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Title:Procedure to determine direct diversions from Lake Michigan
Author(s):Male, James W.; Soliman, Karim
Contributor(s):Illinois Institute of Technology
Subject(s):Water resources development
Water resources development--Illinois
Water management
U.S. Geological Survey
Mathematical model
Optimization
Water utilization
Regulated flow
Diversion
Flow augrnentation
Decision making
Water management
Water resources
Water quality
Geographic Coverage:Illinois (state)
Abstract:Illinois diverts water from Lake Michigan to the Chicago River and Canal System in three primary ways: (1) diversions for municipal water supply, (2) storm water diverted away from the lake, and (3) direct diversions primarily for water quality purposes. The U.S. Supreme Court has ruled that the total average diversion must not exceed 3200 cfs. Since the stormwater diversion is uncontrollable, by reducing the amount necessary for direct diversion, the diversion available for municipal use can be increased. An optimization procedure, utilizing an efficient network algorithm, is developed to determine the average monthly flowrates at the three diversion points on Lake Michigan. The algorithm minimizes the total amount diverted that is necessary to maintain the dissolved oxygen standard in the waterway system. The procedure is applied to evaluate direct diversion needs under existing conditions and after installation of ten instream aeration stations. Results show the need for large diversions during the summer months and primarily at one diversion point. The installation of instream aerators reduces the need for direct diversions by approximately 25 percent.
Issue Date:1978-10
Publisher:University of Illinois at Urbana-Champaign. Water Resources Center
Genre:Report (Grant or Annual)
Type:Text
Language:English
URI:http://hdl.handle.net/2142/90325
Sponsor:U.S. Geological Survey
U.S. Department of the Interior
Rights Information:Copyright 1978 held by James W. Male, Karim Soliman
Date Available in IDEALS:2016-06-22


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