Experimental hybrid wetlands constructed for ammonium removal from a fertilizer factory wastewater.

MAINE, M.A.; SANCHEZ, G.C.; HADAD H. R.; CAFFARATTI, S.E.; PEDRO, M.C.; DI LUCA, G.A.; MUFARREGE, M.M.; CAMAÑO SILVESTRINI, N.E.

Simposio; 7th International Wetland Pollutant Dynamics and Control (WETPOL) Symposium-Annual Conference of Constructed Wetlands; 2017

Ammonium is the critical contaminant to be removed from a fertilizer factory wastewater.Currently, industrial effluent treatment consists of two stabilization ponds. Enhancing theefficiency of the industrial effluent treatment, a fraction of the effluent could be reused,decreasing the final volume discharged. Large land area is available in the factory facility.Constructed wetlands can be a good solution to nitrogen removal (Kadlec and Wallace,2009). In Argentina this technology is poorly implemented. The aim of this study was toevaluate the feasibility of using hybrid wetland systems for the treatment of an alkalineeffluent with high concentrations of ammonium from this fertilizer factory.