A design of a method for calculating the efficiency and particulate matter emission rates was developed for use on wood stoves. The project was completed for the WERC competition which is an international design contest. The prevalence of wood burning as a form of heating, current EPA regulations, and current market conditions were major factors in forming the necessity of this testing method. Design was not limited to outlining the design specifications, the apparatus was built and run. Optimization of the method continued until completion of the project. If the method would continue to be improved then it would be able to have broad applications in the wood burning industry
Controlled combustion experiments were conducted to investigate the influence of fuel charge size, m...
In order to design better and cleaner wood stoves, an improved wood stove model is needed which take...
Domestic heating using combustion of biomass is strongly involved in the development of renewable en...
For the 2016 WERC/IEE competition, our project regarded the efficiency and particulate matter emissi...
Wood burning has significant environmental and health impacts. This research focused on creating low...
Problem: The EPA (Environmental Protection Agency) had not specified emissions performance standards...
The use of biomass as a renewable fuel source can help the United States reduce its dependence on fo...
Thesis (Master's)--University of Washington, 2016-06Biomass combustion results in 4.3 million premat...
About one-third of the world’s population uses biomass and other renewable sources of fuel for coo...
Emissions from residential combustion appliances vary significantly depending on the firing behaviou...
A recently completed study has shown that emissions of participate, carbon monoxide, and organics (i...
A comparison was made of the thermal efficiency and emissions of the traditional three-stone fire an...
ABSTRACT: Realistic metrics and methods for testing household biomass cookstoves are required to dev...
Thesis (Master's)--University of Washington, 2022Background: Particulate matter (PM)-related health ...
Thesis (Master's)--University of Washington, 20193 billion people still rely on open-fires and/or tr...
Controlled combustion experiments were conducted to investigate the influence of fuel charge size, m...
In order to design better and cleaner wood stoves, an improved wood stove model is needed which take...
Domestic heating using combustion of biomass is strongly involved in the development of renewable en...
For the 2016 WERC/IEE competition, our project regarded the efficiency and particulate matter emissi...
Wood burning has significant environmental and health impacts. This research focused on creating low...
Problem: The EPA (Environmental Protection Agency) had not specified emissions performance standards...
The use of biomass as a renewable fuel source can help the United States reduce its dependence on fo...
Thesis (Master's)--University of Washington, 2016-06Biomass combustion results in 4.3 million premat...
About one-third of the world’s population uses biomass and other renewable sources of fuel for coo...
Emissions from residential combustion appliances vary significantly depending on the firing behaviou...
A recently completed study has shown that emissions of participate, carbon monoxide, and organics (i...
A comparison was made of the thermal efficiency and emissions of the traditional three-stone fire an...
ABSTRACT: Realistic metrics and methods for testing household biomass cookstoves are required to dev...
Thesis (Master's)--University of Washington, 2022Background: Particulate matter (PM)-related health ...
Thesis (Master's)--University of Washington, 20193 billion people still rely on open-fires and/or tr...
Controlled combustion experiments were conducted to investigate the influence of fuel charge size, m...
In order to design better and cleaner wood stoves, an improved wood stove model is needed which take...
Domestic heating using combustion of biomass is strongly involved in the development of renewable en...