Page 323 - Materials Chemistry, Second Edition

4.6 Illustration of the Phase Impact Assessment by Practical Example 307

kg kg kg kg kg kg kg kg kg kg ha

3.4 0.56366 3.44737 2210.9 10812 73.77 7.7 3.17 10.87 20.63 1.01

2.73 0.39984 8.33616 2298.53 12334 35.67 4.8 4.72 9.52 7.73 0.43

t t t t ROE-equivalents t CO 2 -equivalents t SO 2 -equivalents t PO 4 -equivalents t PO 4 -equivalents t PO 4 -equivalents t Eth-equivalents km 2

h h h

1 350 000 224 000 1 370 000 878 621 435 4 296 623 750 29 317 600 3 059 000 1 260 840 4 319 840 8 200 000 400 000

g g g e Data to the environment (UBA Germany) 2005, referred to the year 2001, source: Federal Statistical Office 2003. ete Commission on ‘substance chains and material flows’1993, p. 146.

224 930 33 000 688 000 189 702 096 1 017 916 500 2 943 880 395 990 389 940 785 930 630 290 357 033 a Federal Statistical Office Germany 2004 (December 31, 2003). c Data to the environment (UBA Germany) 2005, year of reference 2000. d Eurostat, from ‘energy balances – data 2002–2003, detailed tables, 2005 edition’. g Data to the environment (UBA Germany) 200

Dust (PM10) Emissions (water) Phosphorus Nitrogen Aggregated values for the impact assessment Crude oil equivalents Greenhouse effect Acidification Eutrophication (terrestrial) Eutrophication (aquatic) Eutrophication (total) Summer smog (POCP) Area b Eurostat (1 January 2005). f Internet June 2004. j German parliament’s Enqu` l Information UBA Germany.