Passive Soil Vapor Extraction - GSI Environmental Inc.

Table 1.1: Summary of Pilot and Full-Scale Studies Conducted in the United States.SRNL-STI-2009-00571Rev. 1No. Demonstration Site ReferenceBERT TM Applications• Idaho National Engineering and Environmental Laboratory ITSER, 2000(INEEL) Radioactive Waste Management Complex, ID• Los Alamos National Laboratory, NM ITSER, 2000BaroBall TM Applications• Miscellaneous Chemical Basin (MCB), Savannah River Riha et al., 2005aSite (SRS), SC• Metals Laboratory (MetLab), SRS, SC Riha, 2005b• M-Area Process Sewer Line (MAPSL), SRS, SC Riha et al., 2001• Hanford Site, WA Rohay et al., 1993• Four Sites in Denmark Christensen et al., 2003MicroBlower Applications• Marine Corps Air Ground Combat Center in Twenty-NinePalms, CA (Wind-powered)O’Brian, 2001• M-Area Abandoned Process Sewer Line (MAPSL), SC Riha, 2005c(Solar-powered)Note: Detailed information about the site application of the INEEL mylar disk were not available in literatureand were therefore not included in the table.1.5 Commercial Availability and Contacts• BERT TM Mylar Flapper Valve: The valves are not available commercially. Fortechnical information or a copy of the patent, contacto William (Bill) E. Lowry, Mission Solutions Group, QinetiQ North America. e-mail: Bill.Lowry@QinetiQ-NA.como Eric Miller, Organic Contaminants in the Vadose Zone, WAG–7 LockheedMartin, Idaho Technologies Company, e-mail: ecm@inel.gov, Telephone:(208) 526-9410• INEEL Mylar Disk : The valves are not available commercially. For technicalinformation or a copy of the patent, contact the Technical Transfer Office at IdahoNational Laboratory at www.inl.gov4 Enhanced Attenuation TechnologiesPassive Soil Vapor Extraction