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PERMIT FILE - 11/20/2009, 9:37:00 AM-JWD
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PERMIT FILE - 11/20/2009, 9:37:00 AM-JWD
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Last modified
8/24/2016 11:28:22 PM
Creation date
11/20/2009 10:22:00 AM
Metadata
Fields
Template:
DRMS Permit Index
Permit No
P2009012
IBM Index Class Name
PERMIT FILE
Doc Date
11/19/2009
Doc Name
Comments on Baseline Characterization
From
Western Mining Action Project
To
DRMS
Email Name
ACS
Media Type
D
Archive
No
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Richard J. Abitz <br />and organic compounds; data verification, validation, reduction and reporting; and <br />in situ soil activity measurements for 226 Ra, 232 Th, and 238 via the site's real -time <br />instrument measurement program ( RTIMP). <br />As the site geochemist, he prepared an estimate of the curie inventory for the OSDF <br />to provide a baseline value to DOE legacy management. The scope of this task <br />was to develop the estimate using information from the Ohio Field Office <br />Recycled Uranium Project Report, OU3 and OU5 RI /FS documents, the Fernald <br />Dosimetry Reconstruction Project, remedial operation records, historic records, <br />active monitoring data, interviews with technical personnel who supervised plant <br />operations from the early 1960's through production shut down in 1989, and <br />analytical results on soil placed in the OSDF. <br />• Dr. Abitz also served as senior consultant to the FCP on the long -term remediation <br />strategy for the Great Miami aquifer. In this capacity, he coordinated laboratory and <br />microscopy studies on the form of uranium present on aquifer sediments. The <br />laboratory and microscopy studies examined the amount of uranium that is fixed to <br />the sediments via chemical adsorption and overgrowth rims versus the mobile <br />fraction that is readily desorbed from the aquifer matrix. These key studies identified <br />and addressed the kinetics of uranium reactions to determine the time constraints <br />associated with achieving the EPA's drinking water standard for uranium. <br />1998- Environmental Science Manager /Project Manager /Senior Consultant, Fluor Fernald, <br />2003 Inc., Cincinnati, Ohio. <br />• In his role as environmental science manager, Dr. Abitz directed the RTIMP, which <br />provided in situ soil activity measurements for zz6 Ra,' -J2 Th, and 2 ' in live time. <br />This program supports excavation and D &D work by scanning soil to confirm U <br />contamination is below the waste acceptance criteria for Fernald's on -site disposal <br />facility (OSDF). Prior to the release of remediated land, the RTIMP performs in situ <br />activity measurements to demonstrate that the soil is below the final remediation <br />levels established for 226Ra, 232 Th, and 23$ U. <br />As a project manager, Dr. Abitz managed a remediation budget of six million dollars <br />for Title I /II design work for D &D of structures and removal of all contaminated soil <br />and subgrade structures within the former Production Area. Dr. Abitz lead a team of <br />engineers and scientists who integrated the remedial design with regulatory issues, <br />sampling and analysis plans, waste management operations, demolition and <br />construction activities, health and safety issues, radiological controls, and quality <br />assurance protocols. <br />• Dr. Abitz served as a senior consultant to the DOE Technology Development <br />Program, where he performed technical oversight of several university studies <br />dealing with the mobilization of uranium and its removal from groundwater. He was <br />
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