Case Study 1: Mapping, Delineating and Monitoring of Hydrocarbon Contamination using ECOPROBE 5
Environmental Challenge Overview
Contamination Detection
Rapid identification of hydrocarbon presence
Plume Delineation
Accurate mapping of contamination boundaries
Continuous Monitoring
Long-term tracking of remediation progress
Environmental Challenge Overview
Hydrocarbon contamination presents complex environmental challenges requiring precise detection and monitoring. Traditional methods often fall short in providing rapid, accurate assessment of subsurface contamination plumes, particularly when dealing with Light Non-Aqueous Phase Liquids (LNAPL) and Dense Non-Aqueous Phase Liquids (DNAPL).
The conventional approach combines time-intensive drilling programs with laboratory analysis, creating significant delays in remediation efforts and escalating costs. ECOPROBE 5 technology addresses these limitations through real-time, in-situ monitoring capabilities.
Contamination Detection
Rapid identification of hydrocarbon presence
Plume Delineation
Accurate mapping of contamination boundaries
Continuous Monitoring
Long-term tracking of remediation progress
Applied Methodology
ECOROROBE 5 Technology Integration
Real-time soil vapor analysis
Continuous monitoring of volatile organic compounds (VOCs) using photoionization detector (PID) technology with 10.6 eV lamp configuration for enhanced sensitivity.
GPS-Guided Sampling Network
Precision sampling locations determined through integrated GPS positioning system, ensuring accurate spatial correlation of contamination data.
Multi-parameter Detection
Simultaneous measurement of methane (CH₄), carbon dioxide (CO₂), hydrocarbon vapors, soil permeability, and temperature profiles at varying depths.
Combined Geophysical Methods
- Electrical resistivity tomography (ERT) for subsurface characterization
- Ground-penetrating radar (GPR) for shallow contamination detection
- Electromagnetic induction (EMI) for rapid area coverage
Soil Vapor Survey & ECOPROBE 5 Technology
Soil Permeability Analysis
ECOPROBE 5 measures soil permeability in real-time, providing critical data for understanding contaminant migration pathways. Permeability variations directly influence vapor transport and contamination distribution patterns.
Soil Permeability Analysis
ECOPROBE 5 measures soil permeability in real-time, providing critical data for understanding contaminant migration pathways. Permeability variations directly influence vapor transport and contamination distribution patterns.
Environmental Impact Assessment
ECOPROBE 5 technology enables comprehensive assessment of environmental factors affecting contamination behavior, including temperature, humidity, barometric pressure, and seasonal variations.
