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The results reveal high iron removal efficiencies (~ 100%).
It is demonstrated that for the sites studied reed beds are more efficient for iron removal.
Significant iron removal occurred, with removal rates of 98% at Whittle.
A pilot-scale trickling filter was constructed and tested for iron removal from potable water.
In addition to arsenic removal, significant iron removal is also achieved throughout the run.
Iron removal was found to be caused by both biological and physico-chemical iron oxidation.
Quadratic response functions were derived for iron removal efficiency and nickel loss by applying a least squares method.
The maximum adsorption capacity for total iron removal was obtained as 200 mg/g from Langmuir isotherm model.
It was found that ammonia influence on iron removal becomes substantial only for high iron and ammonia concentrations.
A low-cost and easily made iron removal system for household use has been designed and tested in the laboratory.
Once the pertinent parameters were identified by feasibility tests, an experimental design with statistical analysis was utilized to optimize overall process efficiency and iron removal.
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