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538 Fundamentals of Water Treatment Unit Processes: Physical, Chemical, and Biological

Purolite, Purolite Engineering Manual—Puropack Packed-Bed BIBLIOGRAPHY
Technology, The Purolite Company, Bala Cynwyd, PA, 1999
(available 2010 as Adobe Acrobat file from http:==www. Abrams, I. M., The Duolitet phenolic resins: their properties and
purolite.com=customized=uploads=pdfs=PuroPack%20Packed% applications, Amber-hi-lites, Rohm and Haas Company, No.
20Beds.pdf). 184, Winter, 1988.
Rohm and Haas Company, Engineering Manual for the Amberlitet Anderson, R. E., Toxic metals decontamination. Does ion-exchange
Ion-Exchange Resins, Rohm and Haas Company, Philadelphia, fit? Amber-hi-lites, Rohm and Haas Company, No. 181,
PA, 1987 (binder: updated periodically). Summer, 1987.
Rohm and Haas Company, 50 Years, Ion-exchange Resin Technol- Baer, C., Meier, W. M., and Olson, D. H., Atlas of Zeolite Frame-
ogy, 1939–1989, Amber Hi-Lites, No. 185, November 1989. work Types, Fifth revised edition, Copyright International
Rubel, F. Jr. 1984. Design Manual: Removal of Fluoride from Zeolite Association, Published on behalf of the Structure Com-
Drinking Water Supplies by Activated Alumina, U.S. Environ- mission of the International Zeolite Association, Elsevier,
mental Protection Agency, Municipal Environmental Research Amsterdam, 2001, ISBN 0-444-50701-9. [Downloadable in
Laboratory, Cincinnati, OH, EPA-600=2-84-134 (NTIS Order 2010 as a pdf file from the International Zeolite Association
No. PB85-113991), 1984. Web site, http:==www.iza-structure.org=databases=books=
Rubel, F. Jr. and Woosley, R. D., The removal of excess fluoride from Atlas_5ed.pdf].
drinking water by activated alumina, Journal of the American Berg, L., Kindschy, E. O., Reveal, W. S., and Saner, H. A., Alumina
Water Works Association, 71(1):45–48, January 1979. activated with anhydrous hydrogen fluoride, Chemical Engin-
Savinelli, E. A. and Black, A. P., Defluoridation of water with eering Progress, 47(9):469–471, September 1951.
activated alumina, Journal of the American Water Works Clifford, D. A., Ion-exchange and inorganic adsorption, in Letter-
Association, 50(1):33–44, January, 1958. man, R.D. (Ed.), Water Quality and Treatment, 5th edn.,,
Servos, J. W., Physical Chemistry from Ostwald to Pauling, Prince- Chap. 9, McGraw-Hill, Inc., New York, 1999.
ton University Press, Princeton, NJ, 1990. Kunin, R. and Myers, R. J., Ion-Exchange Resins, John Wiley &
Silberberg, M., Chemistry, Mosby Publishing Co., St. Louis, MO, Sons, Inc., New York, 1951.
1996. Meyers, R. J. and Easters, J. W., Synthetic resin ion-exchangers for
Van Tassel, P. R., Davis, H. T., and McCormick, A. V., New lattice water purification, Industrial Engineering Chemistry, 33, 1203,
model for adsorption of small molecules in zeolite micropores, 1941.
AIChE Journal, 40(6):925–934, June 1994. Nachod, F. C., Ion-exchange, Academic Press, New York, 1949.
Vaughan, D. E. W., The synthesis and manufacture of zeolites, Sheerman, J. and Vermeulen, T. (Eds.), Adsorption and Ion-
Chemical Engineering Progress, 84(2):25–31, February 1988. Exchange—Progress and Future Prospects, AIChE Sympo-
Weber, W. J., Physico Chemical Treatment, John Wiley & Sons, sium Series, No. 233, Vol. 80, American Institute of Chemical
New York, 1972. Engineers, New York, 1984.