Table 13. Quantities, composition and use of Novo Nordisk's liquid waste worldwide 1993-1995.   1993 1994 1995 Discharged liquid waste (m3) 2,173,000 2,137,000 1,935,000 Chemical oxygen demand, COD (t) 7,210 5,440 3,220 Nitrogen (N) (t) 725 522 212 Phosphorus (P) (t) 277 171 52   Recycled liquid waste (m3)* 1,555,000 1,825,000 1,898,000 Dry matter (t) 44,400 48,400 57,500 Nitrogen (N) (t) 1,710 1,530 2,040 Phosphorus (P) (t) 595 609 740   % liquid waste recycled 42 46 50 % nitrogen recycled 70 75 91 % phosphorus recycled 68 78 93   * including yeast slurry.

Table 14. Solid waste 1993-1995.       Distribution 1993 1994 1995   t % t % t % Recycling 4,050 16 5,100 27 4,100 25 Combustion 6,030 24 5,390 29 3,810 24 Land fills *14,000 55 7,460 40 7,280 45 Controlled destruction 1,150 5 860 4 1,060 6 Total 25,23 100 18,81 100 16,25 100               * including 9,755 metric tons of polluted soil.

Table 15. CO2 and SO2 emissions from own and external energy supplies 1993-1995.   1993 1994 1995 CO2 from own plant (t) 77,200 77,900 80,900 CO2 from external plant (t) 396,000 426,000 441,000         SO2 from own plant (t) 347 214 209 SO2 from external plant (t) 2,000 2,310 2,420         CO2 and SO2 emissions for external plant are calculated on the basis of data for the individual countries from the UMIP database, the Technical University of Denmark.

Table 16. Effect potentials for the greenhouse effect, acidification and photochemical ozone formation as absolute values and in relation to energy consumption.   Total emissions (t) Relative emissions (g/GJ)   1993 1994 1995 1993 1994 1995 Greenhouse (CO2 equiv.) 481,000 525,000 544,000 138,000 140,000 140,000 Acidification (SO2 equiv.) 3,570 3,960 4,100 1,030 1,060 1,060 Photochemical ozone formation (C2H2 equiv.) 72 84 88 21 22 23               The effect potentials are calculated according to the UMIP method. Reference: H. Wenzel et al., Environmental Assessment of Products, DTU, Danish National Agency of Environmental Protection and the Confederation of Danish Industries, 1996.

Table 17. Storage of ozone-depleting substances in 1995. Substance Use Quantity, kg CFC Refrigeration and freezing plant 6,350 HCFC Refrigeration and freezing plant 28,540 HFC Refrigeration and freezing plant 298 Halons Fire-fighting equipment 643 Methyl bromide Chemical synthesis 45,000       The chlorinated refrigerants are for large refrigeration and freezing plants which are subject to regular control. The statistics are not complete, but are estimated to comprise more than 90% of the total quantity. The figures include FeF Chemicals, Denmark and Anagni, Italy.

Table 18. Purchase of ozone-depleting substances in 1994 and 1995 (kg). Substance 1994 1995 CFC 2,626 820 HCFC 9,412 1,913 HFC 53 44 Methyl bromide 205,000 239,610       The figures include FeF Chemicals and Anagni, Italy.

Table 19. Registered quantities, number of kilometres and fuel consumption for all domestic transportation. Transport Metric tons Kilometres Biomass, tanker from Kalundborg 802,584 1,585,188 Biomass, pipeline from Kalundborg 420,746 - Biomass, tanker from Copenhagen to Kalundborg 260,384 786,658 Ordinary freight transport 229,041 1,460,224 Of which hazardous cargoes 1,392 - Total fuel consumption (environmentally sound diesel/unleaded petrol): 766,072 litres