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�$o <br /> _�o <br /> UEARWATER <br /> G R O U P, I N C. <br /> REFERENCES <br /> 1, Buscheck, T.E. & Peargin, T.R. (1991). Summary of a nation-wide vapor extraction <br /> system performance study. In: Proceedings of the Petroleum hydrocarbons and <br /> Organic Chemicals in Ground Water: Prevention, Detection, and Restoration. <br /> November 20-22, 1991. 'National Water Well Association, p. 205-219. <br /> Dupont, R.R. (1993). . Fundamentals of bioventin.g applied to fuel contaminated <br /> sites. Environ. ,Progress, Vol. 12, No. 1, p.45-53. <br /> Johnson, P.C. (19f92). hyperventilate Users Manual, A Software Guidance System <br /> Created for Vapor Extraction Applications. United States Environmental <br /> Protection Agency, EPA 500-C-B-92-001.. US Gov't. Printing Office. 34 pp. <br /> Johnson, P.C. & Ettinger, R.A. (1994). Considerations for the design of in situ vapor <br /> extraction.systems: radius .of influence,vs. zone.of remediation. Ground Water <br /> Monitoring & Remediation, Vola XIV, No. .3. p. 123-128. <br /> Johnson, P.C., -Kemblowski, M.W., et -al. (1990). Quantitative analysis .for the <br /> cleanup 'of hydrocarbon-contaminated soils by in-situ venting. Ground Water, <br /> Vol. 28, No. 3.- <br /> Johnson, P.C. (1992). HyperVentilate Users Manual, A Software Guidance System <br /> Created for ,Vapor ..Extraction Applications_ United States .Environmental <br /> Protection Agency, EPA 500-C-B-92-001. US Gov't_ Printing Office. 34 pp. <br /> s <br /> Soil Vapor Extrac-tiori Fest Protocols Page 5 of <br /> October I99s <br /> f <br />