Junho 2024 vol. 12 num. 3 - XXVII International Conference of the Ibero-American Society of Digital Graphics
Full Article - Open Access.
The Reduction of CO2 With the Help of Vegetation to Improve the Air Quality of Workrooms
The Reduction of CO2 With the Help of Vegetation to Improve the Air Quality of Workrooms
Magalhães Jeffe, Ana Paula ; Costa Bergler, Beatriz ; De Carli Borba, Bruna ; Werlich dos Passos, Fernanda ; Verzola Vaz, Carlos Eduardo ;
Full Article:
This article presents a study that addresses the importance of indoor air quality. The research aimed to understand how the use of specific plants can enhance air quality in work environments. The methodology involves a prototype with two sensors to measure CO2 concentration in a space without natural and mechanical ventilation, considering the use of plants for air purification. The results demonstrate the variation in CO2 levels with and without the presence of plants and occupants. While a reduction in CO2 levels was observed with the use of plants, under high occupancy, the vegetation wasn't sufficient to maintain recommended levels. The conclusion emphasizes the need for sensor calibration, as well as the proportional relationship between CO2 accumulation in the environment and the quantity of plants required to uphold air quality.
Full Article:
This article presents a study that addresses the importance of indoor air quality. The research aimed to understand how the use of specific plants can enhance air quality in work environments. The methodology involves a prototype with two sensors to measure CO2 concentration in a space without natural and mechanical ventilation, considering the use of plants for air purification. The results demonstrate the variation in CO2 levels with and without the presence of plants and occupants. While a reduction in CO2 levels was observed with the use of plants, under high occupancy, the vegetation wasn't sufficient to maintain recommended levels. The conclusion emphasizes the need for sensor calibration, as well as the proportional relationship between CO2 accumulation in the environment and the quantity of plants required to uphold air quality.
Palavras-chave: Internet of Things, Air quality, Big data, Atmospheric Pollutants,
Palavras-chave: Internet of Things, Air quality, Big data, Atmospheric Pollutants,
DOI: 10.5151/sigradi2023-331
Referências bibliográficas
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Como citar:
Magalhães Jeffe, Ana Paula; Costa Bergler, Beatriz; De Carli Borba, Bruna; Werlich dos Passos, Fernanda; Verzola Vaz, Carlos Eduardo; "The Reduction of CO2 With the Help of Vegetation to Improve the Air Quality of Workrooms", p. 1286-1297 . In: .
São Paulo: Blucher,
2024.
ISSN 2318-6968,
DOI 10.5151/sigradi2023-331
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