Envíos recientes

A. FACULTAD DE INGENIERÍA

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Formulación del sistema de gestión ambiental bajo los lineamientos de la NTC ISO 14001:2015 para la empresa Alambres y Mallas S.A. ALMASA.

Villamil Castillo, Harold Alexander | 2016

Evaluación medioambiental de residuos hospitalarios peligrosos mediante luminometria y cultivos microbiológicos en una institución hospitalaria de Bogotá

Vargas Jiménez, Wilmer | 2015

Implementación plan de saneamiento básico centro de distribución nacional calle 25 Levapan SA.

Ramírez Contreras, Oscar David | 2016

Evaluación del potencial energético del retamo espinoso (ulex europaeus) a partir de gasificación

Niño Díaz, Yolima | 2017

Diagnóstico y diseño de un sistema de tratamiento del agua residual industrial en la Empresa Deralam S.A.

Galeano Ospina, María Angelica | 2017

Optimización del sistema de aprovechamiento de residuos vegetales del “área de transformación y aprovechamiento de residuos vegetales y energías renovables” del Jardín Botánico José Celestino Mutis.

Gómez Sabogal, Brayan Stewar | 2017

Selección del punto de medición y muestreo para la caracterización de material particulado más representativo de la ciudad de Bogotá y sus inmediaciones, como inicio de la primera fase del proyecto de investigación 002 (2015-2016) de la Universidad ECCI

Barreto Rincón, Hillary Alexander | 2017

Calculo de la huella de carbono en el municipio de Ubate, en los sectores de transporte, residuos, industrial, agropecuario, institucional, silvicultura y uso del suelo e implementación de estrategias de mitigación de emisiones GEI.

Castañeda López, Angélica María | 2017

Metodología para articular los instrumentos de planificación ambiental que ordena la sentencia del consejo de estado con el proceso de actualización y ajuste del POMCA del rio Bogotá

Guzmán Giraldo, Adriana Paola | 2017

Sentence No. 25000-23-27-000-2001-90479-01 (AP) issued by the Council of State, as a strategy for the recovery of the Bogota River, orders CAR to carry out the POMCA update adopted by the Resolution-CAR 3194 of 2006 with a horizon of execution to 2019. The updating as it is named in order 4.8 of the operative part of the aforementioned decision, is based on the articulation of the Hydraulic Adaptation Project of the CAR, the Environmental Management Plan Of the Capital District, the Departmental Water Plan of Cundinamarca and the Regional Water Assessment of the basin. For the articulation of these instruments, through this study, a methodology was created, by means of which, it is possible to identify the orders embodied in the operative part of the sentence and that are binding on the POMCA, where it can be concluded that the Construction and Operation of the Canoas WWTP and the expansion of the WWTP El Salitre is a priority for the Council of State and according to the plans of the Government of Cundinamarca, the District and CAR; Since this project is in the programmatic components of the three instruments of environmental planning that order the sentence. The proposed methodology is based on characterizing the environmental planning instruments that names the judgment through the development of logical framework matrices and schemes, and to identify the contributions of these instruments to the current POMCA, the methodology is based on some recommendations Of the six phases for the formulation of POMCAS, which names the Technical Guide issued by MADS in 2014. However, the application of the methodology, focuses on the phases of preparation, diagnosis and formulation, according to the provisions of The order 4.8 of the sentence of second instance. As a result of the application of the proposed methodology, the articulation matrix is obtained, a tool for consultation and follow-up to the POMCA updating process that advances the RAC. It is noteworthy that the ERA is the instrument that generates greater inputs for the Diagnostic phase and in turn is the only one that does not generate contributions for the POMCA program component and that the plans that materialize the PGA and the PDA have not been updated By administrations of shift, both district and Departmental. On the other hand, according to the Judgment, the source of funding for the development of the programmatic component of the POMCA is the FOCOF and for its monitoring there are 5 axes whose purpose is to comply with the judgment. Concepts that can be articulated to follow the programmatic component of the POMCA, once it has been updated.

Formulación e implementación del plan de gestión integral de residuos sólidos (PGIRS) y el plan de gestión integral de residuos peligrosos (PGIRESPEL) para la Empresa Duquesa S.A.

Umaña Villalba, María Paula | 2017

Balance hídrico en el municipio de Soacha de los humedales Maipore y Cola de Tierra Blanca

Alfonso Peña Espitia, Steven Daneiro | 2017

Seguimiento y control plan de gestión ambiental de la Empresa Villa Hernández y CÍA. S.A.S.

Oyuela Rodríguez, Juan Pablo | 2017

Estimación de la reducción de emisiones de gases de efecto invernadero asociadas a la valorización energética de los residuos sólidos urbanos del relleno sanitario doña Juana en Bogotá D.C

Velandia Sánchez, Ivonne Lorena | 2017

Implementación de un nuevo método ágil para desarrollos de Software con altos estándares de calidad.

Sanchez Malambo, Edwar Jhareth | 2020-08-23

The purpose of preparing this research is to optimize the process that is carried out when developing a product for a client and both the development team and the client team know how the processes of a product work, for which reason it is proposed to carry out a strategy of work that meets the quality standards for the creation of a project and that adapts to the programming language used by the company Flowvision s.a.s. The process consisted of taking enough information from previous developments as well as the use cases of current developments, we also reviewed two agile methodologies that are implemented in current project developments as well as the quality standards that must be taken into account for the creation of Projects. In this document you will be able to visualize the different phases that were carried out during the investigation: analysis, design, implementation, execution, tests. In the final part of the document, the conclusions and contributions on the research may be reviewed, as well as recommendations for future projects.

Construcción e implementación de un vehículo de apoyo para el ascenso y descenso de equipajes en aeronaves airbus A318, A319 y A320

Ospina Pérez, Christian | 2020

This degree work was carried out in the internship modality in association with the company Multiplo SA, where an unmanned conveyor type electric transport system was built and implemented to load and unload luggage on AIRBUS A320 aircraft, this vehicle is controlled by a card Arduino-based electronics for raising and lowering luggage, signaling, brakes, and idle status. For power, it is powered by LiFePo batteries (lithium ferrophosphate), it consists of a motor and electric actuators, which are implemented to change the hydraulic systems and internal combustion engines and thus avoid fluid spills on the air tracks, because These generate fines for the airlines. It also avoids the emission of gases into the environment and an improvement in the energy efficiency of the equipment, avoiding cost overruns for maintenance and inoperativity, guaranteeing a continuous and efficient service provision. The vehicle is characterized by being a lightweight, easy-to-use equipment that allows anyone with minimal training to operate it without the need for driver's licenses. This unmanned electric vehicle meets the expectations made in a luggage transport equipment and is at the height of the airport working environment, reduces costs by reducing personnel requirements and loading times, being a zero equipment Gas emissions, contributing to the change from fossil fuels to the use of alternative energies, this being a great contribution to air quality.

Proyecto de creación para centro de acopio fase S.A.S

Fabian Camilo Camacho Moya | 2015