Sistema de gestión energética y ambiental de Productos Alimex CA

Stanescu, Carmen Luisa Vásquez; Ozal, Alberto Genesio Carillo; Castillo, María Eugenia; Jiménez, Milva J. Javitt; Camacaro, Katherine Alix Macias; Díaz, Concetta Esposito de

doi:10.1016/j.sumneg.2017.11.003

Cited by 4 publications

(4 citation statements)

References 2 publications

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“…Esta depende del avance de la tecnología y del factor cultura; donde en esta última, existen diversas medidas para lograr el uso racional de los recursos. En este contexto, los retos para la industria se encuentran en: desarrollar nuevas tecnologías para generar energías verdes y optimización de proceso; aplicar sistemas automatizados de control operacional de los sistemas de producción para bajar el nivel de la demanda de recursos del ambiente y el uso de materiales emergentes para la disminución de CO2 (Vásquez et al, 2017).…”

Section: Energy Efficiency Strategies In the Ceramic Industry Of The ...unclassified

Investigación, desarrollo e innovación en ingenierías

Bohórquez Chacón,

Mendoza Gáfaro,

Pardo García

2020

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Se espera que el diseño de un modelo de asistencia integral e intersectorial, permita a las comunidades educativas y a los trabajadores del conocimiento unir esfuerzos para acompañar a las instituciones educativas, sistematizar experiencias transferibles a otras comunidades de la región o del país, fortalecer los factores protectores de la salud, la prevención de los factores de riesgo y la vigilancia del estado de los escolares, docentes y comunidad en general; así como proporcionar contenidos digitales, que puedan ser integrados al currículo escolar. El proyecto se desarrolló en cuatro fases que contemplaron las fases del diseño del modelo, el diseño de protocolos y rutas de atención, la construcción del Portal Web soporte al modelo, y la validación del modelo mediante las capacitaciones y atención a casos en instituciones de 5 municipios del Departamento, Norte de Santander.

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Section: Energy Efficiency Strategies In the Ceramic Industry Of The ...unclassified

Investigación, desarrollo e innovación en ingenierías

Bohórquez Chacón,

Mendoza Gáfaro,

Pardo García

2020

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“…Cabe indicar que el análisis de ciclo de vida como mejora en un Sistema de Gestión Ambiental es fundamental dado que los aspectos ambientales son uno de los ejes importantes para el desarrollo del SGA, por ende es factible aplicar el concepto de ACV, (Benveniste et al, 2011) con la finalidad de analizar de manera adecuada los resultados mediante la identificación, establecimiento, implantación y mejora en todos los requisitos que nos dice la norma bien sea de forma directa o indirecta (Vásquez Stanescu et al, 2017).…”

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Methodological analysis for environmental performance in sanitation structures in order to mitigate the effects of emerging pollutants, PPCPS

Moya

Delgado-Yánez

2019

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Introduction According to the typology of the product labels or in the Environmental Product Declarations (DAP), the standard EN15804 indicates three typologies that are a function of the stages covered in the study Objectiveto make a methodological contribution in relation to environmental performance in the construction of combined sewerage networks Materials and methodsis based on a search and obtain information on research conducted on the basis of the ACV in the construction of sewerage networks Results research provides the necessary information reduction of environmental impacts in the construction of networks of sewerage, being innovative environmental guide based on technical and bibliographic experiences. DiscussionThe type of sewer used depends on the characteristics of size, topography, economic conditions of the project ConclusionsIt is feasible to point out that there is no specific procedure

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“…It has a significant impact on profits as long as the proposed improvements are achieved to be more efficient in consumption. Vásquez-Stanescu et al [23] carried out an energy audit in the production and administrative areas intending to take control actions that allow for reducing consumption. The main taken actions were investing in more efficient machines, with lower energy consumption and a higher level of productivity.…”

Section: Introductionmentioning

confidence: 99%

Powder Detergent Packaging Line Improvement by Lean Six Sigma DMAIC Methodology

Pushug,

Ramírez,

Simbaña

et al. 2024

Enfoque UTE

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This investigation was a case of study in the powder detergent packaging line and aimed to reduce all those wastes that do not add value to the product, increasing the cost of production. Reducing or eliminating waste within the manufacturing industry becomes necessary for sustainable businesses over time and keeps generating development. To achieve it, the Lean Six Sigma DMAIC methodology was implemented in a detergent powder packaging line, to identify the problems that afflicted and made production more expensive. By using quality tools (such as Pareto and Ishikawa diagrams, 5S application, Poka-Yokes, SMED, training personnel, and standardizing processes) it was possible to reduce unproductive times. Energy consumption was reduced by up to 20 %, also efficiency and machine availability increased by 10.98 % and 7.32 %, respectively. The general performance of the line increased by 15.16 %, which translates into significant monthly savings of USD 71 442.05. By applying these improvement techniques, the most significant efficiency was registered in 1 kg packages, going from 47 % to 89 %, approximately. To maintain this productivity and even to perfect it, it is necessary to hire specialized personnel who know the production processes and industrial operations.

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Sistema de gestión energética y ambiental de Productos Alimex CA

Cited by 4 publications

References 2 publications

Investigación, desarrollo e innovación en ingenierías

Investigación, desarrollo e innovación en ingenierías

Methodological analysis for environmental performance in sanitation structures in order to mitigate the effects of emerging pollutants, PPCPS

Powder Detergent Packaging Line Improvement by Lean Six Sigma DMAIC Methodology

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