FeF Chemicals, Koege       1994 1995 Consumption of Water m3 116,000 100,000   Energy GJ 14,200 14,800 Recycling of liquid waste as fertilizer           Volume m3 0 0   -Dry matter content t 0 0   -Nitrogen content t 0 0   -Phosphorus content t 0 0 Recycling of liquid waste as pig feed:           Yeast slurry t 0 0 Recycling of solid waste:           Paper and cardboard t 2 4   Glass t 0 0   Plastic t 0 0   Iron and other metals t 17 25   Pancreatic tissue t 0 0   Incineration ash t 0 0   Food waste t 0 0   Garden waste for comp. t 0 0   Concrete and asphalt t 0 0   Oil and chemicals t 3 3   Total t 22 32 Disposal of solid waste:           Incineration t 41 10   Land fills t 0 0   Controlled destruction t 168 159   Total t 209 169 Emissions to the aquatic environment:           Waste water m3 62,000 70,400   -COD content t 15 17   -Nitrogen content t 1 0.2   -Phosphorus content t - -   Treatm. after discharge y/n yes yes   Treatm. plant type (1995)   Biological N+P removal Emissions to air from production plant:           Organic solvents t 50 50 Emissions to air from energy production:           CO2 from own plant t 831 851   CO2 from external plant t 856 812   SO2 from own plant t 1.1 1.1   SO2 from external plant t 4.3 4.1 Storage of ozone-layer depleting subst.:           CFC kg 8 23   HCFC kg 130 172   HFC kg 0 0   Halons kg 0 0   Methyl bromide kg 39,000 45,000 Effect potent. from energy consump.:           Greenhouse effect, CO2 equiv. t 1,820 1,800   Acidification, SO2 equiv. t 8.7 8.5   Photochemical ozone formation,         C2H2 equiv. t 0.4 0.4

  Data for emission of organic solvents revised from the 1994 Environmental Report. Data not included in totals.