Nymölla bruk
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 Södra Östersjön
County Skåne län
Municipality Bromölla
Parent company name Sylvamo Sweden AB
Organization ID No. 559348-1988
Property reference NYMÖLLA 2:2
Supervisory agency Länsstyrelsen i Skåne län
Env. mgmt. system ISO 14 001 och EMAS

Excel Chart

Emissions

Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 16 M
As 5.7 C 0.4 M
BOD7 162000 M
Cd 3.4 C 4.9 M
CH4 18380 C
CO 1074000 M
CO2 biofuels 690937000 C
CO2 fossil fuels 0 C
CO2 Total 690937000 C
Cr 7.6 C 46 M
Cu 28 C 1428 M
dioxins + furans as Teq 0.0000022 C
HFCs 71 M
Hg 0.6 C 0 M
N2O 15300 E
NH3 21800 M
NH4-N 6390 C
Ni 21 C 75 M
NMVOC 542517 C
NOx/NO2 449267 M
PAHs 20.1 C
Pb 17 C 67.8 M
PM10 27300 C
SO2 508149 M
SOx 508800 M
TOC 3323000 M
Total Cl 216072 C
Total N 77088 M
Total P 6855 M
TSP 27300 C
Zn 160 C 2277 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 268 M
As 6.2 C 0.4 M
BOD7 183000 M
Cd 3.6 C 1.2 M
CH4 18900 C
CO 1231000 M
CO2 biofuels 745748000 C
CO2 fossil fuels 0 C
CO2 Total 745748000 C
Cr 8 C 21 M
Cu 29 C 60 M
dioxins + furans as Teq 0.0000021 C
HFCs 43 M
Hg 0.6 C 0 M
N2O 22800 E
NH3 21700 M
NH4-N 6530 C
Ni 18 C 91 M
NMVOC 586600 C
NOx/NO2 477700 M
PAHs 20 C
Pb 17 C 11.1 M
PM10 24000 C
SO2 425800 M
SOx 445100 M
TOC 3753000 M
Total Cl 235000 C
Total N 78600 M
Total P 10300 M
TSP 24000 C
Zn 156 C 1330 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 232 M
As 6.2 C 0.4 M
BOD7 219000 M
Cd 3.5 C 2.9 M
CH4 14000 C
CO 1341000 M
CO2 biofuels 741013000 C
CO2 fossil fuels 0 C
CO2 Total 741013000 C
Cr 7.4 C 35 M
Cu 24 C 89 M
dioxins + furans as Teq 0.0000014 C
HFCs 72 M
Hg 0.5 C 0 M
N2O 27000 E
NH3 18200 M
NH4-N 7100 C
Ni 19 C 200 M
NMVOC 589200 C
NOx/NO2 490700 M
PAHs 14.7 C
Pb 12 C 23 M
PM10 45800 C
SO2 449700 M
SOx 463400 M
TOC 3536000 M
Total Cl 240700 C
Total N 85300 M
Total P 7500 M
TSP 45800 C
Zn 102 C 2100 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1765 M
As 0.8 C 0.4 M
BOD7 162000 M
Cd 3.3 C 2.6 M
CH4 13200 C
CO 1239000 M
CO2 biofuels 734105000 C
CO2 fossil fuels 0 C
CO2 Total 734105000 C
Cr 4.1 C 36 M
Cu 37 C 34 M
dioxins + furans as Teq 0.0000012 C
HFCs 71 M
Hg 0.5 C 0 M
N2O 24300 E
NH3 52700 M
NH4-N 3800 C
Ni 18 C 79 M
NMVOC 562000 C
NOx/NO2 442800 C
PAHs 6.2 C
Pb 11 C 51 M
PM10 49500 C
SO2 440500 M
SOx 448600 M
TOC 3200000 M
Total Cl 230000 C
Total N 46500 M
Total P 3700 M
TSP 49500 C
Zn 92 C 1500 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 493 M
As 0.8 C 0.4 M
BOD7 242000 M
Cd 3.3 C 4.3 M
CH4 13200 C
CO 1402000 M
CO2 biofuels 784323000 C
CO2 fossil fuels 4124000 C
CO2 Total 788447000 C
Cr 4.1 C 24 M
Cu 37 C 53 M
dioxins + furans as Teq 0.0000013 C
HFCs 49 M
Hg 0.5 C 0 M
N2O 18000 M
NH3 17800 M
NH4-N 5900 M
Ni 18 C 72 M
NMVOC 552000 C
NOx/NO2 474100 C
PAHs 6.2 C
Pb 11 C 23 M
PM10 132700 C
SO2 542900 M
SOx 542900 M
TOC 3885000 M
Total Cl 225000 C
Total N 71500 M
Total P 4700 M
TSP 170800 C
Zn 95 C 3200 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 535 M
As 1 C 0.4 M
BOD7 542000 M
Cd 3.5 C 6.2 M
CH4 15000 C
CO 1419000 M
CO2 biofuels 813900000 C
CO2 fossil fuels 0 C
CO2 Total 813900000 C
Cr 4.8 C 0 M
Cu 41 C 53 M
dioxins + furans as Teq 0.0000021 C
HFCs 3 M
Hg 0.6 C 0 M
N2O 20000 M
NH3 16300 M
NH4-N 6100 M
Ni 40 C 74 M
NMVOC 563000 C
NOx/NO2 488000 C
PAHs 6.4 C
Pb 17 C 0 M
PM10 113900 C
SO2 482400 M
SOx 509100 M
TOC 3860000 M
Total Cl 226600 C
Total N 73800 M
Total P 8400 M
TSP 113900 C
Zn 137 C 2800 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 74 M
As 1.1 C 5 M
BOD7 460000 M
Cd 3.8 C 0 M
CH4 16000 C
CO 1377000 M
CO2 biofuels 778300000 C
CO2 fossil fuels 0 C
CO2 Total 778300000 C
Cr 5.2 C 6 M
Cu 45 C 15 M
dioxins + furans as Teq 0.0000023 C
HFCs 60 M
Hg 0.6 C 0 M
N2O 60000 M
NH3 17600 M
NH4-N 6600 M
Ni 62 C 87 M
NMVOC 619000 C
NOx/NO2 540200 C
PAHs 7 C
Pb 18 C 3 M
PM10 55900 C
SO2 499100 M
SOx 517100 M
TOC 4045000 M
Total Cl 249700 C
Total N 79800 M
Total P 13200 M
TSP 55900 C
Zn 145 C 1100 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 990 M
As 1.1 C 0 M
BOD7 394000 M
Cd 3.9 C 13 M
CH4 17000 C
CO 1473000 M
CO2 biofuels 745600000 C
CO2 fossil fuels 0 C
CO2 Total 745600000 C
Cr 5.3 C 13 M
Cu 46 C 26 M
dioxins + furans as Teq 0.0000024 C
HFCs 47 M
Hg 0.6 C 0 M
N2O 65000 M
NH3 14600 M
NH4-N 5900 E
Ni 63 C 71 M
NMVOC 634000 C
NOx/NO2 587200 C
PAHs 7.1 C
Pb 19 C 0 M
PM10 60100 C
SO2 542000 M
SOx 568000 M
TOC 3892000 M
Total Cl 255400 C
Total N 71000 M
Total P 12500 M
TSP 60100 C
Zn 152 C 3600 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 320 M
As 1.1 C 0 M
BOD7 673000 M
Cd 3.7 C 9.3 M
CH4 16000 C
CO 1310000 M
CO2 biofuels 699800000 C
CO2 fossil fuels 0 C
CO2 Total 699800000 C
Cr 5.1 C 42 M
Cu 44 C 105 M
dioxins + furans as Teq 0.0000024 C
HFCs 50 M
Hg 0.6 C 0 M
N2O 10000 M
NH3 6200 M
NH4-N 7300 E
Ni 64 C 99 M
NMVOC 600000 C
NOx/NO2 558200 M
PAHs 6.8 C
Pb 19 C 14 M
PM10 51800 M
SOx 608000 M
TOC 4360000 M
Total Cl 242000 C
Total N 88000 M
Total P 10100 M
TSP 51800 M
Zn 145 C 4900 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 820 M
As 1.2 C 0 M
BOD7 328000 M
Cd 3.8 C 2.6 M
CH4 15000 C
CO 1350000 M
CO2 biofuels 685200000 C
CO2 fossil fuels 0 C
CO2 Total 685200000 C
Cr 4.9 C 15 M
Cu 43 C 37 M
dioxins + furans as Teq 0.0000022 C
HFCs 30 M
Hg 0.6 C 0 M
N2O 55000 M
NH3 2100 M
NH4-N 4900 E
Ni 84 C 78 M
NMVOC 625000 C
NOx/NO2 583000 M
PAHs 7 C
Pb 17 C 0 M
PM10 16000 M
SOx 595000 M
TOC 3521000 M
Total Cl 255000 C
Total N 59000 M
Total P 7100 M
TSP 16000 M
Zn 120 C 2200 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 890 M
As 1.2 C 0 M
BOD7 307000 M
Cd 3.7 C 0 M
CH4 15000 C
CO 1150000 M
CO2 biofuels 668900000 C
CO2 fossil fuels 0 C
CO2 Total 668900000 C
Cr 4.9 C 5 M
Cu 43 C 31 M
dioxins + furans as Teq 0.0000035 C
HFCs 53 M
Hg 0.6 C 0 M
N2O 36000 M
NH3 27000 M
NH4-N 6600 E
Ni 92 C 150 M
NMVOC 595000 C
NOx/NO2 562000 M
PAHs 6.7 C
Pb 19 C 0 M
PM10 24000 M
SOx 535000 M
TOC 3000000 M
Total Cl 241000 C
Total N 79000 M
Total P 10700 M
TSP 24000 M
Zn 130 C 1400 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 710 M
As 1.2 C 0 M
BOD7 220000 M
Cd 4 C 1.6 M
CH4 17000 C
CO 1185000 M
CO2 biofuels 776300000 C
CO2 fossil fuels 0 C
CO2 Total 776300000 C
Cr 5.4 C 14 M
Cu 47 C 47 M
dioxins + furans as Teq 0.0000037 C
HFCs 54 M
Hg 0.6 C 0 M
N2O 31000 M
NH3 4900 C
NH4-N 5400 E
Ni 85 C 144 M
NMVOC 649000 C
NOx/NO2 607000 M
PAHs 7.3 C
Pb 20 C 3.9 M
PM10 14000 M
SOx 586000 M
TOC 3600000 C
Total Cl 263000 C
Total N 65000 M
Total P 7500 M
TSP 14000 M
Zn 150 C 2000 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 690 M
As 1.3 C 0 M
BOD7 236000 M
Cd 3.9 C 1.1 M
CH4 17000 C
CO 1075000 M
CO2 biofuels 729600000 C
CO2 fossil fuels 0 C
CO2 Total 729600000 C
Cr 5.4 C 33 M
Cu 46 C 58 M
dioxins + furans as Teq 0.000004 C
HFCs 80 M
Hg 0.6 C 0 M
N2O 19000 M
NH3 3.8 C
NH4-N 5300 E
Ni 110 C 125 M
NMVOC 613000 C
NOx/NO2 599000 M
PAHs 7 C
Pb 22 C 6 M
PM10 21000 M
SOx 509000 M
TOC 3700000 C
Total Cl 246000 C
Total N 64000 M
Total P 4000 M
TSP 21000 M
Zn 150 C 2200 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 900 M
As 1.4 C 0 M
BOD7 301000 M
Cd 4.2 C 0.8 M
CH4 18000 C
CO 1267000 M
CO2 biofuels 778900000 C
CO2 fossil fuels 0 C
CO2 Total 778900000 C
Cr 5.7 C 22 M
Cu 49 C 48 M
dioxins + furans as Teq 0.000044 C
HFCs 98 M
Hg 0.7 C 0 M
N2O 15000 M
NH4-N 5000 E
Ni 130 C 129 M
NMVOC 666000 C
NOx/NO2 586000 M
PAHs 7.6 C
Pb 23 C 14 M
PM10 28000 M
SOx 499000 M
TOC 4100000 C
Total Cl 269000 C
Total N 63000 M
Total P 7700 M
TSP 28000 M
Zn 150 C 1300 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 0 M
As 1.2 C 0 M
BOD7 331000 M
Cd 3.9 C 2.5 M
CH4 16000 C
CO 772000 M
CO2 biofuels 729400000 C
CO2 fossil fuels 0 C
CO2 Total 729400000 C
Cr 5.2 C 45 M
Cu 45 C 95 M
dioxins + furans as Teq 0.000041 C
HFCs 53 M
Hg 0.6 C 0 M
N2O 19000 M
NH4-N 6000 E
Ni 88 C 160 M
NMVOC 617000 C
NOx/NO2 566000 M
PAHs 7 C
Pb 20 C 6.8 M
PM10 9300 M
SOx 380000 M
TOC 4800000 C
Total Cl 249000 C
Total N 60000 M
Total P 6100 M
Zn 140 C 1900 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 0 M
As 1.2 C 0 M
BOD7 280000 M
Cd 3.7 C 0.8 M
CH4 17000 C
CO 780000 M
CO2 biofuels 699000000 C
CO2 fossil fuels 0 C
CO2 Total 699000000 C
Cr 5.3 C 56 M
Cu 45 C 20 M
dioxins + furans as Teq 0.000046 C
HFCs 23 M
Hg 0.6 C 0 M
N2O 31000 M
NH4-N 6000 E
Ni 90 C 30 M
NMVOC 570000 C
NOx/NO2 471000 C
PAHs 7 C
Pb 23 C 4 M
PM10 16000 M
SOx 346000 C
TOC 4400000 C
Total Cl 230000 C
Total N 72000 M
Total P 12000 M
Zn 170 C 1900 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 620 M
As 1.3 C 0 M
BOD7 230000 M
Cd 4.2 C 28 M
CH4 18000 C
CO 900000 M
CO2 biofuels 768000000 C
CO2 fossil fuels 0 C
CO2 Total 768000000 C
Cr 5.6 C 4 M
Cu 49 C 87 M
dioxins + furans as Teq 0.000045 C
Hg 0.65 C 0 M
N2O 36000 M
NH4-N 4000 E
Ni 85 C 86 M
NMVOC 665000 C
NOx/NO2 510000 M
PAHs 7.5 C
Pb 21 C 4 M
SOx 420000 M
TOC 4400000 C
Total Cl 270000 C
Total N 50000 M
Total P 8900 M
TSP 17000 M
Zn 160 C 3400 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
29 Total Hazardous waste within country. Destined for disposal M
72 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
20 Total Hazardous waste within country. Destined for disposal M
24 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
30 Total Hazardous waste within country. Destined for disposal M
26 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
30 Total Hazardous waste within country. Destined for disposal M
69 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
37 Total Hazardous waste within country. Destined for disposal M
53 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
97 Total Hazardous waste within country. Destined for disposal M
61 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
296 Total Hazardous waste within country. Destined for disposal M
33 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
24 Total Hazardous waste within country. Destined for disposal M
0.4 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
4 Total Hazardous waste within country. Destined for disposal M
Quantity (tonnes) Type Treatment method Method
82 Total Hazardous waste within country. Destined for disposal M
4 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
49 Total Hazardous waste within country. Destined for disposal M
18 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
59 Total Hazardous waste within country. Destined for disposal M
4 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
22 Total Hazardous waste within country. Destined for disposal M
5 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
40 Total Hazardous waste within country. Destined for disposal E
25 Total Hazardous waste within country. Destined for recovery E
Quantity (tonnes) Type Treatment method Method
23 Total Hazardous waste within country. Destined for disposal E
59 Total Hazardous waste within country. Destined for recovery E
Quantity (tonnes) Type Treatment method Method
53 Total Hazardous waste within country. Destined for disposal E
114 Total Hazardous waste within country. Destined for recovery E
Quantity (tonnes) Type Treatment method Method
114 Total Hazardous waste within country. Destined for disposal M
114 Total Hazardous waste within country. Destined for recovery M

Non-hazardous waste, for treatment in and outside Sweden

Quantity (tonnes) Type Treatment method Method
31 Total Non-hazardous waste. Destined for disposal M
1572 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
71 Total Non-hazardous waste. Destined for disposal M
9389 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
30 Total Non-hazardous waste. Destined for disposal M
9069 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
31 Total Non-hazardous waste. Destined for disposal M
8031 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
40 Total Non-hazardous waste. Destined for disposal M
7612 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
93 Total Non-hazardous waste. Destined for disposal M
9531 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
159 Total Non-hazardous waste. Destined for disposal M
10419 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
91 Total Non-hazardous waste. Destined for disposal M
10223 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
54 Total Non-hazardous waste. Destined for disposal M
6296 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
92 Total Non-hazardous waste. Destined for disposal M
8326 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
134 Total Non-hazardous waste. Destined for disposal M
8133 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
49 Total Non-hazardous waste. Destined for disposal M
8423 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
112 Total Non-hazardous waste. Destined for disposal M
14358 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
110 Total Non-hazardous waste. Destined for disposal E
14542 Total Non-hazardous waste. Destined for recovery E
Quantity (tonnes) Type Treatment method Method
142 Total Non-hazardous waste. Destined for disposal E
12800 Total Non-hazardous waste. Destined for recovery E
Quantity (tonnes) Type Treatment method Method
376 Total Non-hazardous waste. Destined for disposal E
14753 Total Non-hazardous waste. Destined for recovery E
Quantity (tonnes) Type Treatment method Method
16708 Total Non-hazardous waste. Destined for disposal M
16559 Total Non-hazardous waste. Destined for recovery M