Indoor air pollution caused by wood-burning in Brazilian and Danish dwellings

Ricardo Luis Teles de Carvalho, Ole Michael Jensen, Luís António da Cruz Tarelho, Adeildo Cabral da Silva

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Resumé

Residential wood-burning is considered by the scientific community as the 4th major cause of deaths in the developing countries due to the indoor air contamination and a cause of regional air pollution in the northern countries. In the first case, wood is being used by low income people that still rely on it for cooking purposes and in the second case is commonly used as an economical heating fuel for creating a cozy atmosphere. In both cases, wood-burning stoves cause the exposure of the building occupants to overheating and indoor pollution, in the equatorial regions in naturally ventilated households and in northern Europe in low energy houses. This article aims to compare the level of both indoor particles and temperature in two different types of buildings in two extremely different world regions. The field research was conducted under the same operating conditions of wood-burning stoves in two different contexts from South to North, through two indoor climate campaigns in single family households. In Brazil the field work was carried out in 5 traditional houses and in Denmark in 5 energy efficient households. This comparative study reveled that temperature over 35ºC can be achieved in Brazilian households due to even when using the efficient masonry stove and in the case of Danish modern households temperature can reach 30ºC during the use of Nordic labeled cast-iron stoves. Moreover, even the wood combustion in efficient stoves resulted in PM10 concentrations levels over 1000 µg/m3 and when using Danish heating stoves in modern dwellings that concentrations were higher than 150 µg/m3. This study shows that even the most efficient stoves used in both developing and developed countries cause indoor climate issues. Thus, there is a need for a better integration of wood-burning stoves taking into account the building envelope energy performance and user´s practices, fitting the right innovations to the built environment.
OriginalsprogEngelsk
TidsskriftEnvironment and Health Perspectives
Antal sider1
StatusUdgivet - sep. 2013
BegivenhedEHB13: Environment and Health - Bridging South, North, east and West - University of Basel, Basel, Schweiz
Varighed: 19 aug. 201323 aug. 2013

Konference

KonferenceEHB13: Environment and Health - Bridging South, North, east and West
LokationUniversity of Basel
LandSchweiz
ByBasel
Periode19/08/201323/08/2013

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Indoor air pollution
Stoves
Wood
Heating
Cooking
Air pollution
Cast iron
Developing countries
Temperature
Pollution
Contamination
Innovation

Citer dette

Luis Teles de Carvalho, R., Jensen, O. M., da Cruz Tarelho, L. A., & Cabral da Silva, A. (2013). Indoor air pollution caused by wood-burning in Brazilian and Danish dwellings. Environment and Health Perspectives.
Luis Teles de Carvalho, Ricardo ; Jensen, Ole Michael ; da Cruz Tarelho, Luís António ; Cabral da Silva, Adeildo . / Indoor air pollution caused by wood-burning in Brazilian and Danish dwellings. I: Environment and Health Perspectives. 2013.
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abstract = "Residential wood-burning is considered by the scientific community as the 4th major cause of deaths in the developing countries due to the indoor air contamination and a cause of regional air pollution in the northern countries. In the first case, wood is being used by low income people that still rely on it for cooking purposes and in the second case is commonly used as an economical heating fuel for creating a cozy atmosphere. In both cases, wood-burning stoves cause the exposure of the building occupants to overheating and indoor pollution, in the equatorial regions in naturally ventilated households and in northern Europe in low energy houses. This article aims to compare the level of both indoor particles and temperature in two different types of buildings in two extremely different world regions. The field research was conducted under the same operating conditions of wood-burning stoves in two different contexts from South to North, through two indoor climate campaigns in single family households. In Brazil the field work was carried out in 5 traditional houses and in Denmark in 5 energy efficient households. This comparative study reveled that temperature over 35ºC can be achieved in Brazilian households due to even when using the efficient masonry stove and in the case of Danish modern households temperature can reach 30ºC during the use of Nordic labeled cast-iron stoves. Moreover, even the wood combustion in efficient stoves resulted in PM10 concentrations levels over 1000 µg/m3 and when using Danish heating stoves in modern dwellings that concentrations were higher than 150 µg/m3. This study shows that even the most efficient stoves used in both developing and developed countries cause indoor climate issues. Thus, there is a need for a better integration of wood-burning stoves taking into account the building envelope energy performance and user´s practices, fitting the right innovations to the built environment.",
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Indoor air pollution caused by wood-burning in Brazilian and Danish dwellings. / Luis Teles de Carvalho, Ricardo; Jensen, Ole Michael; da Cruz Tarelho, Luís António ; Cabral da Silva, Adeildo .

I: Environment and Health Perspectives, 09.2013.

Publikation: Bidrag til tidsskriftKonferenceabstrakt i tidsskriftFormidling

TY - ABST

T1 - Indoor air pollution caused by wood-burning in Brazilian and Danish dwellings

AU - Luis Teles de Carvalho, Ricardo

AU - Jensen, Ole Michael

AU - da Cruz Tarelho, Luís António

AU - Cabral da Silva, Adeildo

PY - 2013/9

Y1 - 2013/9

N2 - Residential wood-burning is considered by the scientific community as the 4th major cause of deaths in the developing countries due to the indoor air contamination and a cause of regional air pollution in the northern countries. In the first case, wood is being used by low income people that still rely on it for cooking purposes and in the second case is commonly used as an economical heating fuel for creating a cozy atmosphere. In both cases, wood-burning stoves cause the exposure of the building occupants to overheating and indoor pollution, in the equatorial regions in naturally ventilated households and in northern Europe in low energy houses. This article aims to compare the level of both indoor particles and temperature in two different types of buildings in two extremely different world regions. The field research was conducted under the same operating conditions of wood-burning stoves in two different contexts from South to North, through two indoor climate campaigns in single family households. In Brazil the field work was carried out in 5 traditional houses and in Denmark in 5 energy efficient households. This comparative study reveled that temperature over 35ºC can be achieved in Brazilian households due to even when using the efficient masonry stove and in the case of Danish modern households temperature can reach 30ºC during the use of Nordic labeled cast-iron stoves. Moreover, even the wood combustion in efficient stoves resulted in PM10 concentrations levels over 1000 µg/m3 and when using Danish heating stoves in modern dwellings that concentrations were higher than 150 µg/m3. This study shows that even the most efficient stoves used in both developing and developed countries cause indoor climate issues. Thus, there is a need for a better integration of wood-burning stoves taking into account the building envelope energy performance and user´s practices, fitting the right innovations to the built environment.

AB - Residential wood-burning is considered by the scientific community as the 4th major cause of deaths in the developing countries due to the indoor air contamination and a cause of regional air pollution in the northern countries. In the first case, wood is being used by low income people that still rely on it for cooking purposes and in the second case is commonly used as an economical heating fuel for creating a cozy atmosphere. In both cases, wood-burning stoves cause the exposure of the building occupants to overheating and indoor pollution, in the equatorial regions in naturally ventilated households and in northern Europe in low energy houses. This article aims to compare the level of both indoor particles and temperature in two different types of buildings in two extremely different world regions. The field research was conducted under the same operating conditions of wood-burning stoves in two different contexts from South to North, through two indoor climate campaigns in single family households. In Brazil the field work was carried out in 5 traditional houses and in Denmark in 5 energy efficient households. This comparative study reveled that temperature over 35ºC can be achieved in Brazilian households due to even when using the efficient masonry stove and in the case of Danish modern households temperature can reach 30ºC during the use of Nordic labeled cast-iron stoves. Moreover, even the wood combustion in efficient stoves resulted in PM10 concentrations levels over 1000 µg/m3 and when using Danish heating stoves in modern dwellings that concentrations were higher than 150 µg/m3. This study shows that even the most efficient stoves used in both developing and developed countries cause indoor climate issues. Thus, there is a need for a better integration of wood-burning stoves taking into account the building envelope energy performance and user´s practices, fitting the right innovations to the built environment.

M3 - Conference abstract in journal

JO - Environment and Health Perspectives

JF - Environment and Health Perspectives

ER -