A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Modeling nutrient and pollutant removal in three wet detention ponds
Three wet detention ponds receiving stormwater runoff and located in Århus, Silkeborg and Odense, Denmark were studied. The ponds were continuous monitored by measuring turbidity, temperature, pH, oxygen level and water level in the ponds as well as inflow and outflow. Water samples were collected from the inlets and from the downstream end of the ponds and analyzed for suspended solids, total and soluble phos phorous, nitrogen and seven heavy metals. Performance of the ponds was modeled by routing the measured flow though the ponds and simulating pollutant removal by 1st order kinetics with and without temperature adjustment.
Modeling nutrient and pollutant removal in three wet detention ponds
Three wet detention ponds receiving stormwater runoff and located in Århus, Silkeborg and Odense, Denmark were studied. The ponds were continuous monitored by measuring turbidity, temperature, pH, oxygen level and water level in the ponds as well as inflow and outflow. Water samples were collected from the inlets and from the downstream end of the ponds and analyzed for suspended solids, total and soluble phos phorous, nitrogen and seven heavy metals. Performance of the ponds was modeled by routing the measured flow though the ponds and simulating pollutant removal by 1st order kinetics with and without temperature adjustment.
Modeling nutrient and pollutant removal in three wet detention ponds
Alliance Global Sustain.
Rauch, Sébastien (editor) / Morrison, Gregory M. (editor) / Wium-Andersen, Tove (author) / Nielsen, Asbjørn Haaning (author) / Hvitved-Jacobsen, Thorkild (author) / Vollertsen, Jes (author)
2011-12-10
12 pages
Article/Chapter (Book)
Electronic Resource
English
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