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Please use this identifier to cite or link to this item:
https://hdl.handle.net/20.500.11839/9041
Title: | Caracterización de la absorción de CO2 por líquidos iónicos basados en [HMIM]+ – [FAP-] y [DBIM]+ – [METHIDE-] |
Other Titles: | Characterization of CO2 absorption by ionic liquids based on [HMIM]+ – [FAP-] and [DBIM]+ – [METHIDE-] |
Authors: | Cruz Burgos, María Fernanda Gómez Linares, Valeria |
Thesis advisor: | Mejía Chica, Sol Milena |
License type: | Atribución| |
Keywords: | Dinámica molecular;Dióxido de carbono;Grupos fluorados;Molecular dynamics;Carbon dioxide;Fluorinated groups;Tesis y disertaciones académicas |
Issue Date: | 5-Aug-2022 |
Publisher: | Fundación Universidad de América |
Resumen: | El dióxido de carbono (CO2) es responsable del 53 % de las emisiones de gas que provocan el efecto invernadero. Como resultado de procesos al emplear combustibles a base de petróleo, la deforestación, la producción de cementos etc. La permanencia en la atmósfera varía, pero es muy alta, en cualquier caso: el 80 % dura hasta 200 años y el 20 % restante puede tardar hasta 30.000 años en desaparecer [1]. Por lo tanto, el estudio de investigación está centrado en la contribución y desarrollo de tecnologías amigables al medioambiente y que colaboren en la reducción del gas mayoritario (CO2) que los humanos con las diferentes actividades emitimos día a día, no siendo conscientes de lo perjudicial que este puede ser para el planeta en el que vivimos si no hay control sobre ello. |
Abstract: | Carbon dioxide (CO2) is responsible for 53% of gas emissions that cause the greenhouse effect. As a result of processes when using petroleum-based fuels, deforestation, cement production, etc. The permanence in the atmosphere varies, but it is very high, in any case: 80% lasts up to 200 years and the remaining 20% can take up to 30,000 years to disappear [1]. Therefore, the research study is focused on the contribution and development of friendly technologies to the environment and that collaborate in the reduction of the majority gas (CO2) that humans with the different activities we emit day by day, not being aware of the harmful that this can be for the planet we live on if there is no control over it. |
URI: | https://hdl.handle.net/20.500.11839/9041 |
Citation: | APA 7th - Cruz Burgos, M. F. y Gómez Linares, V. (2022) Caracterización de la absorción de CO2 por líquidos iónicos basados en [HMIM]+ – [FAP-] y [DBIM]+ – [METHIDE-]. [Trabajo de grado, Fundación Universidad de América] Repositorio Institucional Lumieres. https://hdl.handle.net/20.500.11839/9041 |
metadata.dc.publisher.program: | Química Computacional |
Appears in Collections: | Trabajos de grado - Ingeniería Química |
Files in This Item:
File | Description | Size | Format | |
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6172282-2022-2-IQ.pdf Access Restricted | 3.55 MB | Adobe PDF | View/Open Request a copy |