10.2190/ES1.2.g 57W6H0020364086X 6 Cost-Effectiveness Analysis of Waste Management Systems 189 209 20130805 20130805 20130805 20130805 57W6H0020364086X.pdf http://baywood.metapress.com/link.asp?target=contribution&id=57W6H0020364086X 2 Neil L. Drobny Syed R. Qasim Bruce W. Valentine Environmental Planning Group, Battelle Memorial Institute Polytechnic Institute of Brooklyn Richards of Rockford, Inc. Cost effectiveness techniques have been used to identify the most cost effective commercially available waste-water treatment and disposal system for 500- and 1000-man military camps. Unit costs (cents per thousand gallons treated-capital plus operating) were developed using manufacturers' data. System effectiveness was determined using a decision weighting model based on paired comparisons. Results of this study have provided the Navy with guidance in terms of waste management systems that should be selected for use at advanced bases. Furthermore, this study is one example of how systems technology can be used in the solution of complex environmental quality management problems. R. T. Eckenrode, "Weighting Multiple Objectives," <i>Management Science</i> 12 (3), pp. 180-192 (1965). J. R. Miller, "A Systematic Procedure for Assessing the Worth of Complex Alternatives," Defense Documentation Center, AD 662001 (November, 1967), 189 pages. J. Fasal, "Forced Decisions for Value," <i>Produce Engineering</i>, 36 (8), pp. 84-86 (April 12, 1965). M. J. Gelpi, "Forcing a Good Decision," <i>Westinghouse Engineer</i>, 27 (1), pp. 24-25 (January, 1967). J. Morley English, "Cost-Effectiveness-The Economic Evaluation of Engineering Systems," John Wiley & Sons, New York, 1968. S. R. Qasim, N. L. Drobny, and B. W. Valentine, "Process Alternatives Available in Packaged Waste Water Treatment Plants," <i>Water and Sewage Wastes</i> Reference Number, 1970, pp. R-99 to R-108. H. E. Babbit and E. R. Baumann, <i>Sewage and Sewage Treatment</i>, John Wiley and Sons, Inc. New York, New York (1952). P. H. McGauhey, <i>Engineering Management of Water Quality</i>, McGraw-Hill Book Company, New York (1968). C. E. Bannett, "Basic Design Considerations for Aerated Lagoons," Welles Projects Corporation, Roscoe, Illinois, Bulletin WP 1204-1. "Rotor Aeration in the Oxidation-Ditch," <i>Pollution 141</i>, Lake Side Engineering Corporation, Chicago, Illinois (undated).