U.S. Can contracted with Mundell to perform a human-health risk assessment of existing residual soil and groundwater impacts at its facility in Burns Harbor, Indiana. As part of this work, Mundell completed an exposure assessment that modeled groundwater flow, contaminant transport and indoor air vapor intrusion, and predicted potential receptors of impacted groundwater moving offsite……Read More »
Portfolio
(Case Histories)
Key: Case Histories (), Publications (), and Presentations ()
3-D Characterization of Contaminant Distribution Guides Future Sampling and Remediation Efforts
Mundell developed a three-dimensional model of the distribution of total petroleum hydrocarbons (TPH) and polynuclear aromatic hydrocarbons (PNAs) for an active rail yard in Kentucky to support additional site sampling and remediation strategies……Read More »
Human-Health Risk Assessment – Herndon Harbor House
Mundell performed a human-health risk assessment for the development and subsequent habitation of a housing facility for the elderly at a site with known petroleum hydrocarbon soil and groundwater contamination in Herndon, Virginia. Exposure calculations indicated that the presence of a well-maintained, un-cracked foundation slab properly sealed with appropriate vapor and moisture barriers used with a passive ventilation system should reduce potential health risks to below acceptable levels……Read More »
Bedrock Mapping for Petroleum Remediation Project
In conjunction with ongoing investigation and remediation activities, Mundell used a series of seismic refraction profiles to map the bedrock topography across a site in Ohio. While the bedrock valley discovered by Mundell had been acting as the leading transport mechanism of contamination off site, it was later used as a “recovery trench” in the remediation process……Read More »
Bedrock Fracture Mapping For Site Remediation Project
Mundell completed a detailed structural analysis of fractured bedrock beneath an active industrial facility near the south coast of Ireland. A combination of surface and borehole techniques were used to locate the fracture zones acting as migratory pathways, allowing for a highly precise and effective remediation system to be installed……Read More »
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