||Instrumentation for Engineering Management of a Multi-Purpose River Basin System (Trinity River Basin, Texas). Real-Time Engineering Management of a Multi-Purpose River Basin System.
Martin, Quentin W. ;
Lesso, William G. ;
Gloyna., Earnest F. ;
||Texas Univ., Austin. Center for Research in Water Resources.
||CRWR-98; DI-14-31-0001-3337; OWRR-B-079-TEX; W74-07369 ; OWRR-B-079-TEX(2)
River basins ;
Systems analysis ;
Multiple purpose reservoirs ;
Water quality ;
Real time operations ;
Trinity River Basin ;
Water pollution abatement
||Most EPA libraries have a fiche copy filed under the call number shown. Check with individual libraries about paper copy.
An algorithm was developed for finding the optimal management policies for the dynamic operation of a system of mulitpurpose reservoirs, tertiary wastewater treatment plants, wastewater retention basins, and navigation locks and dams. This management procedure is designed to interface with a real-time water quality monitoring system so that operating policies can be adjusted to reflect changing environmental conditions. The Trinity River Basin in Texas was selected as an example system for specific recommendations.