PFAS SITE SCREENING (upcoming)
Drone-based sensing, geospatial analysis, and AI-assisted diagnostics for identifying contamination hotspots and generating remediation maps.
Integrated PFAS remediation solutions for contaminated land, industry, and public stakeholders.
Drone-based sensing, geospatial analysis, and AI-assisted diagnostics for identifying contamination hotspots and generating remediation maps.
Tailored in-situ and ex-situ phytoremediation strategies adapted to site conditions, contamination profiles, and restoration objectives.
Design and implementation of pilot-scale phytoremediation projects adapted to site-specific contamination conditions.
Conversion of harvested biomass into circular products, including bio-based materials and energy pathways.
Monitoring of remediation performance, biomass production, and environmental indicators through integrated data collection and analysis.
Collaboration with industries, remediation firms, landowners, and public stakeholders to develop scalable circular remediation projects.
We apply ex-situ phytoremediation technologies that clean contaminated soils while preserving their structure and ecological value. Unlike conventional soil washing or excavation methods, which often destroy soil biology and generate large waste streams, this approach uses carefully selected plants and controlled treatment conditions to extract, stabilize, or degrade pollutants such as PFAS. The process enables contaminated soils to be regenerated and safely reused, supporting circular land management and reducing the environmental footprint of remediation.
We are expanding our AI-driven PFAS site screening and integrated remediation platform. We welcome conversations with strategic investors, remediation partners, industrial stakeholders, and pilot project collaborators.