Issues in the Scale-up of Aqueous Biphasic Extraction of Uranium from Contaminated Soils

Author:

Chaiko D. J.,Deepak ,Gartelmann J.,Vojta Y.,Thuillet E.,Mertz C. J.

Publisher

Springer US

Reference19 articles.

1. D.J. Chaiko, L. Reichley-Yinger, E.R. Orth, E.H. Van Deventer, G.F. Vandegrift, M. Krumpolc, J.E. Helt, R.D. Coleman, S.N. Kakar, T.S., Tasi, K. Horken, W. Killian, and N.F. Sather, Development of a process for treating red water by organic/inorganic separation and biodegradation, in: “Proceedings 14th Annual Army Environmental R & D Symposium,” USATHAMA Report CETHA-TE-TR-900055, p. 303 (1989).

2. D.J. Chaiko, R. Mensah-Biney, C.J. Mertz, and A.N. Rollins, “Actinide Recovery Using Aqueous Biphasic Extraction: Initial Development Studies,” ANL-92/36, Argonne National Laboratory, Argonne, IL (1992).

3. D.J. Chaiko, R. Mensah-Biney, and C.J. Mertz, and A.N. Rollins, Beneficiation of Pu residues by ultrafine grinding and aqueous biphasic extraction, Sep. Sci. and Technol. 28:765 (1993).

4. D.J. Chaiko, R. Mensah-Biney, and E. Van Deventer, Soil decontamination by aqueous biphasic extraction, in: “Removal of Uranium from Uranium-Contaminated Soils, Phase 1: Bench Scale Testing,” ORNL-6762, Oak Ridge National Laboratory, Oak Ridge, TN (1993).

5. D.J. Chaiko, R. Mensah-Biney, and D. Gupta, Soil decontåmination using aqueous biphasic separation, in: “Proc. Waste Management’ 94,” Vol. 3, Laser Options, Tucson, AZ, p. 2257 (1994).

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1. Partition of hematite in the Triton X-100/Dextran aqueous biphase system;Colloids and Surfaces A: Physicochemical and Engineering Aspects;2004-10

2. Partition of pyrite and hematite in aqueous biphase systems: effects of pH and surfactants;Colloids and Surfaces A: Physicochemical and Engineering Aspects;2001-02

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