Of the samples collected, we selected the worst-
Gerschler, L.J. (1984) The treatment of special
case soil in terms of difficulty for the DCR tech-
wastes and their reuse as road construction mate-
nology. For an accurate assessment of reagent
rial. Lower Saxony Water Authority, Republic of
quantities required for more typical wastes, a more
Germany.
representative sample should be assembled. It can
Marion, G.M., G.S. Brar, J.R. Payne, and M.A.
be reasonably assumed that for a more represen-
tative sample, reagent quantities will be reduced
technology to stabilize organic-contaminated soils,
below the 27% additions achieved in these stud-
Shemya, Alaska. American Society of Agronomy,
ies and that TCLP results would be improved.
Special Publication.
Ideally, the optimum design should achieve the
Pamukcu, S., H.M. Hijazi, and H.Y. Fang (1989
regulatory and client goals, while minimizing
90) Study of possible reuse of stabilized petro-
materials handling, energy, and reagent inputs.
leum contaminated soils as construction material.
In Petroleum Contaminated Soils, Vol. 3 (P.T.
Kostecki and E.J. Calabrese, Ed.). Chelsea, Michi-
gan: Lewis Publishers, Inc., p. 203214.
LITERATURE CITED
Payne, J.R., R.W. McManus, and F. Boelsing
Boelsing, F. (1988) Remediation of toxic waste
(1992) DCR treatment of oily wastes and oil-con-
sites--DCR technology in the field of immobili-
taminated soils. In Proceedings of R&D 92--Na-
zation and fixation of hazardous compounds.
tional Research & Development Conference on the
Hannover, Germany: Ministry of Economics,
Control of Hazardous Materials, February 46, 1992,
Technology and Traffic, Federal Republic of Ger-
San Francisco, California, p. 297304
many.
von Kovats, E. (1958) Gas-chromatographische
Boelsing, F. (1994) DCR technology in the field of
Charakterisierung organischer Verbindungen, Teil
environmental remediation. In Remediation of Haz-
1: Retentions indices aliphatischer Halogenide,
ardous Waste Contaminated Soils (D.L. Wise and
Alkohole, Aldehyde und Ketone. Helvetica Chimica
D.J. Trantolo, Ed.). New York: Marcel Dekker, p.
Acta, 10: 19151932.
869923.
Woodward-Clyde (1989) Draft treatment assess-
ment report, V.1 text. Task IRA-2, Basin F liquids,
by chemical reaction technology to stabilize as-
treatment design. Prepared for U.S. Army Pro-
phalt tar, Eareckson Air Force Station, Shemya,
gram Manager's Office for Rocky Mountain Arse-
Alaska. USA Cold Regions Research and Engi-
nal Contamination Cleanup by Woodward-Clyde,
neering Laboratory, Special Report 95-11.
Consultants, Denver, Colorado.
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