The Impacts of Elevated Carbondioxide (CO2) on Users’ Comfort in Residential Building at BawakSabo, Auchi, Nigeria
This research work establishes the effects of CO2 on users’ comfort in residential building with specific residential neighborhood in Bawak Sabo as the study area. There is an existing complaint of sneezing, tiredness, sweating and headache at dawn from resident of this neighborhood documented i...
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Eftimie Murgu University of Resita
2017-11-01
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Online Access: | http://anale-ing.uem.ro/2017/14.pdf |
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doaj-0d1fc40f6dd048cf9514b27bbcef13662020-11-25T03:10:51ZengEftimie Murgu University of ResitaAnalele Universităţii "Eftimie Murgu" Reşiţa: Fascicola I, Inginerie1453-73971453-73972017-11-01XXIV1129140The Impacts of Elevated Carbondioxide (CO2) on Users’ Comfort in Residential Building at BawakSabo, Auchi, Nigeria Clement Oluwole Folorunso0Timothy Ohiosimuan Aigboje1University of Technology, Akure, NigeriaUniversity of Technology, Akure, NigeriaThis research work establishes the effects of CO2 on users’ comfort in residential building with specific residential neighborhood in Bawak Sabo as the study area. There is an existing complaint of sneezing, tiredness, sweating and headache at dawn from resident of this neighborhood documented in a medical report of a medical hospital within the community. The research is set to investigate the cause of these problems. The methodology adopted was the combination of experimental-field survey and review of existing literature. Measurement of CO2 concentration was conducted in a given 10% sample population (cases). Measurement was taken in tenement and bungalow accommodation of varied room sizes (9.0m 2 and 12.6 m 2 floor area), population (one to two occupants per room) and window opening adjustment. Measurements were taken 8 hours day time and twilight with varied user activity and ventilation rate respectively. The results show that CO2 concentration was higher in rooms with larger numbers of persons. CO2 concentration was closely related to room size and density and increased rapidly when doors and windows were locked. Elevated carbondixoide was low in bungalow accommodation with more numbers of window openings in comparison with tenement accommodation. Differential levels of CO2 concentration have negative impacts on the users’ in ways such as shortness of breath, sneezing sweating and increased breath rate among others. It was concluded that CO2 concentration was responsible for the reported discomfort experienced by BawakSabo residents. http://anale-ing.uem.ro/2017/14.pdfCO2 concentrationWindow openingUsers’ comfortBawak-SaboDaytimeTwilight |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Clement Oluwole Folorunso Timothy Ohiosimuan Aigboje |
spellingShingle |
Clement Oluwole Folorunso Timothy Ohiosimuan Aigboje The Impacts of Elevated Carbondioxide (CO2) on Users’ Comfort in Residential Building at BawakSabo, Auchi, Nigeria Analele Universităţii "Eftimie Murgu" Reşiţa: Fascicola I, Inginerie CO2 concentration Window opening Users’ comfort Bawak-Sabo Daytime Twilight |
author_facet |
Clement Oluwole Folorunso Timothy Ohiosimuan Aigboje |
author_sort |
Clement Oluwole Folorunso |
title |
The Impacts of Elevated Carbondioxide (CO2) on Users’ Comfort in Residential Building at BawakSabo, Auchi, Nigeria |
title_short |
The Impacts of Elevated Carbondioxide (CO2) on Users’ Comfort in Residential Building at BawakSabo, Auchi, Nigeria |
title_full |
The Impacts of Elevated Carbondioxide (CO2) on Users’ Comfort in Residential Building at BawakSabo, Auchi, Nigeria |
title_fullStr |
The Impacts of Elevated Carbondioxide (CO2) on Users’ Comfort in Residential Building at BawakSabo, Auchi, Nigeria |
title_full_unstemmed |
The Impacts of Elevated Carbondioxide (CO2) on Users’ Comfort in Residential Building at BawakSabo, Auchi, Nigeria |
title_sort |
impacts of elevated carbondioxide (co2) on users’ comfort in residential building at bawaksabo, auchi, nigeria |
publisher |
Eftimie Murgu University of Resita |
series |
Analele Universităţii "Eftimie Murgu" Reşiţa: Fascicola I, Inginerie |
issn |
1453-7397 1453-7397 |
publishDate |
2017-11-01 |
description |
This research work establishes the effects of CO2 on users’ comfort in
residential building with specific residential neighborhood in Bawak
Sabo as the study area. There is an existing complaint of sneezing,
tiredness, sweating and headache at dawn from resident of this
neighborhood documented in a medical report of a medical hospital
within the community. The research is set to investigate the cause of
these problems. The methodology adopted was the combination of experimental-field
survey and review of existing literature. Measurement
of CO2 concentration was conducted in a given 10% sample population
(cases). Measurement was taken in tenement and bungalow accommodation
of varied room sizes (9.0m
2
and 12.6 m
2
floor area), population
(one to two occupants per room) and window opening adjustment.
Measurements were taken 8 hours day time and twilight with varied
user activity and ventilation rate respectively. The results show that
CO2 concentration was higher in rooms with larger numbers of persons.
CO2 concentration was closely related to room size and density and increased
rapidly when doors and windows were locked. Elevated carbondixoide
was low in bungalow accommodation with more numbers of
window openings in comparison with tenement accommodation. Differential
levels of CO2 concentration have negative impacts on the users’
in ways such as shortness of breath, sneezing sweating and increased
breath rate among others. It was concluded that CO2 concentration
was responsible for the reported discomfort experienced by BawakSabo
residents. |
topic |
CO2 concentration Window opening Users’ comfort Bawak-Sabo Daytime Twilight |
url |
http://anale-ing.uem.ro/2017/14.pdf |
work_keys_str_mv |
AT clementoluwolefolorunso theimpactsofelevatedcarbondioxideco2onuserscomfortinresidentialbuildingatbawaksaboauchinigeria AT timothyohiosimuanaigboje theimpactsofelevatedcarbondioxideco2onuserscomfortinresidentialbuildingatbawaksaboauchinigeria AT clementoluwolefolorunso impactsofelevatedcarbondioxideco2onuserscomfortinresidentialbuildingatbawaksaboauchinigeria AT timothyohiosimuanaigboje impactsofelevatedcarbondioxideco2onuserscomfortinresidentialbuildingatbawaksaboauchinigeria |
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