The use of macrophyte beds is a sustainable alternative for wastewater treatment and is often recommended for use in small agglomerations. This technology has also been recommended, particularly for application in places with highly variable flow rates and pollutant loads, such as those resulting from the operation of campsites and hotels, and is described as robust and resilient to cope with these variations. The aim of this dissertation is to study the influence of the organic load on the performance of horizontal sub-surface flow macrophyte beds. To this end, the performance of an experimental installation was analyzed in the face of successive increases in the organic inflow loads. There was a good response from the system to these increases, which shows that these beds can be used successfully for events with a higher affluent organic load, when compared to the values normally mentioned in the literature. The study also shows that plants can make an important contribution to the removal of organic matter, especially in the days after the increase in load.
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Miguel Soares nació en Lisboa y tiene un máster en Ingeniería Civil, especializado en Hidráulica y Recursos Hídricos. Fue en el marco de su trabajo como becario de investigación científica en la Universidad Técnica de Lisboa donde desarrolló este trabajo. Actualmente trabaja en la gestión de sistemas de abastecimiento de agua y saneamiento.
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Taschenbuch. Zustand: Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - The use of macrophyte beds is a sustainable alternative for wastewater treatment and is often recommended for use in small agglomerations. This technology has also been recommended, particularly for application in places with highly variable flow rates and pollutant loads, such as those resulting from the operation of campsites and hotels, and is described as robust and resilient to cope with these variations. The aim of this dissertation is to study the influence of the organic load on the performance of horizontal sub-surface flow macrophyte beds. To this end, the performance of an experimental installation was analyzed in the face of successive increases in the organic inflow loads. There was a good response from the system to these increases, which shows that these beds can be used successfully for events with a higher affluent organic load, when compared to the values normally mentioned in the literature. The study also shows that plants can make an important contribution to the removal of organic matter, especially in the days after the increase in load. Bestandsnummer des Verkäufers 9786208748920
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