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12.60 CHAPTER TWELVE

92. Modifying Ion Exchange for Combined Removal of Uranium and Radium, Dennis Clifford and
Zhihe Zhang, Removing Radionuclides, Journal AWWA, April 1994.
93. Uranium Removal from Groundwater, in preparation, Dennis Clifford and Z. Zhang.
94. Uranium, Recognized Treatment Techniques for Meeting the Primary Drinking Water Regula-
tions for the Reduction of Uranium from Drinking Water Supplies Using Point-of-Use/Point-
of-Entry Devices and Systems, Technical Application Bulletin, Water Quality Association, Feb-
ruary 1992.
95. Exhausting and Regenerating Resin for Uranium Removal, Zhihe Zhang and Dennis Clifford,
Journal AWWA, April 1994.
96. Removal of Uranium from Drinking Water by lon Exchange and ChemicaI Clarification, Steven
W. Hanson, Donald B. Wilson, Naren N. Guanji, and Steven W. Hathaway, Project Summary,
EPA/600/S2-87/076, December 1987.
97. Operating a Small Full-Scale Ion Exchange System for Uranium Removal, Robert T. Jelinek
and Thomas J. Sorg, Journal AWWA, July 1988.

Zeolites
98. Design and Testing of Natural/Blended Zeolite Ion Exchange Columns at West Valley, P. Burn,
D. K. Ploetz, A. K. Saha, D. C. Grant, and M. C. Skriba, Adsorption and Ion Exchange, AIChE
Symposium Series, no. 259, vol. 83.
99. SORBPLUS Adsorbent Product Data Sheet, Alcoa Industrial Chemicals, December 1992.
100. Ion Exchange Separations with Molecular Sieve Zeolites, John D. Sherman, Linde Molecular
Sieves, Ion Exchange Bulletin, presented at the 83d National Meeting, American Institute of
Chemical Engineers, Houston, Tex., March 20-24, 1977.

Miscellaneous
101. Economic Considerations in the Replacement of Ion Exchange Resins, M. C. Gottlieb and
F. J. DeSilva, I.S.P.E. EXPO 92, May 7, 1992, Philadelphia, Pa.
102. Economic Considerations in the Selection of Ion Exchange Resins, M. C. Gottlieb, 24th Lib-
erty Bell Corrosion Course, September 1986.
103. Ion Exchange Resin Selection and Performance Projections with a Personal Computer, M. C.
Gottlieb, 24th Liberty Bell Corrosion Course, September 1987.
104. The Expected Life of Anion Exchangers, L. Wirth, Jr., Nalco Reprint no. 40.
105. Silica Removal with Highly Basic Anion Exchange Resins, R. Osmun and L. Wirth, Jr., Indus-
trial and Engineering Chemistry, May 1951.
106. Performance Projections for Anion Resins in Two Bed Demineralizers, M. C. Gottlieb, Inter-
national Water Conference, October 1989.
107. Symmetry Modeling of lon Exchange Processes with Resin and Zeolites, F. X. McGarvey and
M. C. Gottlieb, Second Chemical Congress of the North American Continent, August 1980.
108. The Relationship between Resin Operating Capacity and Static Analysis Results, F. J. DeSilva
and M. C. Gottlieb, Ultrapure Water Conference East, April 1991.
109. A Software Model for Optimizing Resin Selection, F. J. DeSilva and M. C. Gottlieb, 28th Lib-
erty Bell Corrosion Course, September 1990.
110. Ion Exchange Resins, R. Kunin, Robert E. Krieger Publishing Co., 1958, p. 16.
11 I. The Significance and Limitations of Laboratory Resin Analyses in Evaluating 1on Exchange
Operating Performance, G. J. Crits and D. H. Valentine, International Water Conference, Oc-
tober 1988.