Reducción de la huella de carbono a través del uso de tecnología sostenible basada en árboles artificiales
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Date
2022-05-11
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Pontificia Universidad Católica del Perú
Abstract
La contaminación ambiental es uno de los temas, de trascendencia nacional e
internacional, más relevantes de los últimos tiempos, por la evidencia de los daños
ocasionados a la salud de los seres vivos y a los ecosistemas. Es por ello que se debe
redefinir la orientación del desarrollo económico en consonancia con el cuidado del medio
ambiente, en especial respecto del control de las emisiones de CO2.
La presente tesis pretende resolver un problema medioambiental complejo y de
nivel global: “el control de las emisiones de CO2”, a través una propuesta de negocio
basada en el cobro mensual por el servicio de purificación del aire, valorizado en función
de la cantidad CO2 capturada y purificada, que el cliente contrata como mecanismo de
compensación de su actividad contaminante. Dicho servicio se realiza a través de árboles
artificiales con microalgas y paneles electrónicos que conmutan en la extracción de estos
agentes contaminantes y que cada unidad emula a 360 árboles naturales en la captura de
Co2.
El servicio está orientado al segmento retail, compuesto por diversos centros
comerciales de la capital, que son grandes focos contaminantes y cuyos espacios no
permiten albergar gran cantidad de árboles naturales. Además, cumplen con hasta 4
objetivos de desarrollo sostenible (ODS), se basa en IoT, reduce la contaminación por
emisiones de CO2, y genera un impacto indirecto en la salud y la reducción del
calentamiento global.
Environmental pollution is one of the most relevant issues of national and international importance in recent times, due to the evidence of the damage caused to the health of living beings and ecosystems. That is why the orientation of economic development must be redefined in line with caring for the environment, especially about the control of CO2 emissions. This thesis aims to solve a complex and global environmental problem: “the control of CO2 emissions”, through a business proposal based on the monthly charge for the air purification service, valued according to the amount of CO2 captured and purified, which the client hires as a compensation mechanism for its polluting activity. This service is carried out through artificial trees with microalgae and electronic panels that switch in the extraction of these pollutants and that each unit emulates 360 natural trees in capturing Co2. The service is offered to retail segment, made up of various shopping centers in the capital, which are large polluting sources and whose spaces do not allow large quantities of natural trees to be placed. In addition, they meet up to 4 sustainable development goals (SDG), are based on IoT, reduce pollution from CO2 emissions, and generate an indirect impact on health and the reduction of global warming.
Environmental pollution is one of the most relevant issues of national and international importance in recent times, due to the evidence of the damage caused to the health of living beings and ecosystems. That is why the orientation of economic development must be redefined in line with caring for the environment, especially about the control of CO2 emissions. This thesis aims to solve a complex and global environmental problem: “the control of CO2 emissions”, through a business proposal based on the monthly charge for the air purification service, valued according to the amount of CO2 captured and purified, which the client hires as a compensation mechanism for its polluting activity. This service is carried out through artificial trees with microalgae and electronic panels that switch in the extraction of these pollutants and that each unit emulates 360 natural trees in capturing Co2. The service is offered to retail segment, made up of various shopping centers in the capital, which are large polluting sources and whose spaces do not allow large quantities of natural trees to be placed. In addition, they meet up to 4 sustainable development goals (SDG), are based on IoT, reduce pollution from CO2 emissions, and generate an indirect impact on health and the reduction of global warming.
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Keywords
Gestión ambiental, Control ambiental--Perú, Plan de negocios, Contaminación, Desarrollo sostenible
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