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• W2914449811 endingPage "262" @default.
• W2914449811 startingPage "251" @default.
• W2914449811 abstract "Advanced control of chemical disinfection processes is becoming increasingly important in view of balancing under-treatment (low pathogen inactivation) and over-treatment (excessive consumption of disinfectant and disinfection byproducts formation) thereby providing considerable environmental and economic benefits. Conventional control strategies such as flow pacing or residual trim ignore chemical demand/decay, inactivation kinetics, and other factors governing disinfection performance in continuous-flow reactors such as reactor hydraulics and process variability. This study presents the development, verification, and pilot-scale validation of a novel CT-based real-time disinfection control strategy, derived from first principles, and applied to peracetic acid disinfection of municipal secondary effluent wastewater. Validation experiments were carried out using a 3-m3 pilot contact basin of which the hydraulic performance was first characterized by means of tracer tests and then mathematically modeled using the well-established theoretical framework of continuous stirred-tank reactors in series. The analytical model describing hydraulic performance was subsequently extended to take into account disinfectant demand/decay and microbial inactivation kinetics. The integrated model was successfully used to predict, and control, residual peracetic acid as well as microbial concentration in the pilot effluent. Validation studies conclusively supported that the novel CT-based control strategy was superior in maintaining constant disinfection performance, desired microbial counts, and low residual disinfectant under variable flow and wastewater quality. When compared with flow pacing, the CT-based control required two times less the amount of chemical for the same treatment objective (<100 cfu/100 mL). Remarkably, the CT-based control strategy could be extended to other chemical disinfection processes such as chlorination and ozonation, alone or in combination with physical treatment technologies such as membranes and ultraviolet irradiation." @default.
• W2914449811 created "2019-02-21" @default.
• W2914449811 creator A5039069339 @default.
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• W2914449811 date "2019-04-01" @default.
• W2914449811 modified "2023-10-18" @default.
• W2914449811 title "Detailed modeling and advanced control for chemical disinfection of secondary effluent wastewater by peracetic acid" @default.
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• W2914449811 doi "https://doi.org/10.1016/j.watres.2019.01.022" @default.
• W2914449811 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30731340" @default.
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