"Z(MZE0002703102)" . "RIV/00027031:_____/10:1R000231" . "978-80-213-2088-8" . "biomass; chemical analysis; stoichiometric analysis; calorific value; emission"@en . . . . . "[14EF230EC9F5]" . "Praha" . . . "1"^^ . "Trends in Agricultural Engineering 2010" . "Evaluation of small combustion equipments for solid biomass"@en . "Jevi\u010D, Petr" . . . "RIV/00027031:_____/10:1R000231!RIV11-MZE-00027031" . "Vacul\u00EDk, P." . "2010-09-07+02:00"^^ . "3"^^ . "Praha \u010Cesk\u00E1 zem\u011Bd\u011Blsk\u00E1 universita" . "8"^^ . . . "257896" . "Evaluation of small combustion equipments for solid biomass" . . . . "Together with the foreseeable exhaustibility of fossil energy sources the importance of renewable energy sources is growing and becoming one of the main conditions of sustainable development not only of agriculture, but also of the whole society. The submitted article addresses the urgent questions regarding the use of biomass as a fuel for combustion equipment of the heat output up to 25 kW. The article is based on the determined elemental analyses of four samples of fuel taken both from the wood mass and vegetal biomass. These samples underwent the stoichiometric analysis of fuels. After the stoichiometric analysis the heat-emission characteristics are determined on two combustion equipments. The results of thermal-emission analyses show higher values of nitrogen oxides, sulphur and chlorine concentrations in the vegetal biomass compared to the analyzed wood mass. The emission concentrations of carbon monoxide for wood fuels and vegetal biomass also depend on the type of combustion equipment." . . "Evaluation of small combustion equipments for solid biomass" . "\u010Cesk\u00E1 zem\u011Bd\u011Blsk\u00E1 univerzita v Praze" . . "Evaluation of small combustion equipments for solid biomass"@en . . . "Mala\u0165\u00E1k, Jan" . . "Together with the foreseeable exhaustibility of fossil energy sources the importance of renewable energy sources is growing and becoming one of the main conditions of sustainable development not only of agriculture, but also of the whole society. The submitted article addresses the urgent questions regarding the use of biomass as a fuel for combustion equipment of the heat output up to 25 kW. The article is based on the determined elemental analyses of four samples of fuel taken both from the wood mass and vegetal biomass. These samples underwent the stoichiometric analysis of fuels. After the stoichiometric analysis the heat-emission characteristics are determined on two combustion equipments. The results of thermal-emission analyses show higher values of nitrogen oxides, sulphur and chlorine concentrations in the vegetal biomass compared to the analyzed wood mass. The emission concentrations of carbon monoxide for wood fuels and vegetal biomass also depend on the type of combustion equipment."@en .