System optimization for pulp and paper industrial wastewater treatment design

Shih, Chia Shun; Krishnan, Purushothaman

doi:10.1016/0043-1354(73)90035-3

Cited by 2 publications

(1 citation statement)

References 2 publications

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“…considered these treatment levels in this model format and extensively evaluated its characteristics. Although the optimal design of such a system is tedious as illustrated by Shih and Krishnan (1969), the aggregate cost-effectiveness functions for these treatment processes have been developed for management level analysis by several researchers with sufficient accuracy for the purpose intended herein.…”

Section: Description Of Areamentioning

confidence: 99%

OPTIMAL ALLOCATION OF WATER QUALITY CONTROLS IN URBANIZING RIVER BASINS¹

Walker

Skogerboe

Huntzinger

1974

J American Water Resour Assoc

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Urbanizing river basins in the west are encountering serious water quality degradation resulting from the expanded water utilization. In order to avoid aggravating such conditions, water quality controls need to be implemented. The important questions are, therefore, where and how to impose such constraints on the urban and agricultural sectors to achieve the desired level of pollution control. An application of the model developed to address such questions is made in the Utah Lake drainage area of Central Utah as a test of the model's utility. The region is subdivided into five major sub‐basins containing both municipal and agricultural water demands. A submodel of each sub‐basin is developed which optimizes the water quality control strategies by linking the urban to the agricultural uses and then evaluating the levels of control for each sector. From these results, a cost‐effectiveness function for each sub‐basin is generated. By jointly considering the cost‐effectiveness relationship for each sub‐basin, an optimum policy for the entire basin is determined.

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Section: Description Of Areamentioning

confidence: 99%