Waste Management

Download Emerging Technologies in Hazardous Waste Management IV by D. William Tedder, Frederick G. Pohland PDF

By D. William Tedder, Frederick G. Pohland

content material: rising applied sciences for unsafe waste administration : an summary / D. William Tedder and Frederick G. Pohland --
Heterogeneity and vapor extraction functionality / Dwayne A. Chesnut --
Electrokinetic remediation of unsaturated soils / E.R. Lindgren, E.D. Mattson, and M.W. Kozak --
choice of bioavailability and biodegradation kinetics of phenol and alkylphenols in soil / Henry H. Tabak, Chao Gao, Lei Lai, Xuesheng Yan, Steven Pfanstiel, In S. Kim, and Rakesh Govind --
Mobilization of Bi, Cd, Pb, Th, and U ions from infected soil and the effect of micro organism at the strategy / K.W. Tsang, P.R. Dugan, and R.M. Pfister --
man made intelligence method of synthesis of a approach for waste minimization / T.F. Edgar and Y.L. Huang --
Crystallization of mechanical pulp mill effluents via hydrate formation for the restoration of water / Cathrine Gaarder, Yee Tak Ngan, and Peter Englezos --
Extraction of mercury from wastewater utilizing microemulsion liquid membranes : kinetics of extraction / Karen A. Larson and John M. Wiencek --
removing of fuel vapors from air streams via biofiltration / W.A. Apel, W.D. Kant, F.S. Colwell, B. Singleton, B.D. Lee, G.F. Andrews, A.M. Espinosa, and E.G. Johnson --
construction of low-SO₂-emitting, carbon-based fuels by means of coagglomeration of carbonaceous fabrics with sulfur sorbents / Abdul Majid, C.E. Capes, and Bryan D. Sparks --
elimination of nonionic natural pollution from water by means of sorption to organo-oxides / Jae-Woo Park and Peter R. Jaffé --
Kinetic modeling of trichloroethylene and carbon tetrachloride elimination from water by means of electron-beam irradiation / L.A. Rosocha, D.A. Secker, and J.D. Smith --
Enhancement of pentachlorophenol biodegradation by way of Fenton's reagent partial oxidation / Judith Bower Carberry and Sang Ho Lee --
Oxidation of s-triazine insecticides / Cathleen J. Hapeman --
Cyclic fuel releases in Hanford web site nuclear waste tanks / D.A. Reynolds and H. Babad --
Mechanistic stories relating to the thermal chemistry of simulated nuclear wastes that mimic the contents of a Hanford website double-shell tank / E.C. Ashby, E. Kent Barefield, Charles L. Liotta, H.M. Neumann, Fabio Doctorovich, A. Konda, ok. Zhang, Jeff Hurley, David Boatright, Allen Annis, Gary Pansino, Myra Dawson, and Milene Juliao --
components affecting the speed of hydrolysis of phenylboronic acid in laboratory-scale precipitate reactor experiences / Christopher J. Bannochie, James C. Marek, Russell E. Eibling, and Mark A. Baich --
Sulfur polymer cement as a last waste shape for radioactive dangerous wastes / G. Ross Darnell.

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00 500 1000 1500 2000 2500 3000 Operating Time, Hours Figure 14. Comparison of model andfieldresults for cumulative PCE extraction. The curves are similar to those for TCE in Figure 13, except that the curve including the effect of air-stripping crosses the extraction-only curve at about 1000 hours and accounts for most of the PCE by the end of the test. ; ACS Symposium Series; American Chemical Society: Washington, DC, 1994. ch002 2. CHESNUT Heterogeneity and Vapor Extraction Performance 31 then possible to specify exactly the distribution of the important physical variables, in contrast to a real system.

40 was used as a surrogate for chromium ions. The structures of FD&C Red No. 40 is shown in Figure 3. 70 (22). This infers that the dye is completely dissociated even at low pH. (23) Thus, in neutral to slightly basic pore water (typical of New Mexico), the dye and chromate should be similarly dissociated. However, it is recognized that chromate electromigration behavior will likely be more effected by pH than will the dye analog. 9 cm thick as shown schematically in Figure 4. 2 cm high. The electrodes were located at each end of the test cell and the geometry of the electrodes and the cell was such that the soil only contacted one face of each electrode.

Conclusion Before discussing the results presented above for the use of this simple analytical heterogeneity parameter model to evaluate the Savannah River Integrated Demonstration, I would like to emphasize that this paper should be regarded as a progress report in the development of an approach to quantifying the effects of fieldscale heterogeneities on remediation processes. It is not a finished product, and much work remains to be done even with Savannah River data before taking the results too seriously.

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