1 - 15 |
Filtration, washing, and caustic leaching of hanford tank AZ-101 sludge Geeting JGH, Hallen RT |
17 - 29 |
Separation of cesium and strontium from residues arising from fluoride volatility processing of spent nuclear fuel Ladd-Lively JL, Spencer BB, Counce RM |
31 - 50 |
Recovery of plutonium from refractory residues using a sodium peroxide pretreatment process Rudisill TS |
51 - 67 |
Cesium removal from simulated and actual Hanford tank waste using ion exchange Fiskum SK, Blanchard DL, Arm ST, Peterson RA |
69 - 90 |
Trivalent actinide and lanthanide separations by dialkyl-substituted diphosphonic acids Chiarizia R, McAlister DR, Herlinger AW |
91 - 107 |
Removal of Cs-137 from dissolved Hanford tank saltcake by treatment with (IONSIVIE)-I-(R)-911 Rapko BM, Sinkov SI, Levitskaia TG |
VI - VII |
Proceedings of the thirteenth symposium on separation science and technology for energy applications - Introductory remarks [Anonymous] |
109 - 129 |
Synthesis and characterization of molecularly imprinted polymers for chromatographic separations Wei XL, Samadi A, Husson SM |
131 - 155 |
A membrane process for industrial water treatment: From bench to pilot demonstration Peterson ES, Cleary B, Hackett M, Trudeau J |
157 - 170 |
Evaluation of IONSIV (TM) IE-911 as a cesium removal option for ineel acidic tank waste Tranter TJ, Tillotson RA, Todd TA |
171 - 183 |
Assessment of the mechanisms for sr-90 and TRU removal from complex and containing tank wastes at Hanford Hallen RT, Geeting JGH, Lilga MA, Hart TR, Hoopes FV |
185 - 200 |
Reclamation of produced water for beneficial use Dallbauman L, Sirivedhin T |
201 - 223 |
Removal of technetium from Hanford tank waste supernates Burgeson IE, Deschane JR, Blanchard DL |
225 - 238 |
Nickel-doped silica membranes for separation of helium from organic gas mixtures Kanezashi M, Fujita T, Asaeda M |
239 - 254 |
Pervaporation characteristics of silica-zirconia membranes for separation of aqueous organic solutions Asaeda M, Ishida M, Tasaka Y |
255 - 265 |
Removal of silicon from high-level waste streams via ferric flocculation Wilmarth WR, Mills JT, Dukes VH |
267 - 279 |
Uranium sorption on solid aluminosilicate phases under caustic conditions Addai-Mensah J, Li J, Zbik M, Wilmarth WR |
281 - 296 |
Plutonium oxide polishing for MOX fuel production Bluhm EA, Abney KD, Balkey S, Brock JC, Coriz F, Dyke JT, Garcia DJ, Griego BJ, Martinez BT, Martinez D, Martinez JR, Martinez YA, Morgan L, Roybal JD, Valdez JA, Ramsey KB, Bluhm BK, Martinez CD, Valdez MM |
297 - 309 |
Cesium removal from Savannah River site radioactive waste using the caustic-side solvent extraction (CSSX) process Walker DD, Norato MA, Campbell SG, Crowder ML, Fink SD, Fondeur FF, Geeting MW, Kessinger GF, Pierce RA |
311 - 320 |
Engineering surface functional groups on silica aerogel for enhanced cleanup of organics from produced water Love AH, Hanna ML, Reynolds JG |
321 - 348 |
Separation of CO2 from flue gas: A review Aaron D, Tsouris C |
349 - 366 |
Characterization of an improved extraction chromatographic material for the separation and preconcentration of strontium from acidic media Dietz ML, Yaeger J, Sajdak LR, Jensen MP |
367 - 381 |
Removal of micron-size droplets from an air stream by means of electric fields Riahi-Nezhad CK, Tsouris C, DePaoli DW, de Almeida VF |
383 - 394 |
Column performance testing of SuperLig (R) 639 resin with simulated hanford waste supernates: Identification of the primary sorbing species and detailed characterization of their desorption profiles King WD, Spencer WA, Hamm LL, Aleman SE, Duffey CE, Pettis MA |
395 - 408 |
Investigation of plutonium and uranium precipitation Behavior with gadolinium. as a neutron poison Visser AE, Rudisill TS, Bronikowski NG |
409 - 417 |
Neptunium disposal to the Savannah River site tank farm Walker DD, Dyer WG, Elder HH, Fellinger TL, Hansen EK, Poirier MR, Reboul SH |
419 - 431 |
Gas permeation testing results from the mixed waste focus area improved hydrogen getter program Stone M, Orme C, Peterson E, Benson M, Kaszuba J, Mroz E, Haga M |
433 - 452 |
A predictive model for permeation flux in a membrane reactor: Aspects of esterification Kasaini H, Malherbe L, Everson R, Keizer K, Neomagus H |
453 - 462 |
Modification of a centrifugal separator for in-well oil-water separation Klasson KT, Taylor PA, Walker JF, Jones SA, Cummins RL, Richardson SA |
463 - 482 |
Evaluating the effects of tributyl phosphate (TBP) and normal paraffin hydrocarbon (NPH) in simulated low-activity waste solution on ion exchange Adu-Wusu K, Hassan NM |
483 - 505 |
Equilibrium analysis of thermochemical cycles for hydrogen production Marshall SL, Blencoe JG |
507 - 523 |
Selective adsorption of platinum from mixed solutions containing base metals using chemically modified activated carbons Kasaini H, Everson RC, Bruinsma OSL |
525 - 541 |
Examination of the potential of ionic liquids for gas separations Baltus RE, Counce RM, Culbertson BH, Luo HM, DePaoli DW, Dai S, Duckworth DC |
543 - 569 |
Effects of sodium hydroxide and a chelating agent on the removal of aluminum from radioactive sludge Spencer BB, Collins JL, Hunt RD |
571 - 592 |
Sorption modeling of strontium, plutonium, uranium, and neptunium adsorption on monosodium titanate Fondeur FF, Hobbs DT, Fink SD, Barnes MJ |
593 - 609 |
Application of chemometrics to modeling produced water contamination McFarlane J |
611 - 622 |
Cloud-point extraction for selective removal of Gd(III) and La(III) with 8-hydroxyquinoline Draye M, Thomas S, Cote G, Favre-Reguillon A, LeBuzit G, Guy A, Foos J |
623 - 631 |
Selective rejection of dissolved uranium carbonate from seawater using cross-flow filtration technology Favre-Reguillon A, Lebuzit G, Foos J, Guy A, Sorin A, Lemaire M, Draye M |
633 - 657 |
Environmental application of chitosan-supported catalysts: Catalytic hollow fibers for the degradation of phenolic derivatives Guibal E, Vincent T, Spinelli S |
659 - 684 |
Mercury recovery by polymer-enhanced ultrafiltration: Comparison of chitosan and poly(ethylenimine) used as macroligand Kuncoro EP, Roussy J, Guibal E |
685 - 698 |
The solubilization characteristics of DNAPLs by oil-based emulsion Kwon TS, Baek K, Ahn Y, Lee JY, Yang JS, Yang JW |
699 - 708 |
Humic-substance-enhanced ultrafiltration for removal of heavy metals Baek K, Yang JW |
709 - 723 |
Removal of actinides from acidic solution via carrier-mediated facilitated transport across mesoporous substrates with nanoengineered surfaces: Thiol self-assembled monolayers with D(tBu)Phi D(iBu)CMPO ligands Sportsman KS, Bluhm EA, Abney KD |
725 - 738 |
An equilibrium model of pseudo-hydroxide extraction in the separation of sodium hydroxide from aqueous solutions using lipophilic fluorinated alcohols and phenols Kang HA, Engle NL, Bonnesen PV, Delman LH, Haverlock TJ, Moyer BA |