ALTERNATIVE FOR THE TREATMENT OF RESIDUAL GALVANIC WITH NATURAL ZEOLITAS

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Published: Oct 31, 2018
Keywords:
zeolites wastewater treatment heavy metals

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Hayat Hernández Núñez
Centro de Investigación y Desarrollo Técnico
Yamilet Zabala Martínez
Centro de Investigación y Desarrollo Técnico
Jesús Pérez Olmo
Universidad Tecnológica de La Habana José Antonio Echeverría
Esteban Alfonso Olmo
Centro de Investigaciones de la Industria Minero Metalúrgica

Abstract

In this research the evaluation of a natural zeolite from the site of Tasajeras, Villa Clara is done, for removing metal ion (copper and iron) of wastewater contaminants produced by a galvanic plant. At work technological schemes alternatives are proposed for the treatment plant comprising for this material from national sources, designed from the results obtained in laboratory scale with kinetic studies adsorption capacity of the zeolite and the influence on this parameter is analyzed on the granulometry of the material and the inflow to the column. For this purpose, experimental tests are carried out that allow a quantitative study of the metals present in these waters and their behavior to contact this natural material, establishing the basic parameters for disposal. At the end of the study a technology scheme is selected by analyzing economic factors and size of the plant.

Article Details

How to Cite
Hernández Núñez, H., Zabala Martínez, Y., Pérez Olmo, J. and Alfonso Olmo, E. (2018) “ALTERNATIVE FOR THE TREATMENT OF RESIDUAL GALVANIC WITH NATURAL ZEOLITAS”, INFOMIN, 10(1), pp. 4–16. Available at: https://infomin.edicionescervantes.com/index.php/i/article/view/7 (Accessed: 29 June 2026).
Issue
Vol. 10 No. 1 (2018): enero-junio
Section
Artículos Originales

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References

Cano K. 2013. Síntesis y caracterización de catalizadores metálicos con diferentes soportes para las reacciones de hidrogenación de aromáticos. Caracas: Universidad Central de Venezuela.

Chudoba J.; Menédez C.; Olmo JP 1986. Fundamentos teóricos de algunos procesos para la purificación de agua residual. Editorial, CUJAE.

Chabalina L. 2002. Manejo de residuales galvánicos en Cuba con vistas de tecnologías limpias. Cuba: Centro de Ingeniería y Manejo Ambiental de Bahías y Costas (CIMAB).

Cuevas G. 2012. Metales pesados en maíz (Zea mays L.) Cultivado en eun suelo enmendado con diferentes dosis de compost de lodo residual. Revista Internacional de Contaminación Ambiental, México. Vol.20, No2.

Galvanoplastia. 2015. EcuRed Enciclopedia cubana.

Galvanoplastia. . 2015. Wikipedia-Kiwix Enciclopedia libre.

Guillén YL. 2011. Alternativas de solución para tratar los residuales líquidos en la planta de circuito impreso del CIDT-MININT. Ciudad de La Habana, Cuba: CUJAE.

Licea VO. 2010. Propuesta de Esquemas tecnológicos para el tratamiento y la disposición de los residuales del Taller Galvánico de la EMI ¨ Yuri Gagarin¨. La Habana, Cuba: CUJAE.

Matos AR. 2011. Puesta en Marcha y Evaluación de la Planta de Tratamiento de Residuales Líquidos Galvánicos del CIDT. La Habana: CUJAE.

Norma Cubana. 1999. Eliminación de contaminantes en talleres galvánicos. Parámetros de vertimiento.

Pavón T. 2000. Remoción de níquel, cadmio y zinc del agua utilizando clinoptilolita heulandita. México: Universidad Autónoma del estado de México.

Rosabal MMV. 1998. Hidrodinámica y separaciones mecánicas Tomo 3. México.

Rojas AM. 2008. Estudio de la eliminación de Cd, Hg y Pb utilizando materiales mcm-41 puro óxido de silicio y funcionalizado con 3-metoxi-mercaptopropilsilano. Venezuela.