By pairing BioLodestone biostimulation with a continuous soil sensor network, we advanced a former Alberta bulk fuel site toward closure while collecting more than 175,000 data points over 20 months. The sensor record replaced conventional groundwater sampling as the primary monitoring evidence, confirming stable-to-declining PHC conditions and active depletion at roughly 50% lower annual cost than a twice-yearly sampling program.

Achieving $184,500 in operational savings was possible through SVE/MPE optimization and showcasing the average 14.9 kg/day depletion rate to the regulator with effective real-time monitoring.

This significant milestone marks the first sensor-based monitoring approval known in California, enabling effective NSZD quantification using only three strategically deployed sensors for enhanced environmental protection.

Achieved significant savings through innovative data collection and depletion rate monitoring with advanced sensor technology and real-time analytics. The project resulted in $748,680 in savings through the deployment of 17 sensors, collecting 23 million data points to monitor a 4,490 L/year depletion rate.

Our data better informs resource allocation through access to live data. Our clients unlock more effective site prioritization by highlighting risk in realtime and insitu remediation system success with only six sensors per site to deliver results to allow our clients to move onto other priority sites.

Effective resource allocation and enhancement to operational efficiency. With only 6 sensors and LiORA Insights there was dramatic acceleration in decision-making processes with sensor data and analytics to showcase:

• Bioremediation injection effectiveness
• NSZD rates quantified for transition decision
• Vapor intrusion protection maintained
• Portfolio optimization achieved