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Cited by 10 publications
(2 citation statements)
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References 52 publications
(51 reference statements)
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“…It has been demonstrated that hydrodynamic cavitation is an efficient technique in terms of energy consumed and operating cost for disinfecting well water and effluents [17,18], Shivram y col [19]. HC is an emerging technology that has been used for different applications and in industry, for example, for the extraction of soy proteins [20], extraction of lipids form microalgae [21], disruption of yeast cells for extraction of bioactive compounds [22], reduction of coagulating bacilli in milk processing [23], waste processing and human hair recovery [24], among others. With respect to the treatment of water, its application focuses on improving biological treatments, as it increases the biodegradability of organic matter present in water, contributes to improving anaerobic digestion of sludge by disintegration of sludge and improves sludge dewatering, etc.…”
Section: Research Backgroundmentioning
confidence: 99%
“…It has been demonstrated that hydrodynamic cavitation is an efficient technique in terms of energy consumed and operating cost for disinfecting well water and effluents [17,18], Shivram y col [19]. HC is an emerging technology that has been used for different applications and in industry, for example, for the extraction of soy proteins [20], extraction of lipids form microalgae [21], disruption of yeast cells for extraction of bioactive compounds [22], reduction of coagulating bacilli in milk processing [23], waste processing and human hair recovery [24], among others. With respect to the treatment of water, its application focuses on improving biological treatments, as it increases the biodegradability of organic matter present in water, contributes to improving anaerobic digestion of sludge by disintegration of sludge and improves sludge dewatering, etc.…”
Section: Research Backgroundmentioning
confidence: 99%
“…El t ratamiento y recuperación de estas aguas en plantas de tratamiento requieren a veces una gran infraestructura con métodos tradicionales y en otro consumo de productos químicos, por lo que es necesario buscar otras tecnologías ambientalmente amigables, el tratamiento de estas aguas por cavitación hidrodinámica -ozono es una de estas alternativas. Este proceso es una técnica de oxidación eficiente basado en la formación de cavidades debido a la caída de presión por debajo de la presión de vapor del líquido producido por un dispositivo cavitador (placa de orificio o Venturi) y luego al retoma r y recuperar la presión aguas abajo por aumento del área de flujo ocurre el colapso de la cavidades (burbujas) con la consecuente generación de energía aumento y temperatura, que produce radicales libres con efectos químicos que degradan a los contaminantes [8]. LA presencia de Ozono permite una oxidación rápida en eliminación de sustancias tóxicas y no degradables de microorganismos por su poder oxidativo y formación de radicales hidroxilos (OH) [9].…”
Section: Introductionunclassified