jueves, 6 de mayo de 2010

Escuela Profesional de Ingeniería AgroIndustrial




Mediante un sistema de enseñanza forjado en la responsabilidad ecológica y social, entenderás el valor de la carrera tanto para el desarrollo del agro en el país como para la generación de divisas en las empresas a nivel mundial. Te convertirás en un ingeniero agroindustrial competitivo y emprendedor, capaz de dar valor agregado a los productos agropecuarios, forestales e hidrobiológicos, mediante la aplicación de tecnología actualizada y estándares de calidad nacionales e internacionales.

Perspectivas Ocupacionales

Jefe de control de calidad o jefe de producción en empresas agroindustriales.
Asesor de proyectos agroindustriales.
Docente es institutos, universidades y otros centros de educación superior.


2 comentarios:

  1. Low Concentration Determination of Insecticide optimal mix
    terpenes of the essential oil extracted from lemon peel (Citrus Limonium)
    variety lime and chili capsaicin alkaloid extracted from monkey pee
    (Capsicum frutescens) on the whitefly (Bemisia tabacci).

    1. Misael Villacorta Gonzalez, Mg. Ingeniero Químico, Docente de la Escuela de Ingeniería Agroindustrial y Comercio Exterior de la Universidad Cesar Vallejo
    2. Maria Elena Leon Marrou, Msc. Ingeniero en Industrias Alimentarias, Directora de la Escuela de Ingeniería Agroindustrial y Docente de la Universidad Cesar Vallejo.


    Misael Villacorta González(2)
    mvillacorta@ucv.edu.pe


    ABSTRACT
    In this study, we evaluated the low concentration of insecticide mixture of terpenes extracted the essential oil of lemon and pepper alkaloid capsaicin obtained from the monkey pee on the pest whitefly (Bemisia tabacci).

    The extraction of essential oil of lemon peel was carried out by the method of steam distillation and the production of capsaicin was performed by the solvent extraction method.

    The results showed that the optimal mixture of essential oil of lemon (Citrus Limonium) and the pepper alkaloid pee monkey, was the 80:20 from this base coat formulations were prepared three organic insecticide, resulting in the formulation 85% of the base mixture and 15% of adjuvants (emulsifiers, surfactants and adherent), resulted the best, from which we applied 5 different concentrations (0.5, 1.0, 1.5, 2.0 and 2.5%) to a population of 10 individuals (whitefly) applied a factorial design with three replications and a significance level of 95%, reporting that the minimum concentration was 2.5% Insecticide with a mortality rate 90%.

    Keywords: organic insecticide, essential oil, lemon peel (Citrus Limonium), monkey pee pepper (Capsicum frutescens), whitefly (Bemisia tabacci).

    ResponderEliminar
  2. Low Concentration Determination of Insecticide optimal mix
    terpenes of the essential oil extracted from lemon peel (Citrus Limonium)
    variety lime and chili capsaicin alkaloid extracted from monkey pee
    (Capsicum frutescens) on the whitefly (Bemisia tabacci).

    1. Misael Villacorta Gonzalez, Mg. Ingeniero Químico, Docente de la Escuela de Ingeniería Agroindustrial y Comercio Exterior de la Universidad Cesar Vallejo
    2. Maria Elena Leon Marrou, Msc. Ingeniero en Industrias Alimentarias, Directora de la Escuela de Ingeniería Agroindustrial y Docente de la Universidad Cesar Vallejo.


    Misael Villacorta González(2)
    mvillacorta@ucv.edu.pe


    ABSTRACT
    In this study, we evaluated the low concentration of insecticide mixture of terpenes extracted the essential oil of lemon and pepper alkaloid capsaicin obtained from the monkey pee on the pest whitefly (Bemisia tabacci).

    The extraction of essential oil of lemon peel was carried out by the method of steam distillation and the production of capsaicin was performed by the solvent extraction method.

    The results showed that the optimal mixture of essential oil of lemon (Citrus Limonium) and the pepper alkaloid pee monkey, was the 80:20 from this base coat formulations were prepared three organic insecticide, resulting in the formulation 85% of the base mixture and 15% of adjuvants (emulsifiers, surfactants and adherent), resulted the best, from which we applied 5 different concentrations (0.5, 1.0, 1.5, 2.0 and 2.5%) to a population of 10 individuals (whitefly) applied a factorial design with three replications and a significance level of 95%, reporting that the minimum concentration was 2.5% Insecticide with a mortality rate 90%.

    Keywords: organic insecticide, essential oil, lemon peel (Citrus Limonium), monkey pee pepper (Capsicum frutescens), whitefly (Bemisia tabacci).

    ResponderEliminar

 

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