with quality records. Associate the equipment used and its verifications.
Automatically generate lithological columns and stratigraphic cross-sections, and edit them to fit your technical judgment. Everything exportable, report-ready.
Project iso-concentrations and piezometry onto the site plan. Visualize the temporal evolution of analytical parameters at each study point.
TerraLitix structures field data capture so that observations, samples, and technical records stay organized, traceable, and connected to the site record.
Observations, incidents, and technical data from the moment of capture.
Samples, location, and documentation within the same flow.
Works on a ruggedized tablet, even without a connection.
Sampling points are tied to coordinates and metadata, ensuring traceability at every step.
Cross-sections on a four-layer model, auto-generated lithological columns, and contamination plumes with kriging — all on the site plan.
Automatically organize and render subsurface layers from boring data.
Compare the 10 key modules of the technical workflow — capture, conceptual model, lab, plotting, lithology, GIS, reports, and handover — against the scattered stack a consultancy uses today.
MODULES
Coming soon
TerraLitix builds on the data you already capture to take you to the next level: from the site record to the predictive model, from the cross-section to the digital twin.
Quantitative Risk Analysis in collaboration with the firm that authored the original RBCA Toolkit, the global reference in soil risk assessment. Visual composition of the conceptual model inside the platform, direct execution of Tier I and II scenarios, and calculation of intervention levels in line with applicable soil-contamination regulations.
Three-dimensional reconstruction of lithology and stratigraphy from the borings and JAMES cross-sections you already generate. Immersive visualization of the contamination plume and its temporal evolution — from the 2D cross-section to a navigable model.
Flow and transport simulation on top of the piezometry data you already collect. Predict contaminant migration, assess travel times, and design hydraulic barriers without leaving TerraLitix.
LIDAR capture of the site integrated as a high-resolution cartographic layer. A faithful 3D model of installations, topography, and vegetation that complements the subsurface twin and completes the full site representation.
