Hydrodynamic modelling and performance assessment of continuous-flow single-channel reactor for river water turbidity removal using electrocoagulation process
A hydrodynamic modelling of a continuous-flow single-channel (CFSC) reactor was
highlighted by means of Residence Time Distribution (RTD) experimental approach using
stimulus response technique and three inlet flowrates (43.66, 79.40 and 115.10 Lh− 1). Axial
dispersion model (ADM) was applied for approximating the RTD experimental curves in
order to check the flow patterns homogeneity and identify the possible flow deviations. The
CFSC reactor was then evaluated for river water treatment by electrocoagulation process. At …
highlighted by means of Residence Time Distribution (RTD) experimental approach using
stimulus response technique and three inlet flowrates (43.66, 79.40 and 115.10 Lh− 1). Axial
dispersion model (ADM) was applied for approximating the RTD experimental curves in
order to check the flow patterns homogeneity and identify the possible flow deviations. The
CFSC reactor was then evaluated for river water treatment by electrocoagulation process. At …
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