COMPACT PHOTOCATALYTIC DEGRADATION EQUIPMENT OF PHYTOSANITARY WASTE (Machine-translation by Google Translate, not legally binding)
Compact equipment for photocatalytic degradation of phytosanitary residues, for effluents from the cleaning of phytosanitary treatments, comprising means for collecting the effluent and a support structure (3) inside which includes the treatment tank (1) and the reactor (2), connected by means of a...
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Format: | Patent |
Sprache: | eng ; spa |
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Zusammenfassung: | Compact equipment for photocatalytic degradation of phytosanitary residues, for effluents from the cleaning of phytosanitary treatments, comprising means for collecting the effluent and a support structure (3) inside which includes the treatment tank (1) and the reactor (2), connected by means of a closed circuit (4) with a first pump (B1), an accumulator tank (5) connected to the effluent collection means, and to the treatment tank (1), a heat exchanger device (6) in parallel to the closed circuit (4), a blower pump (BS) connected to the treatment tank (1), a bed filtering device (7) and, automatic control means connected to the equipment components, where the source of UV radiation is formed by solar energy and the reactor (2) is arranged in a frame (8) in the upper area of the support structure (3) that allows its exposure to it. (Machine-translation by Google Translate, not legally binding)
Equipo compacto de degradación fotocatalítica de residuos fitosanitarios, para efluentes provenientes de la limpieza de tratamientos fitosanitarios, que comprende medios de recogida del efluente y, una estructura soporte (3) en cuyo interior comprende el depósito de tratamiento (1) y el reactor (2), conectados mediante un circuito cerrado (4) con una primera bomba (B1), un depósito acumulador (5) conectado a los medios de recogida del efluente, y al depósito de tratamiento (1), un dispositivo intercambiador (6) de calor en paralelo al circuito cerrado (4), una bomba soplante (BS) conectada al depósito de tratamiento (1), un dispositivo de filtrado de lecho (7) y, medios automáticos de control conectados a los componentes del equipo, donde la fuente de radiación UV está formada por la energía solar y el reactor (2) está dispuesto en un bastidor (8) en la zona superior de la estructura soporte (3) que permite su exposición a la misma. |
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