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Gonzáles, M., (2002). Determinación espectrofotométrico del fenol en diferentes tipos de aguas [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/11063
Gonzáles, M., Determinación espectrofotométrico del fenol en diferentes tipos de aguas [Tesis]. : Universidad Nacional de Ingeniería; 2002. http://hdl.handle.net/20.500.14076/11063
@misc{renati/708531,
title = "Determinación espectrofotométrico del fenol en diferentes tipos de aguas",
author = "Gonzáles Ottos, Marlene Liz",
publisher = "Universidad Nacional de Ingeniería",
year = "2002"
}
Title: Determinación espectrofotométrico del fenol en diferentes tipos de aguas
Authors(s): Gonzáles Ottos, Marlene Liz
Advisor(s): Acha De La Cruz, Otilia
Keywords: Contaminantes tóxicos; Agua potable; Agua residual
Issue Date: 2002
Institution: Universidad Nacional de Ingeniería
Abstract: El presente trabajo tiene por finalidad estudiar uno de los agentes contaminantes tóxicos, como es el fenol presente en el recurso hídrico muy importante que en el agua.
Se Desarrolló así un enfoque teórico del Agua y del Fenol, describiendo sus propiedades, USS)S, contaminación y toxicología de éstos; El enfoque experimental consiste en evaluar las concentraciones de fenol en muestras de agua de diferentes procedencias, así como la discusión estadística de los resultados.
Para tal objetivo clasificamos en Agua Potable y Agua Residual obteniéndose como resultado que la mayor concentración de fenol se
encuentra en los efluentes industriales por lo contrario ·el agua potable
presenta concentraciones que están debajo de los valores permisibles,
cumpliendo con las Normas de Calidad establecidas para Agua Potable.
Asimismo, se optimizó el método evaluando la trazabilidad, límite de
detección y cuantificación para una mejor obtención de resultados de las
muestras analizadas.
The present work has for purpose to study the toxic polluting- agents, like it belongs one to them the present phenol in a resource very important hídric that is the water. Developing this way a theoretical focus of the water and phenol, describing their properties, uses, contamination and toxicology of these, the experimental focus consists on evaluating the phenol concentrations in samples of water of different origins. For such an objective we classify in Drinkable Water and Residual Water being obtained as a result that the biggest phenol concentration is in the industrial wastewater for the opposite the drinkable water it doesn't contain concentrations of this pollutant that is what was expected to be of human consumption and fulfill the established Norms of quality for Drinkable Water. Also the method was optimized evaluating the traceability, detection limit and quantification for a better obtaining of results of the analyzed samples.
The present work has for purpose to study the toxic polluting- agents, like it belongs one to them the present phenol in a resource very important hídric that is the water. Developing this way a theoretical focus of the water and phenol, describing their properties, uses, contamination and toxicology of these, the experimental focus consists on evaluating the phenol concentrations in samples of water of different origins. For such an objective we classify in Drinkable Water and Residual Water being obtained as a result that the biggest phenol concentration is in the industrial wastewater for the opposite the drinkable water it doesn't contain concentrations of this pollutant that is what was expected to be of human consumption and fulfill the established Norms of quality for Drinkable Water. Also the method was optimized evaluating the traceability, detection limit and quantification for a better obtaining of results of the analyzed samples.
Link to repository: http://hdl.handle.net/20.500.14076/11063
Discipline: Química
Grade or title grantor: Universidad Nacional de Ingeniería. Facultad de Ciencias
Grade or title: Licenciado en Química
Register date: 8-May-2018
This item is licensed under a Creative Commons License