39
Two Decades of Application of PRBs to Groundwater Remediation
Innovative Strategies for Subsurface Cleanup, ACS Symposium Series 837, American
Chemical Society, pp. 36–50. January.
Warner, S.D., C.L. Yamane, N.T. Bice, F.S. Szerdy, J. Vogan, D.W. Major, and D.A.
Hankins. 1998. Technical update: The first commercial subsurface permeable
reactive treatment zone composed of granular zero-valent iron. In Designing
and Applying Treatment Technologies: Remediation of Chlorinated and Recalcitrant
Compounds, 145–150. Batelle Press, Columbus, Ohio.
Yamane, C.L., S.D. Warner, J.D. Gallinatti, F.S. Szerdy, T.A. Delfino, D.A. Hankins,
and J.L. Vogan. 1995. Installation of a Subsurface Groundwater Treatment Wall
Composed of Granular Zero-Valent Iron. Paper presented at American Chemical
Society Annual Meeting, April 1995.
Two Decades of Application of PRBs to Groundwater Remediation
Innovative Strategies for Subsurface Cleanup, ACS Symposium Series 837, American
Chemical Society, pp. 36–50. January.
Warner, S.D., C.L. Yamane, N.T. Bice, F.S. Szerdy, J. Vogan, D.W. Major, and D.A.
Hankins. 1998. Technical update: The first commercial subsurface permeable
reactive treatment zone composed of granular zero-valent iron. In Designing
and Applying Treatment Technologies: Remediation of Chlorinated and Recalcitrant
Compounds, 145–150. Batelle Press, Columbus, Ohio.
Yamane, C.L., S.D. Warner, J.D. Gallinatti, F.S. Szerdy, T.A. Delfino, D.A. Hankins,
and J.L. Vogan. 1995. Installation of a Subsurface Groundwater Treatment Wall
Composed of Granular Zero-Valent Iron. Paper presented at American Chemical
Society Annual Meeting, April 1995.
