Title
Effect biobrandstoffen op fijn stof in de buitenlucht
Author
Energieonderzoek Centrum Nederland
Kroon, P.
Korbee, R.
de Wilde, H.P.J.
Bleeker, A.
Beurskens, L.W.M.
Cieplik, M.K.
Publication year
2006
Abstract
This study provides an overview of the impact of the future use of biomasson the PM10 concen-tration in the Netherlands. We conclude that the present and future biomass-based emissions have a limited impact on the PM10 concentration in the atmosphere.<ul><li> In 2020 industrial biomass emissions will have increased by about a factor 3, contributing about 1% to the total domestic PM10 emission of anthropogenic origin. This emission corre-sponds to a PM10 concentration in the atmospheric air of about 0,02 ?Ƨ/m3. <li> Emissions from private stoves have been estimated to decrease slightly, in 2020 contributing about 3% to the total domestic PM10 emission of anthropogenic origin. This emission con-tributes in the order of 0,05 ?Ƨ/m3 to the PM10 concentration in the atmospheric air. The av-erage size of particles emitted by private stoves is large compared to particles emitted by in-dustrial plants. <li> The impact of foreign biomass emissions on the air quality in the Netherlands is small. In 2020 the biomass-based PM10 emissions in Belgium, France and Germany together will in-crease the PM10 concentration in the atmospheric air of the Netherlands by about 0,01 ?Ƨ/m3.</ul>
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TNO identifier
822863
Report number
ECN-C--06-010
Publisher
ECN, Petten
Document type
report