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Ives, K. J., Fundamental of filtration, in: Weller, R. and Jansem, J. Mintz, D. M., Modern Theory of Filtration, Proceedings, Vol. II,
(Eds.), Proceedings of International Symposium on Water Seventh Congress, International Water Supply Association,
Filtration, Antwerp, Belgium, May 1982. Special Subject No. 10, Barcelona, Spain, pp. 225–241,
Ives, K. J., Filtration with endoscopes, Water Research (Journal of the October 3–7, 1966.
InternationalWaterQualityAssociation),23(7):861–866,1989. Monk, R. D. G., Design options for water filtration, Journal of the
Ives, K. J. and Sholji, I., Research on variables affecting filtration, American Water Works Association, 79(9):93–106, September
Journal of the Sanitary Engineering Division, 91(SA4):1–18, 1987.
August 1965. Mosher, R. R. and Hendricks, D. W., Rapid rate filtration of
Iwasaki, T., Some notes on sand filtration, Journal of the American low turbidity water using field scale filters, Journal of the
Water Works Association, 29, 1591, December 1937. American Water Works Association, 78(12):42–51, December
Kawamura, S., Integrated Design of Water Treatment Facilities, 1986.
John Wiley & Sons, Inc., New York, 1991. Myers, D., Surfaces, Interfaces, and Colloids, VCH Publishers, Inc.,
Kawamura, S., Optimization of basic water treatment processes – New York, 1991.
design and operation: Sedimentation and filtration, Aqua, Jour- Okun, D. A., Report of the Expert Panel on New York City’s Water
nal the International Water Association, 45(3):130–142, 1996. Supply, U.S. Environmental Protection Agency, March 24,
Kawamura, S., Design and operation of high-rate filters, Journal of 1993.
the American Water Works Association, 91(12):77–90, O’Melia, C. R., Particles, pretreatment, and performance in water
December 1999. filtration, Journal of the Environmental Engineering, 111(6):
Khan, Z., Floc characteristics as affected by coagulation and as 874–890, 1985.
affecting filtration of low turbidity waters, PhD Dissertation, O’Melia, C. R. and Ali, W., The role of retained particles in deep bed
Department of Civil Engineering, Colorado State University, filtration, Progress in Water Technology, 10(5=6):167–182,
Fort Collins, CO, 1993. 1978.
Leopold, General Sales Catalog, Leopold Water and Wastewater O’Melia, C. R. and Stumm, W., Theory of water filtration, Journal of
Products, The F.B. Leopold Company, Inc., Zelienople, PA, the American Water Works Association, 59(11):1397–1412,
c. 1999a. November 1967.
Leopold, Leopold Fiberglass Wash-Water Troughs, Product Data Parkson DS1, Parkson Corporation, Dyna Sandt Filter, Case Study:
Sheet FRP-200, The F.B. Leopold Company, Inc., Zelienople, Apollo Beach WWTP Re-Uses DynaSandt Filter Effluent,
PA, 1999b. Two page performance description, Parkson Corporation,
Leopold, Leopold underdrain, Brochure UNN-100, The F.B. Leo- Fort Lauderdate, FL, 1991.
pold Company, Inc., Zelienople, PA, 1999c. Qasim, S. R., Motley, E. M., and Zhu, G., Water Works Engineering:
Letterman, R. D., Filtration II—Fundamental Considerations, Planning, Design & Operation, Prentice-Hall of India,
Proceedings of the Nineteenth Annual Public Water New Delhi, India, 2006.
Supply Engineers Conference, pp. 23–37, Champaign, IL, Raveendran, P. and Amirtharajah, A., Role of short-range forces in
April 5–7, 1977. particle detachment during filter backwashing, Journal of the
Letterman, R. D., Economic analysis of granular-bed filtration, Jour- Environmental Engineering Division, 121(12):860–868,
nal of the Environmental Engineering Division, 106 December 1995.
(EE2):279–291, April 1980. Saatchi, A. M. and Halilsoy, M., A new solution of the deep bed filter
Letterman, R. D., Effect of pre-treatment on filter performance equations, The Chemical Engineering Journal, 34:147–150,
and system economics, Proceedings of the Water Filtration 1987.
Symposium, Sponsored by the European Federation of Stanley, D. R., Sand filtration studies with radiotracers, Proceedings,
Chemical Engineering, pp. 4.1–4.11, Antwerp, Belgium, ASCE, 81(592):1–23, 1955.
April 1982. Stein, P. C., A study of the theory of rapid filtration of water through
Logan, B. E., Jewett, D. G., Arnold, R. G., Bouwer, E. J., and O’Melia, sand, ScD Thesis, Department of Civil and Sanitary Engineer-
C. R., Clarification of clean-bed filtration models, Journal of the ing, Massachusetts Institute of Technology, Cambridge, MA,
Environmental Engineering Division, 121(12):869–873, 1940.
December 1995. Symons, J. M., Bradley, L. C. Jr., and Cleveland, T. C., The Drinking
Logsdon, G. S., Direct filtration – Past, present, future, Civil Engin- Water Dictionary, American Water Works Association,
eering, 48(7):68–73, July 1978. Denver, CO, 2000.
Logsdon, G. S., Pilot plant studies—From study planning to project Tchobanoglous, G. and Eliassen, R., Filtration of treated sewage
implementation, Proceedings of Seminar on Design of Pilot effluent, Journal of the Sanitary Engineering Division,
Plant Studies, AWWA Seminar at Miami Beach, FL, Publica- ASCE, 96(2):243–265, 1970.
tion No. 20164, American Water Works Association, Denver, Tien, C. and Payatakes, A. C., Advances in deep bed filtration,
CO, May 16, 1982. AIChE Journal, 25(5):737–759, September 1979.
Logsdon, G. S., Water Filtration Practices, American Water Works Tobiason, J. E. and O’Melia, C. R., Physicochemical aspects of
Association, Denver, CO, 2008. particle removal in depth filtration, Journal of the American
Mackay, D. J., Backwashing ensures effective filtration, Opflow,14 Water Works Association, 80(12):54–64, December 1988.
(10):4–5, October 1988a. Tobiason, J. E. and Vigneswaran, B., Evaluation of a modified model
Mackay, D. J., Filter media requires scheduled maintenance, Opflow, for deep bed filtration, Water Research, 28(2):335–342,
14(11):1, 4, November 1988b. February 1994.
McNamee, R. L., Baylis, J. R., Borchardt, J. A., Cosens, K. W., Truesdail, S. E., Westermann-Clark, G. G., and Shah, D. O., Appar-
Hazen, R., Hill, K. V., Howard, N. J., Kenmir, R. C., and atus for streaming potential measurements on granular filter
Schram, W. B., Filtration (AWWA Committee 8913 P), media, Journal of the Environmental Engineering Division,
Filtration – Revision of water quality and treatment, ASCE, 124(12):1220–1232, December, 1998.
Chapter 11, Journal of the American Water Works Associ- Trussell, R. R. and Chang, M., Review of flow through porous media
ation, 49(7):787–817, July 1956. as applied to headloss in water filters, Journal of the Environ-