Biological reactor of three-stage membranes, metanogenic, aerobics and filtration, for wastewater purification. (Machine-translation by Google Translate, not legally binding)
Biological reactor of membranes of three stages, methanogenic, aerobic and filtration, and procedure for the purification of urban or industrial wastewater. The reactor consists of three chambers, a methanogenic anaerobic chamber (1), an aerobic chamber (2) and a filtration chamber (3). In the anaer...
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Format | Patent |
Language | English Spanish |
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17.07.2012
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Abstract | Biological reactor of membranes of three stages, methanogenic, aerobic and filtration, and procedure for the purification of urban or industrial wastewater. The reactor consists of three chambers, a methanogenic anaerobic chamber (1), an aerobic chamber (2) and a filtration chamber (3). In the anaerobic chamber (1) the elimination of the organic matter present in the wastewater is promoted, using anaerobic biomass, generating a biogas with a high content of methane. In the aerobic chamber (2) a support of plastic particles is maintained, with a biofilm of aerobic microorganisms to eliminate the organic matter remaining in the water. The reactor incorporates a filtration chamber (3) with microfiltration or ultrafiltration modules of submerged membranes with which a purified water is obtained, free of suspended solids and microorganisms. The reactor is characterized by a low generation of sludge and energy consumption. (Machine-translation by Google Translate, not legally binding)
Reactor biológico de membranas de tres etapas, metanogénica, aerobia y de filtración, y procedimiento para la depuración de aguas residuales urbanas o industriales. El reactor consta de tres cámaras, una cámara anaerobia metanogénica (1), una cámara aerobia (2) y una cámara de filtración (3). En la cámara anaerobia (1) se promueve la eliminación de la materia orgánica presente en el agua residual, usando biomasa anaerobia, generándose un biogás con alto contenido en metano. En la cámara aerobia (2) se mantiene un soporte de partículas plásticas, con una biopelícula de microorganimos aerobios para eliminar la materia orgánica remanente en el agua. El reactor incorpora una cámara de filtración (3) con módulos de microfiltración o ultrafiltración de membranas sumergidas con los que se obtiene un agua depurada, libre de sólidos en suspensión y microorganismos. El reactor se caracteriza por una baja generación de fango y consumo de energía. |
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AbstractList | Biological reactor of membranes of three stages, methanogenic, aerobic and filtration, and procedure for the purification of urban or industrial wastewater. The reactor consists of three chambers, a methanogenic anaerobic chamber (1), an aerobic chamber (2) and a filtration chamber (3). In the anaerobic chamber (1) the elimination of the organic matter present in the wastewater is promoted, using anaerobic biomass, generating a biogas with a high content of methane. In the aerobic chamber (2) a support of plastic particles is maintained, with a biofilm of aerobic microorganisms to eliminate the organic matter remaining in the water. The reactor incorporates a filtration chamber (3) with microfiltration or ultrafiltration modules of submerged membranes with which a purified water is obtained, free of suspended solids and microorganisms. The reactor is characterized by a low generation of sludge and energy consumption. (Machine-translation by Google Translate, not legally binding)
Reactor biológico de membranas de tres etapas, metanogénica, aerobia y de filtración, y procedimiento para la depuración de aguas residuales urbanas o industriales. El reactor consta de tres cámaras, una cámara anaerobia metanogénica (1), una cámara aerobia (2) y una cámara de filtración (3). En la cámara anaerobia (1) se promueve la eliminación de la materia orgánica presente en el agua residual, usando biomasa anaerobia, generándose un biogás con alto contenido en metano. En la cámara aerobia (2) se mantiene un soporte de partículas plásticas, con una biopelícula de microorganimos aerobios para eliminar la materia orgánica remanente en el agua. El reactor incorpora una cámara de filtración (3) con módulos de microfiltración o ultrafiltración de membranas sumergidas con los que se obtiene un agua depurada, libre de sólidos en suspensión y microorganismos. El reactor se caracteriza por una baja generación de fango y consumo de energía. |
Author | LEMA RODICIO, JUAN MANUEL GARRIDO FERNANDEZ, JUAN MANUEL BUNTNER, DAGMARA |
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DocumentTitleAlternate | REACTOR BIOLOGICO DE MEMBRANAS DE TRES ETAPAS, METANOGENICA, AEROBIA Y DE FILTRACION, PARA LA DEPURACION DE AGUAS RESIDUALES. |
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Title | Biological reactor of three-stage membranes, metanogenic, aerobics and filtration, for wastewater purification. (Machine-translation by Google Translate, not legally binding) |
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