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Mark Brusseau

4 articles
United States University of Arizona
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Showing 4 of 4
Tempe Cell Method for Quantifying Vadose Zone Leaching of PFAS Sources
Joseph Quinnan Arcadis US, Inc.
David Liles Arcadis US, Inc.
Andrew Baumeister Arcadis
Mark Brusseau University of Arizona
+1 more
Attachment
I2.: PFAS Fate and Transport in Surface Water (Platform)
13th International Conference on Remediation of Chlorinated and Recalcitrant Compounds
Derivation of Site-Specific Soil Standards Reflective of Mass Loading from PFAS Source Areas
Dina Drennan BEM Systems
Joseph Quinnan Arcadis US, Inc.
Mark Brusseau University of Arizona
Bo Guo University of Arizona
Attachment
I3.: PFAS Fate and Transport (Platform)
13th International Conference on Remediation of Chlorinated and Recalcitrant Compounds
Tempe Cell Method for Quantifying Vadose Zone Leaching of PFAS Sources
Joseph Quinnan Arcadis US, Inc.
Bo Guo University of Arizona
Mark Brusseau University of Arizona
Andrew Baumeister Arcadis
+3 more
C2. PFAS Fate and Transport Properties (Platforms) Platform Attachment
C2.: PFAS Fate and Transport Properties (Platforms)
14th International Conference on Remediation of Chlorinated and Recalcitrant Compounds
(Group 1, Poster Board #30) Framework for Site-Specific Source Strength and Leaching at AFFF Sources
Dina Drennan BEM Systems
Joseph Quinnan Arcadis US, Inc.
Bo Guo University of Arizona
Mark Brusseau University of Arizona
A5. PFAS Fate and Transport at Contaminated Sites (Posters) Poster
A5.: PFAS Fate and Transport at Contaminated Sites (Posters)
14th International Conference on Remediation of Chlorinated and Recalcitrant Compounds