Innovations in Bioremediation Technologies

D7. Vapor Intrusion Design and Mitigation Methods

 

Title

Abstract or Paper PDFPresentation PDF
Considerations for Long-Term Monitoring of a Sewer Ventilation System for Ongoing Assessment of the Vapor Intrusion Pathway. J.H. Persons, K. Hallberg, L. Lund, and D. Cleland.ViewView
Long-Term Performance Data for Horizontal SVE System to Mitigate Elevated Indoor Air VOCs and High-Strength Sub-Slab VOCs at an Active Military Building, Naval Air Station North Island. V. Hosangadi, R. Mennis, P.L. Chang, and M. Pound.  ViewView
TCE Vapor Intrusion Mitigation through Adaptive Design at a 174,300 Square Foot Aircraft Maintenance Hangar. B.R. Hoye, D.Y. Marquez, and L. Duke.  ViewView
Vapor Intrusion Mitigation: A Different Spin on HVAC Systems. M. Ambrusch, O. Uppal, A. Quinn, R. Andersen, C. Barnes, and S. Abrams.ViewView
Vapor Intrusion in an Automobile Manufacturing Plant in Brazil. C.F.F.S. Calderon, T.F. Noccetti, G. Garofano, G.B. Machado, and I.G.D. Thobias.ViewView
Vapor Intrusion: Rapid Assessment and Mitigation Implementation in a University Building. R. Spina, R. Kumamoto, A. Yoshinari, and E. Freire.ViewView
Design and Implementation of Vapor Extraction and Recirculation Systems for Environmental Remediation in an Active Industrial Area. T.F. Noccetti, D.D. Savio, and V.V. Sewaybricker.View 
Vapor Intrusion Mitigation and Remediation of Mercury-Impacted Soil and Groundwater. D.J. Russell and C. Wong.ViewView
Horizontal Vapor Extraction Wells: Investigating the Zone of Influence and Optimizing Well Spacing. B.D. Younkin and D. Ombalski.View