Publicación: Uso potencial de agentes clarificantes y desinfectantes de origen natural para el tratamiento integral del agua caracterizado por pisos térmicos
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Universidad Cooperativa de Colombia
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El artículo presenta la metodología que se utilizará para la investigación aprobada por Comité para el Desarrollo de la Investigación (Conadi) en el 2014 “Uso potencial de agentes clarificantes y desinfectantes de origen natural para el tratamiento integral del agua caracterizado por pisos térmicos”, que se está llevando a cabo en el programa de Ingeniería Civil de la Universidad Cooperativa de Colombia, sede Ibagué. La investigación, de tipo experimental y comparativa, evaluará y caracterizará los agentes naturales derivados de semillas, hojas, cortezas o savia, raíces y frutas según su piso térmico (cálido, templado, frío), en términos de su utilidad para el tratamiento integral del agua. Se pretende aportar un método para que la población pueda manejar, conocer y determinar los agentes potenciales capaces de cumplir con las condiciones de clarificación y desinfección del agua. Hasta el momento se ha adelantado la caracterización de 16 semillas por pisos térmicos y por su respectiva función como coagulante o desinfectante. Se espera obtener un banco de datos con los diferentes tipos de agentes naturales estudiados que demuestren su eficacia y eficiencia en el tratamiento del agua, para luego crear un compuesto natural que vincule dos agentes: coagulante y desinfectante que ofrezcan una solución integral a las comunidades.
The article presents a methodology that will be used for the research project approved by the Research Development Committee (Comité para el Desarrollo de la Investigación, Conadi) in 2014, entitled “Potential Use of Clarifying And Disinfecting Agents of Natural Origin for Comprehensive Water Treatment Characterized by Thermal Floors” (“Uso potencial de agentes clarificantes y desinfectantes de origen natural para el tratamiento integral del agua caracterizado por pisos térmicos”), which is being carried out through the Civil Engineering program at the Ibagué campus of the Universidad Cooperativa de Colombia. The experimental and comparative research will evaluate and characterize natural agents derived from seeds, leaves, bark or sap, roots and fruits according to their thermal floor (hot, temperate, cold), in terms of their usefulness for comprehensive water treatment. The aim is to provide a method to enable the population to manage, become familiar with and determine potential agents that can fulfill water clarification and disinfection conditions. Until now, 16 seeds have been characterized by thermal floors and according to their respective function as coagulants or disinfectants. The aim is to obtain a databank with the different types of natural agents studied that would show their efficacy and efficiency in water treatment, to subsequently create a natural compound that would combine two agents, a coagulant and a disinfectant, and which would provide a comprehensive solution for communities.
The article presents a methodology that will be used for the research project approved by the Research Development Committee (Comité para el Desarrollo de la Investigación, Conadi) in 2014, entitled “Potential Use of Clarifying And Disinfecting Agents of Natural Origin for Comprehensive Water Treatment Characterized by Thermal Floors” (“Uso potencial de agentes clarificantes y desinfectantes de origen natural para el tratamiento integral del agua caracterizado por pisos térmicos”), which is being carried out through the Civil Engineering program at the Ibagué campus of the Universidad Cooperativa de Colombia. The experimental and comparative research will evaluate and characterize natural agents derived from seeds, leaves, bark or sap, roots and fruits according to their thermal floor (hot, temperate, cold), in terms of their usefulness for comprehensive water treatment. The aim is to provide a method to enable the population to manage, become familiar with and determine potential agents that can fulfill water clarification and disinfection conditions. Until now, 16 seeds have been characterized by thermal floors and according to their respective function as coagulants or disinfectants. The aim is to obtain a databank with the different types of natural agents studied that would show their efficacy and efficiency in water treatment, to subsequently create a natural compound that would combine two agents, a coagulant and a disinfectant, and which would provide a comprehensive solution for communities.