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[079] "Butanol recovery from a synthetic fermentation broth by vacuum distillation in rotating packed bed for improving the water reuse"
Karol DudekDone
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[008] "Case study for groundwater recharge with reclaimed water in Zacatecas, Mexico"
Natalia Narváez CastilloDone
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[028] "Aplicación de metales recuperados de un efluente metalúrgico en la biodegradación de antivirales en reactores UASB"
Francisco Javier Mares CarbajalDone
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[167] Integración de remediación de aguas residuales y generación de electricidad a partir de sistemas biofotovoltaicos basados en cultivos mixtos de microalgas
Alicia Alejandra Mier JiménezDone
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[137] PRODUCCIÓN DE METANO COMO ESTRATEGIA PARA RECICLAR Y REUTILIZAR EL AGUA PROVENIENTE DE LA BIORREFINERÍA DEL BAGAZO DE AGAVE.
Lilia Chizelt Meza MaytorenaDone
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[113]Lead adsorption on biochar and study of the chemical interactions involved
Alfonso Encinas-VazquezDone
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[083] "AQUAPONIC SYSTEMS TO REACH THE SUSTAINABLE DEVELOPMENT GOALS OF THE 2030 AGENDA"
Nayla Berenice Muñoz EuánDone
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[124] Síntesis y evaluación de electro-catalizadores nano estructurados PtPd-Ni soportados en carbón vulcan para la reacción de electro oxidación de urea en medio alcalino
Fabio Alejandro Gómez GómezDone
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[108] TRATAMIENTO DEL AGUA GENERADA EN UNA LAVANDERÍA Y EL IMPACTO DE LOS DETERGENTES PARA SU REUSO
Annabel Lee Tellez GonzalezDone
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[002] Diagnostico operacional de sistemas para la depuración de aguas residuales domésticas mediante humedales construidos en el estado de Michoacán México.
Dr. Aldo Antonio Castañeda VillanuevaDone
Estudiante de Ingeniería Ambiental en el Instituto Politécnico Nacional. Con habilidades de manejo de distintos tipos de software para programación, así como para Sistemas de Información Geográfica (SIG), además del manejo de distintas bases de datos (estadísticas y geográficas) nacionales como internacionales y conocimiento en ofimática. Así mismo, conocimiento de la normatividad y legislación relacionada al medio ambiente.
This work proposed the implementation of a water recovery and treatment system originating in the glazing stage of the production of tile with the objective that the water used in a production process line of an industrial manufacturing plant can be reused in the same process line. This water is mainly contaminated with clay, so the quality parameters to be improved are total suspended solids (TSS), total solids (TS), and total volatile solids (TVS). In this sense, the physicochemical characterization of the water was carried out under these parameters and following the applicable Mexican standards. Water samples were taken at three different sampling points. Subsequently, jug tests were performed with six different combinations of coagulating and/or flocculant agents to determine the most effective type and dosage to remove contaminants. The results showed removal percentages >95% for TSS and TS and 60% for TVS. Once the treatment was defined and the water quality was verified, the implementation of a water recovery and treatment system was designed and proposed, consisting of a wastewater reception tank, a coagulation- flocculation-sedimentation treatment tank, and a recirculation tank for the treated water in the line process. These results mitigated wastewater discharge, water withdrawal, and the costs associated with water consumption in the industrial plant under study.
https://zoom.us/j/94314591620?pwd=WE5BZzRRYjBOL3RNWGJNbUpkNWswUT09