Modern Methods to Increase Certainty in Subsurface Characterization Groundwater Resources

Описание: Tailored for professionals working in groundwater resource development and environmental remediation, this webinar discusses modern subsurface electrical imaging methods, which have been demonstrated to reduce uncertainty, improve decision-making, and accelerate optimal project outcomes at lower cost.


What You’ll Learn:
Optimized Well Placement: Learn how subsurface imaging technology provides high value drilling targets to locate contaminants and/or maximize municipal production well yield

High-Resolution Flowpath Mapping: Discover how to pinpoint preferential flow zones driving groundwater movement and/or contaminant transport (e.g., PFAS, LNAPL, DNAPL, brine plumes, etc.)

Versatile Monitoring Applications: Explore time-lapse imaging techniques across diverse geologic settings used to evaluate subsurface changes over time (e.g., aquifer recharge/storage, remediation reach and effectiveness)

Review Real-World Case Studies:
Targeted Municipal Well Siting: Achieved significantly higher yields via targeted drilling; avoid traditional blind drilling and costly low production test wells.

Karst Recharge Dynamics: Visualized discrete recharge zones in a managed aquifer recharge (MAR) system via temporal or time-lapse imaging.

Deep Channel LNAPL Mapping: Saved over $20M+ in remediation costs through precise delineation of subsurface contamination at a refinery site