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Construcciónde wetland aeróbico; Wheal Jane, England. Wheal Jane Mine –Celdapilotosin Cal, Cornwall England (1995) • 7 gpm of aguaácidade mina; pH 3.2, Fe 250 mg/L, As 1 mg/L, Zn 250 mg/L, Mn 20 mg/L •Todaslaspruebasde laboratoriobásicastuvieron resultadosfavorables
Constructed aerobic wetlands (Fig. 1) are based on aeration of the water to be treated, resulting in transformation of dissolved Fe to the solid phase via oxidation. Thus, aerobic wetland treatment is very effective in treating Iron-rich mine waters, yet they commonly have limited capability to neutralize acidity.
Permite tratar una gran variedad de aguas residuales: los dos requisitos que deben cumplir es que sean biodegradables. La digestión aerobia nos proporciona un mayor rendimiento. Y = 0,4 lo que quiere decir que de 1 gramo de materia orgánica se sacan 0,4 gramos de biomasa. Facilidad de operación.
The object of the study is the evaluation of the efficiency of horizontal subsurface flow wetlands (HSSFW) for tertiary effluent treatment of a dairy industry. A pilot wetland simulating HSSFW was disposed, and specimens of T. domingensis were planted using boulders as a substrate.
¿Qué es? Los sistemas aeróbicos para tratar aguas residuales utilizan bacterias que se alimentan de oxígeno, protozoos y otros microbios especiales para purificar el agua (a diferencia de los sistemas anaeróbicos que no necesitan oxígeno).
Abstract. The METland® concept constitutes a hybrid concept for treating wastewater where microbial electrochemical technologies (MET) are integrated with constructed wetlands (CW) to enhance pollutant removal.
28 de oct. de 2017 · Abstract. Both aerobic methane-oxidizing bacteria (MOB) and nitrite-dependent anaerobic methane oxidation (n-damo) organisms can be important methane sinks in a wetland. However, the influences of the vegetation type on aerobic MOB and n-damo communities in wetland, especially in constructed wetland, remain poorly understood. The ...
