SCA Obbola AB
Activity (PRTR) 6.(a) Industrial plants for the production of pulp from timber or similar fibrous materials
Activity (MPF) 21.10-i Massa, papper och pappersvaror
River basin district Bottenviken
County Västerbottens län
Municipality Umeå
Parent company name SCA Obbola AB
Organization ID No. 556147-1003
Property reference OBBOLA 20:4
Supervisory agency Länsstyrelsen i Västerbotten
Env. mgmt. system ISO 14001

Excel Chart

Emissions

Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 2415.7 M
As 6.909 C 9.7 M
BOD7 181000 M
Cd 4.454 C 1.4 M
CH4 16689 C
CO 234800 C
CO2 biofuels 509410000 C
CO2 fossil fuels 28088000 C
CO2 Total 537498000 C
COD-cr 1444000 M
Cr 16.476 C 16.9 M
Cu 35.46 C 101.1 M
dioxins + furans as Teq 0.0000254 C
HFCs 2.5 M
Hg 1.06 C 0.8 M
N2O 15315 C
NH3 85298 C
NH4-N 9501 M
Ni 27.36 C 31.8 M
NMVOC 469670 C
NOx/NO2 318382 M
PAHs 12.93 C
Pb 23.28 C 4.4 M
PM10 23465 C
SO2 63280 M
TOC 417400 M
Total Cl 390500 M
Total N 37724 M
Total P 5826 M
TSP 23465 C
Zn 107.49 C 302 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 2135.3 M
As 7.057 C 12.7 M
BOD7 2597000 M
Cd 4.48 C 0.4 M
CH4 16133 C
CO 206800 C
CO2 biofuels 500947000 C
CO2 fossil fuels 25696000 C
CO2 Total 526643000 C
COD-cr 5629000 M
Cr 15.67 C 14.8 M
Cu 33.23 C 73.5 M
dioxins + furans as Teq 0.0000216 C
HFCs 136 M
Hg 1.005 C 0.8 M
N2O 14705 C
NH3 87879.2 C
NH4-N 10512 M
Ni 26.97 C 81.7 M
NMVOC 483043 C
NOx/NO2 287022 M
PAHs 11.03 C
Pb 22.97 C 5.7 M
PM10 21787 C
SO2 29660 M
TOC 1646600 M
Total Cl 459902 M
Total N 38162 M
Total P 5532 M
TSP 21787 C
Zn 97.217 C 205 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1726.3 M
As 6.59 C 11 M
BOD7 216000 M
Cd 4.14 C 1.6 M
CH4 14462 C
CO 151100 C
CO2 biofuels 451543000 C
CO2 fossil fuels 36680000 C
CO2 Total 488223000 C
COD-cr 1375000 M
Cr 13.87 C 29.7 M
Cu 29.06 C 112.3 M
dioxins + furans as Teq 0.0000173 C
HFCs 4.1 M
Hg 0.887 C 0.8 M
N2O 13114 C
NH3 82509.2 C
NH4-N 13556.7 M
Ni 24.54 C 30.8 M
NMVOC 452986 C
NOx/NO2 254660 M
PAHs 13.93 C
Pb 20.92 C 15.6 M
PM10 26399 C
SO2 14581.1 M
TOC 270400 M
Total Cl 361765.7 M
Total N 65856 M
Total P 12354 M
TSP 28629 C
Zn 82.557 C 388 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1647 M
As 6.4 C 10.6 M
BOD7 230000 M
Cd 4.02 C 2.5 M
CH4 13792 C
CO 167200 C
CO2 biofuels 471581000 C
CO2 fossil fuels 4424000 C
CO2 Total 476005000 C
COD-cr 1543000 M
Cr 13.13 C 16.5 M
Cu 27.3 C 65.1 M
dioxins + furans as Teq 0.000005 C
HFCs 56.3 M
Hg 0.84 C 0.8 M
N2O 12466 C
NH3 80880 C
NH4-N 9410 M
Ni 23.62 C 18.4 M
NMVOC 443738 C
NOx/NO2 272200 M
PAHs 7.87 C
Pb 20.1 C 6.3 M
PM10 25750 C
SO2 32041 M
TOC 250900 M
Total Cl 466550 M
Total N 57733 M
Total P 10717 M
TSP 25750 C
Zn 76 C 451 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 2151 M
As 6.6 C 9.3 M
BOD7 114000 M
Cd 4.15 C 1 M
CH4 14838 C
CO 198400 C
CO2 biofuels 477817000 C
CO2 fossil fuels 29729500 C
CO2 Total 507546500 C
COD-cr 1002000 M
Cr 14.4 C 6.1 M
Cu 30.4 C 46 M
dioxins + furans as Teq 0.000005 C
HFCs 1 M
Hg 0.9 C 0.8 M
N2O 13506 C
NH3 81821 C
NH4-N 12480 M
Ni 24.9 C 12.7 M
NMVOC 449598 C
NOx/NO2 282922 M
PAHs 9.9 C
Pb 21.2 C 3 M
PM10 30727 C
SO2 31935 M
TOC 205800 M
Total Cl 560939 M
Total N 41691 M
Total P 7896 M
TSP 30727 C
Zn 88.2 C 164 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1436 M
As 6.3 C 6.3 M
BOD7 140000 M
Cd 4 C 0.6 M
CH4 14338 C
CO 161500 C
CO2 biofuels 451999000 C
CO2 fossil fuels 30706411 C
CO2 Total 482705411 C
COD-cr 1190000 M
Cr 13.9 C 7.2 M
Cu 29.3 C 30.4 M
dioxins + furans as Teq 0.000005 C
HFCs 2 M
Hg 0.9 C 0.8 M
N2O 13051 C
NH3 79123 C
NH4-N 18900 M
Ni 24.1 C 11 M
NMVOC 434765 C
NOx/NO2 282043 M
PAHs 9.5 C
Pb 20.5 C 2.5 M
PM10 28820 C
SO2 36550 M
TOC 255200 M
Total Cl 515400 M
Total N 53003 M
Total P 8861 M
TSP 28820 C
Zn 85.1 C 106 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1699 M
As 6.6 C 10.8 M
BOD7 197000 M
Cd 4.2 C 3 M
CH4 14670 C
CO 146900 C
CO2 biofuels 469149000 C
CO2 fossil fuels 31540000 C
CO2 Total 500689000 C
COD-cr 1749000 M
Cr 14.1 C 12.8 M
Cu 29.8 C 61 M
dioxins + furans as Teq 0.000005 C
HFCs 44.5 M
Hg 0.9 C 0.8 M
N2O 13300 C
NH3 82300 C
NH4-N 27200 M
Ni 24.8 C 19.1 M
NMVOC 452100 C
NOx/NO2 264900 M
PAHs 9.4 C
Pb 21 C 9.1 M
PM10 25390 C
SO2 50400 M
TOC 261100 M
Total Cl 481000 M
Total N 84800 M
Total P 15700 M
TSP 25390 C
Zn 85 C 336 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1938 M
As 6.2 C 7.7 M
BOD7 147000 M
Cd 3.9 C 0.9 M
CH4 14008 C
CO 175500 C
CO2 biofuels 447849000 C
CO2 fossil fuels 28292000 C
CO2 Total 476141000 C
COD-cr 1354000 M
Cr 13.6 C 19.6 M
Cu 28.6 C 72 M
dioxins + furans as Teq 0.000005 C
HFCs 0 M
Hg 0.87 C 0.8 M
N2O 12748 C
NH3 77449 C
NH4-N 22800 M
Ni 23.5 C 20.2 M
NMVOC 425546 C
NOx/NO2 261500 M
PAHs 9.3 C
Pb 20 C 10.1 M
PM10 19500 C
SO2 37800 M
TOC 205500 M
Total Cl 428000 M
Total N 72400 M
Total P 16200 M
TSP 19500 C
Zn 83 C 303 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1751 M
As 6.21 C 8.8 M
BOD7 130000 M
Cd 4 C 1.3 M
CH4 15355 C
CO 419400 C
CO2 biofuels 453484000 C
CO2 fossil fuels 25838000 C
CO2 Total 479322000 C
COD-cr 1258000 M
Cr 15 C 16.3 M
Cu 33 C 40 M
dioxins + furans as Teq 0.000005 C
HFCs 30 M
Hg 0.98 C 0.8 M
N2O 14129 C
NH3 76400 C
NH4-N 30800 M
Ni 25 C 18.3 M
NMVOC 420800 C
NOx/NO2 262500 M
PAHs 12.5 C
Pb 21.2 C 4.2 M
PM10 24800 C
SO2 35900 M
TOC 203000 M
Total Cl 467000 M
Total N 77300 M
Total P 10500 M
TSP 24800 C
Zn 102 C 154 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1644 M
As 6.17 C 10 M
BOD7 222000 M
Cd 4 C 2.6 M
CH4 15379 C
CO 454900 C
CO2 biofuels 455347000 C
CO2 fossil fuels 28434000 C
CO2 Total 483781000 C
COD-cr 1623000 M
Cr 15 C 15 M
Cu 33.2 C 55 M
dioxins + furans as Teq 0.000005 C
HFCs 31 M
Hg 0.99 C 0.8 M
N2O 14200 C
NH3 75700 C
NH4-N 18900 M
Ni 24.9 C 17.6 M
NMVOC 417500 C
NOx/NO2 253700 M
PAHs 12.7 C
Pb 21.2 C 6.8 M
PM10 50500 C
SO2 29900 M
TOC 248400 M
Total Cl 513000 M
Total N 63300 M
Total P 12300 M
TSP 50500 C
Zn 103 C 253 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1280 M
As 5.884 C 10 M
BOD7 226000 M
Cd 3.8 C 6 M
CH4 14986 C
CO 498100 C
CO2 biofuels 454616000 C
CO2 fossil fuels 27348000 C
CO2 Total 481964000 C
COD-cr 1646000 M
Cr 15 C 20 M
Cu 32.7 C 59 M
dioxins + furans as Teq 0.0000049 C
HFCs 6.7 M
Hg 0.97 C 1.6 M
N2O 13800 C
NH3 72000 C
NH4-N 7200 M
Ni 24 C 18 M
NMVOC 397000 C
NOx/NO2 266600 C
PAHs 12.9 C
Pb 20.5 C 9 M
PM10 33400 C
SO2 21800 M
TOC 248000 M
Total Cl 364000 M
Total N 47200 M
Total P 13200 M
TSP 33400 C
Zn 102 C 436 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 2100 M
As 6.056 C 12 M
BOD7 226000 M
Cd 4 C 11 M
CH4 15592 C
CO 251700 C
CO2 biofuels 477731000 C
CO2 fossil fuels 27554000 C
CO2 Total 505285000 C
COD-cr 2067000 M
Cr 15.7 C 33 M
Cu 34.2 C 172 M
dioxins + furans as Teq 0.0000051 C
HFCs 12.3 M
Hg 1.01 C 1.8 M
N2O 14400 C
NH3 74000 C
NH4-N 8100 M
Ni 25 C 37 M
NMVOC 408000 C
NOx/NO2 266600 C
PAHs 13.6 C
Pb 21 C 16 M
PM10 29700 C
SO2 19700 M
TOC 300000 M
Total Cl 400000 M
Total N 56000 M
Total P 13000 M
TSP 29700 C
Zn 108 C 526 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1200 M
As 6.1 C 23 M
BOD7 402000 M
Cd 3.9 C 5.1 M
CH4 14400 C
CO 248000 C
CO2 biofuels 451357000 C
CO2 fossil fuels 28602000 C
CO2 Total 479959000 C
COD-cr 2929000 M
Cr 14.1 C 64 M
Cu 30.2 C 91 M
dioxins + furans as Teq 0.0000048 C
HFCs 4.5 M
Hg 0.91 C 2.6 M
N2O 13200 C
NH3 75000 C
NH4-N 7800 M
Ni 23.7 C 37 M
NMVOC 414000 C
NOx/NO2 261000 C
PAHs 10.7 C
Pb 20 C 24 M
PM10 29000 C
SO2 27400 M
TOC 465000 M
Total Cl 408000 M
Total N 76000 M
Total P 17000 M
TSP 29000 C
Zn 90 C 463 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 3300 M
As 5.5 C 20 M
BOD7 966000 M
Cd 3.6 C 2 M
CH4 14000 C
CO 319000 C
CO2 biofuels 418129000 C
CO2 fossil fuels 42436000 C
CO2 Total 460565000 C
Cr 14 C 47 M
Cu 29 C 148 M
dioxins + furans as Teq 0.000035 C
HFCs 24 M
Hg 0.87 C 2.6 M
N2O 13000 C
NH4-N 10700 M
Ni 22 C 44 M
NMVOC 376000 C
NOx/NO2 277000 C
PAHs 11 C
Pb 19 C 31 M
PM10 33000 C
SO2 46000 M
TOC 834000 M
Total Cl 326000 M
Total N 132000 M
Total P 24900 M
TSP 33000 C
Zn 90 C 306 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 2000 M
As 5.1 C 23 M
BOD7 1016000 M
Cd 3.3 C 2.5 M
CH4 13000 C
CO 320000 E
CO2 biofuels 407987000 C
CO2 fossil fuels 39838000 C
CO2 Total 447825000 C
COD-cr 4158000 M
Cr 13 C 53 M
Cu 29 C 470 M
dioxins + furans as Teq 0.000034 C
HFCs 25 M
Hg 0.84 C 2.5 M
N2O 12000 C
NH4-N 14900 M
Ni 21 C 49 M
NMVOC 345000 C
NOx/NO2 272000 C
PAHs 11 C
Pb 18 C 51 M
PM10 47000 C
SO2 74000 C
TOC 837000 M
Total Cl 325000 M
Total N 114200 M
Total P 22400 M
TSP 47000 C
Zn 89 C 516 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 900 M
As 5.9 C 31 M
BOD7 690000 M
Cd 3.8 C 3.8 M
CH4 15000 C
CO 320000 E
CO2 biofuels 469800000 C
CO2 fossil fuels 51100000 C
CO2 Total 520900000 C
Cr 15 C 50 M
Cu 32 C 152 M
dioxins + furans as Teq 0.000038 C
HFCs 48 M
Hg 0.96 C 2.5 M
N2O 14000 C
NH3 72000 C
NH4-N 5200 M
Ni 24 C 46 M
NMVOC 400000 C
NOx/NO2 347000 C
PAHs 13 C
Pb 20 C 24 M
PM10 49000 C
SOx 140000 C
TOC 640000 M
Total Cl 380000 M
Total N 90000 M
Total P 22000 M
Zn 100 C 360 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1100 M
As 5.6 C 24 M
BOD7 660000 M
Cd 3.8 C 2.4 M
CH4 15000 C
CO 320000 E
CO2 biofuels 392600000 C
CO2 fossil fuels 61500000 C
CO2 Total 454100000 C
Cr 16 C 120 M
Cu 35 C 140 M
dioxins + furans as Teq 0.000042 C
HFCs 75 M
Hg 1.02 C 2.6 M
N2O 14000 C
NH3 68000 C
NH4-N 3000 M
Ni 24 C 120 M
NMVOC 370000 C
NOx/NO2 390000 C
PAHs 15 C
Pb 21 C 30 M
PM10 250000 C
SOx 176000 C
TOC 560000 M
Total Cl 180000 M
Total N 110000 M
Total P 19000 M
Zn 110 C 350 M

Hazardous waste, for treatment abroad

No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.
No waste is reported for this facility for the year selected.

Hazardous waste, for treatment in Sweden

Quantity (tonnes) Type Treatment method Method
2043.093 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
329.5 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
61.2 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
399.7 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
668.5 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
47.6 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
48 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
74 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
83 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
14.5 Total Hazardous waste within country. Destined for disposal M
29.6 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
11.4 Total Hazardous waste within country. Destined for disposal M
54.1 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
33.4 Total Hazardous waste within country. Destined for disposal M
29.8 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
29 Total Hazardous waste within country. Destined for disposal M
51.5 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
34.5 Total Hazardous waste within country. Destined for disposal M
13.5 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
33 Total Hazardous waste within country. Destined for disposal M
52 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
141 Total Hazardous waste within country. Destined for disposal M
Quantity (tonnes) Type Treatment method Method
51 Total Hazardous waste within country. Destined for disposal M

Non-hazardous waste, for treatment in and outside Sweden

Quantity (tonnes) Type Treatment method Method
566.79 Total Non-hazardous waste. Destined for disposal M
35213.76 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
3143 Total Non-hazardous waste. Destined for disposal M
22956 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
1433.58 Total Non-hazardous waste. Destined for disposal M
35110 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
2544 Total Non-hazardous waste. Destined for disposal M
31751 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
379.3 Total Non-hazardous waste. Destined for disposal M
28970 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
428 Total Non-hazardous waste. Destined for disposal M
30794 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
384 Total Non-hazardous waste. Destined for disposal M
20660 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
395 Total Non-hazardous waste. Destined for disposal M
21100 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
228 Total Non-hazardous waste. Destined for disposal M
34200 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
187 Total Non-hazardous waste. Destined for disposal M
28100 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
721 Total Non-hazardous waste. Destined for disposal M
36600 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
318 Total Non-hazardous waste. Destined for disposal M
37700 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
218 Total Non-hazardous waste. Destined for disposal M
29780 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
227 Total Non-hazardous waste. Destined for disposal M
31388 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
420 Total Non-hazardous waste. Destined for disposal M
42360 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
280 Total Non-hazardous waste. Destined for disposal M
41679 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
330 Total Non-hazardous waste. Destined for disposal E
23980 Total Non-hazardous waste. Destined for recovery E