Firewood combustion is the main renewable heating source for households in Europe and is responsible for a certain share of harmful emissions such as particle matter. Common wood combustion appliances… Click to show full abstract
Firewood combustion is the main renewable heating source for households in Europe and is responsible for a certain share of harmful emissions such as particle matter. Common wood combustion appliances in households are firewood stoves. Forced by stringent limits of European emission control legislations, the stove industry developed a wide variety of new pollution control technologies which can be integrated into firewood stoves. The aim of this study was to evaluate the performance of three emission control systems to be applied in firewood stoves which were a foam ceramic element, a catalytic active coated foam ceramic element, and a honeycomb catalyst. Combustion tests with these devices and dummies under real life operation conditions were conducted which included starting phases and stove operation in nominal and partial load. Particulate and gaseous emissions were measured, and emission conversion rates were calculated. Results showed no significant emission reduction rates for the foam ceramic elem...
               
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