Repository hosted by TU Delft Library

Home · Contact · About · Disclaimer ·

Vertical emission profiles for Europe based on plume rise calculations

Publication files not online:

Author: Bieser, J. · Aulinger, A. · Matthias, V. · Quante, M. · Denier Van Der Gon, H.A.C.
Source:Environmental Pollution, 10, 159, 2935-2946
Identifier: 435953
Keywords: Geosciences · Emission height · Point source · Vertical distribution · Vertical emission profiles · Chemistry transport model · Chemistry transport modeling · Combustion pro-cess · Emission height · Emission model · Hierarchical cluster analysis · Plume rise · Point source · Point sources · Production process · Temporal and spatial variability · Vertical distributions · Vertical emission · Vertical profile · Cluster analysis · Hierarchical systems · Models · atmospheric plume · atmospheric pollution · cluster analysis · emission · point source pollution · air monitoring · air pollution · altitude · article · atmospheric transport · climate change · combustion · controlled study · environmental impact assessment · Europe · geographic distribution · mathematical computing · mathematical model · meteorological phenomena · plume · plume dispersion · pollution monitoring · Europe · Earth & Environment · CAS - Climate, Air and Sustainability · EELS - Earth, Environmental and Life Sciences


The vertical allocation of emissions has a major impact on results of Chemistry Transport Models. However, in Europe it is still common to use fixed vertical profiles based on rough estimates to determine the emission height of point sources. This publication introduces a set of new vertical profiles for the use in chemistry transport modeling that were created from hourly gridded emissions calculated by the SMOKE for Europe emission model. SMOKE uses plume rise calculations to determine effective emission heights. Out of more than 40 000 different vertical emission profiles 73 have been chosen by means of hierarchical cluster analysis. These profiles show large differences to those currently used in many emission models. Emissions from combustion processes are released in much lower altitudes while those from production processes are allocated to higher altitudes. The profiles have a high temporal and spatial variability which is not represented by currently used profiles. © 2010 Published by Elsevier Ltd.