Record Display for the EPA National Library Catalog

RECORD NUMBER: 15 OF 15

OLS Field Name OLS Field Data
Main Title Water Quality Model for a River Receiving Paper Mill Effluents and Conventional Sewage.
Author Summers, J. K. ; Kazyak, P. F. ; Weisberg, S. B. ;
CORP Author Environmental Research Lab., Gulf Breeze, FL. ;Versar, Inc., Columbia, MD.
Publisher c1991
Year Published 1991
Report Number EPA/600/J-92/207 ;CONTRIB-706;
Stock Number PB92-195643
Additional Subjects Water quality management ; Water pollution control ; Sewage disposal ; Industrial wastes ; Mathematical models ; Pigeon River ; Nutrients ; Dissolved oxygen ; Point sources ; North Carolina ; Paper industry ; Water allocation(Policy) ; Degradation ; Chlorides ; Nitrogen cycle ; Tributaries ; Concentration(Composition) ; Biochemical oxygen demand ; Water flow ; Reprints ; Pigeon River Allocation Model ; Canton(North Carolina) ; Phosphorus cycle
Holdings
Library Call Number Additional Info Location Last
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Status
NTIS  PB92-195643 Most EPA libraries have a fiche copy filed under the call number shown. Check with individual libraries about paper copy. NTIS 08/22/1992
Collation 32p
Abstract
During low flow periods in summer, portions of the Pigeon River, North Carolina, have experienced depressed dissolved oxygen concentrations. The Pigeon River receives multiple point source effluents from several wastewater treatment facilities and a large kraft paper mill located in Canton, NC, which contribute the oxygen-demanding and nutrient loads on the river. A water quality model was constructed to examine processes and sources contributing to the observed oxygen declines and to evaluate the specific management alternatives. Simulations showed that relatively little of the CBOD materials released by the mill were degraded within the river and were subsequently 'deposited' in the reservoir at the end of the modeled river segment. Reductions in CBOD concentrations could be generally accounted for by tributary dilution. However, nitrogenous oxygen demanding materials released by the mill (e.g., NH3) created a considerable demand for oxygen within the modeled segment of the river.