Report - DCE - Nationalt Center for Miljø og Energi

from point sources, which refer to the large number of plants, for which the
fuel consumption is known at plant level but emissions are calculated due to
standard emission factors.
(FOFSBM NFUIPEPMPHZ
The distribution of emissions in the Danish emission inventory is carried out
in databases and in a geographical information system GIS.
The methodology applied in the part of the distribution carried out in GIS is
shortly described in this chapter. The description is made for the Industrial
Processes sector as case, as this distribution is rather simple.
The emission inventory for Industrial Processes covers both point sources
and area sources. Emissions from point sources are allocated to the coordinates
for the individual plants included in the Danish inventory system and
are not relevant in relation to the GIS procedure. Emissions from area
sources are calculated from production statistics and the resulting emissions
are national totals as allocation of the sources (industrial plants) is not possible
with the available data. Instead a proxy for the distribution is applied, in
this case the location of industrial areas as given in the national topographic
map KORT10 by the National Survey and Cadastre (Figure 2.1). The map of
industrial areas is not reflecting differences in the location for different industries,
but only holds industrial buildings (referred to as the industrial
area as the buildings are treated as areas rather than units). The map is a
shape file and the industrial areas are polygons.
ÃÃÃÃÃÃÃÃÃÃÃÃÃÃÃ
ÉÃ
Ã
As SPREAD gives emissions on 1x1 km, the map of industrial areas must be
combined with the Danish 1x1 km Grid Net. The grid is an orthogonal coordinate
system and the cells are defined and named by their lower left corner
coordinates. The grid net map is a shape file and the grid cells are polygons
(Figure 9.2).