Scaling housing interventions for wood-burning stoves worldwide

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

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Resumé

The wood-burning stove is the most popular energy technology in the world since about 3 billion people rely on it for both domestic cooking and heating purposes. It is estimated that in 2030 more than 200 million people will be affected by this abundant energy source. Large-scale clean stove programs have been being implemented worldwide, but still there is a lack of innovations targeting its efficient carbon retrofitting into the built environment. This research aims to catalog the most common wood-burning stove designs used in both developed and developing countries, scaling the existent levels of complexity concerning stove integration in distinct building envelopes. A representative calculation of the environmental performance of improved stoves was carried out in order to compare the carbon reduction potential in developing and developed regions, considering representative conditions in single families of south-America and Europe, based on the heat demands, consumption and the carbon emissions for both scenarios of user’s best and usual practices in the domestic wood combustion. In South-America, the recent implementation of a new low cost efficient masonry stove saves in about 40% the energy consumption under the best operating practices in traditional households. However, under the daily use of stoves considerable amount of carbon emissions were identified. In Nordic countries, a new expensive cast iron stove (from 2012) reduces in 50% the biomass consumption through the automatic control of wood combustion in efficient houses. In both cases, carbon emissions can be reduced by lowering or improving the interaction of the users with the stove combustion chamber. This calculation model will be able to show what technology upgrades can be performed to reduce the global carbon emissions in households not only in developed but also in developing countries where there is the major potential to reduce the buildings carbon footprint by improving indoor climate.
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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Stoves
Wood
Carbon
Developing countries
Carbon footprint
Retrofitting
Cooking
Combustion chambers
Cast iron
Biomass
Energy utilization
Innovation
Heating

Citer dette

Luis Teles de Carvalho, R., Jensen, O. M., da Cruz Tarelho, L. A., & Cabral da Silva, A. (2013). Scaling housing interventions for wood-burning stoves worldwide. Environment and Health Perspectives.
Luis Teles de Carvalho, Ricardo ; Jensen, Ole Michael ; da Cruz Tarelho, Luís António ; Cabral da Silva, Adeildo . / Scaling housing interventions for wood-burning stoves worldwide. I: Environment and Health Perspectives. 2013.
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abstract = "The wood-burning stove is the most popular energy technology in the world since about 3 billion people rely on it for both domestic cooking and heating purposes. It is estimated that in 2030 more than 200 million people will be affected by this abundant energy source. Large-scale clean stove programs have been being implemented worldwide, but still there is a lack of innovations targeting its efficient carbon retrofitting into the built environment. This research aims to catalog the most common wood-burning stove designs used in both developed and developing countries, scaling the existent levels of complexity concerning stove integration in distinct building envelopes. A representative calculation of the environmental performance of improved stoves was carried out in order to compare the carbon reduction potential in developing and developed regions, considering representative conditions in single families of south-America and Europe, based on the heat demands, consumption and the carbon emissions for both scenarios of user’s best and usual practices in the domestic wood combustion. In South-America, the recent implementation of a new low cost efficient masonry stove saves in about 40{\%} the energy consumption under the best operating practices in traditional households. However, under the daily use of stoves considerable amount of carbon emissions were identified. In Nordic countries, a new expensive cast iron stove (from 2012) reduces in 50{\%} the biomass consumption through the automatic control of wood combustion in efficient houses. In both cases, carbon emissions can be reduced by lowering or improving the interaction of the users with the stove combustion chamber. This calculation model will be able to show what technology upgrades can be performed to reduce the global carbon emissions in households not only in developed but also in developing countries where there is the major potential to reduce the buildings carbon footprint by improving indoor climate.",
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Luis Teles de Carvalho, R, Jensen, OM, da Cruz Tarelho, LA & Cabral da Silva, A 2013, 'Scaling housing interventions for wood-burning stoves worldwide', Environment and Health Perspectives.

Scaling housing interventions for wood-burning stoves worldwide. / 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 - Scaling housing interventions for wood-burning stoves worldwide

AU - Luis Teles de Carvalho, Ricardo

AU - Jensen, Ole Michael

AU - da Cruz Tarelho, Luís António

AU - Cabral da Silva, Adeildo

PY - 2013/9

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N2 - The wood-burning stove is the most popular energy technology in the world since about 3 billion people rely on it for both domestic cooking and heating purposes. It is estimated that in 2030 more than 200 million people will be affected by this abundant energy source. Large-scale clean stove programs have been being implemented worldwide, but still there is a lack of innovations targeting its efficient carbon retrofitting into the built environment. This research aims to catalog the most common wood-burning stove designs used in both developed and developing countries, scaling the existent levels of complexity concerning stove integration in distinct building envelopes. A representative calculation of the environmental performance of improved stoves was carried out in order to compare the carbon reduction potential in developing and developed regions, considering representative conditions in single families of south-America and Europe, based on the heat demands, consumption and the carbon emissions for both scenarios of user’s best and usual practices in the domestic wood combustion. In South-America, the recent implementation of a new low cost efficient masonry stove saves in about 40% the energy consumption under the best operating practices in traditional households. However, under the daily use of stoves considerable amount of carbon emissions were identified. In Nordic countries, a new expensive cast iron stove (from 2012) reduces in 50% the biomass consumption through the automatic control of wood combustion in efficient houses. In both cases, carbon emissions can be reduced by lowering or improving the interaction of the users with the stove combustion chamber. This calculation model will be able to show what technology upgrades can be performed to reduce the global carbon emissions in households not only in developed but also in developing countries where there is the major potential to reduce the buildings carbon footprint by improving indoor climate.

AB - The wood-burning stove is the most popular energy technology in the world since about 3 billion people rely on it for both domestic cooking and heating purposes. It is estimated that in 2030 more than 200 million people will be affected by this abundant energy source. Large-scale clean stove programs have been being implemented worldwide, but still there is a lack of innovations targeting its efficient carbon retrofitting into the built environment. This research aims to catalog the most common wood-burning stove designs used in both developed and developing countries, scaling the existent levels of complexity concerning stove integration in distinct building envelopes. A representative calculation of the environmental performance of improved stoves was carried out in order to compare the carbon reduction potential in developing and developed regions, considering representative conditions in single families of south-America and Europe, based on the heat demands, consumption and the carbon emissions for both scenarios of user’s best and usual practices in the domestic wood combustion. In South-America, the recent implementation of a new low cost efficient masonry stove saves in about 40% the energy consumption under the best operating practices in traditional households. However, under the daily use of stoves considerable amount of carbon emissions were identified. In Nordic countries, a new expensive cast iron stove (from 2012) reduces in 50% the biomass consumption through the automatic control of wood combustion in efficient houses. In both cases, carbon emissions can be reduced by lowering or improving the interaction of the users with the stove combustion chamber. This calculation model will be able to show what technology upgrades can be performed to reduce the global carbon emissions in households not only in developed but also in developing countries where there is the major potential to reduce the buildings carbon footprint by improving indoor climate.

M3 - Conference abstract in journal

JO - Environment and Health Perspectives

JF - Environment and Health Perspectives

ER -

Luis Teles de Carvalho R, Jensen OM, da Cruz Tarelho LA, Cabral da Silva A. Scaling housing interventions for wood-burning stoves worldwide. Environment and Health Perspectives. 2013 sep.