Kraftvärmeverket i Linköping
Activity (PRTR) 1.(c) Thermal power stations and other combustion installations
Activity (MPF) 40.40-i Förbränning
River basin district Södra Östersjön
County Östergötlands län
Municipality Linköping
Parent company name Tekniska Verken i Linköping AB (publ)
Organization ID No. 556004-9727
Property reference ,GENERALEN 9, GENERALEN 11 (GENERALEN 9, GENERALEN 11)
Supervisory agency Länsstyrelsen i Östergötlands län
Env. mgmt. system ISO 14001

Excel Csv Chart

Emissions

Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 0.41 M
CO2 biofuels 115772000 C
CO2 fossil fuels 10318000 C
CO2 Total 126090000 C
dioxins + furans as Teq 0.0000079 M 0.000000234 M
Hg 0.0773 M
N2O 7188 M
NH3 1818.6 M
NOx/NO2 69451 M
Pb 1.27 M
SO2 3065.8 C
TSP 868 C
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 0.357 M
CO2 biofuels 158407000 C
CO2 fossil fuels 9387000 C
CO2 Total 167794000 C
dioxins + furans as Teq 0.00000315 M 0.00000022 M
Hg 0.069 M
N2O 7904 M
NH3 3083 M
NOx/NO2 93593 M
Pb 1.551 M
SO2 2688 C
TSP 1075 C
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 0.49 M
CO2 biofuels 170296000 C
CO2 fossil fuels 9492000 C
CO2 Total 179788000 C
dioxins + furans as Teq 0.000009151 M 0.000000198 M
Hg 0.23 M
N2O 7547 M
NH3 3668 M
NOx/NO2 103714 M
Pb 3.26 M
SO2 1658 C
TSP 662 C
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 2.25 M
CO2 biofuels 138998000 C
CO2 fossil fuels 12837000 C
CO2 Total 151835000 C
dioxins + furans as Teq 0.000011 M 0.0000002 M
Hg 0.69 M
N2O 7332 M
NH3 4871 M
NOx/NO2 97897 M
Pb 3.8 M
SO2 12272 C
TSP 1144 C
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 2.2 M
CO2 biofuels 60388000 C
CO2 fossil fuels 1273000 C
CO2 Total 61661000 C
dioxins + furans as Teq 0.000005 M 0.00004 M
Hg 0.24 M
N2O 2810 M
NH3 3322 M
NOx/NO2 43973 M
Pb 6.3 M
SO2 986 C
TSP 197 C
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 4.19 M
CO2 biofuels 106267000 C
CO2 fossil fuels 24129000 C
CO2 Total 130396000 C
dioxins + furans as Teq 0.000014 M 0.0068 M
Hg 0.86 M
N2O 9400 M
NH3 2015 M
NOx/NO2 84266 M
Pb 11.5 M
SO2 16497 C
TSP 2103 C
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 1.96 M
Cd 0.2 M
CO2 biofuels 84000000 C
CO2 fossil fuels 50000000 C
CO2 Total 134000000 C
Cu 12.1 M
dioxins + furans as Teq 0.000036 M 0.0059 M
Hg 1.74 M
N2O 12963 M
NH3 836 M
NOx/NO2 88240 M
Pb 9.1 M
SO2 39980 C
TSP 2730 C
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 11.4 M
Cd 0.7 M
CO2 biofuels 101600000 C
CO2 fossil fuels 25000000 C
CO2 Total 126600000 C
Cu 8.9 M
dioxins + furans as Teq 0.000054 M 0.0094 M
Hg 1.89 M
N2O 13900 M
NH3 500 M
NOx/NO2 78000 M
Pb 32 M
SO2 17300 C
TSP 2240 C
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 5.68 M
Cd 0.529 M
CO2 biofuels 84000000 C
CO2 fossil fuels 43000000 C
CO2 Total 127000000 C
Cu 8.1 M
dioxins + furans as Teq 0.000398 M 0.0036 M
Hg 0.62 M
N2O 15800 M
NH3 1640 M
NOx/NO2 80000 M
Pb 19.9 M
SO2 33800 C
TSP 1890 C
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 2.64 M
Cd 0.374 M
CO2 biofuels 143000000 C
CO2 fossil fuels 61000000 C
CO2 Total 204000000 C
Cu 10.8 M
dioxins + furans as Teq 0.0000239 M 0.0043 M
Hg 0.68 M
N2O 25900 M
NH3 5740 M
NOx/NO2 125300 M
Pb 16.3 M
SO2 88300 C
TSP 4200 C
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 13.4 M
Cd 1.18 M
CO2 biofuels 123000000 C
CO2 fossil fuels 77000000 C
CO2 Total 200000000 C
Cu 31 M
dioxins + furans as Teq 0 M 0.0003 M
Hg 2.42 M
N2O 28000 M
NH3 1110 M
NOx/NO2 128000 M
Pb 41.9 M
SO2 95500 C
TSP 5900 C
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 7.52 M
Cd 0.74 M
CO2 biofuels 127206277 C
CO2 fossil fuels 88393810 C
CO2 Total 215600088 C
Cu 74.63 M
dioxins + furans as Teq 0.000034 M 0.0002 M
Hg 1.93 M
N2O 29138.88 M
NH3 1657.65 M
NOx/NO2 140887.75 M
Pb 23.13 M
SO2 117588 C
TSP 3796.99 C
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 8 M
Cd 0.76 M
CO2 biofuels 139300000 C
CO2 fossil fuels 96490000 C
CO2 Total 235790000 C
Cu 17.45 M
dioxins + furans as Teq 0.00003 M 0.00023 M
Hg 0.87 M
N2O 35947 M
NH3 3254 M
NOx/NO2 167796 M
Pb 53.7 M
SO2 136442 C
TSP 4224.6 C
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 3 M 3 M
Cd 0.18 M
CO2 biofuels 171842000 C
CO2 fossil fuels 96346000 C
CO2 Total 268188000 C
dioxins + furans as Teq 0.000009 M
Hg 0.36 M
N2O 31580 M
NH3 4428 M
NH4-N 2103 M
NOx/NO2 185034 M
Pb 2.4 M
SO2 80797 C
TSP 7580 M
Zn 42 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 2.3 M 1.94 M
Cd 0.27 M
CO2 biofuels 156920000 C
CO2 fossil fuels 161368000 C
CO2 Total 318288000 C
dioxins + furans as Teq 0.000023 M
Hg 0.45 M
N2O 39949 M
NH3 7577 M
NH4-N 3574 M
NOx/NO2 207412 M
Pb 8.6 M
SO2 261998 C
TSP 16977 M
Zn 98 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 1.44 M 1.24 M
Cd 0.12 M
CO2 biofuels 178373000 C
CO2 fossil fuels 99892000 C
CO2 Total 278265000 C
dioxins + furans as Teq 0.000013 M
Hg 0.72 M
N2O 34929 M
NH3 6243 M
NH4-N 7945 M
NOx/NO2 167766 M
Pb 7.15 M
SO2 168105 C
TSP 10437 M
Zn 66 M 83 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 34.5 M 8.11 M
Cd 0.155 M
CO2 biofuels 185132000 C
CO2 fossil fuels 66782000 C
CO2 Total 251914000 C
Hg 0.18 M
N2O 31954.6 M
NH3 9657 M
NOx/NO2 202782 M
Pb 49.06 M
PM10 7513 E
SOx 104760 C
Zn 130 M 52.6 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 15.3 M 1.42 M
Cd 0.97 M
CO2 biofuels 128747000 C
CO2 fossil fuels 110454000 C
CO2 Total 239201000 C
Hg 0.96 M
N2O 24620 M
NH3 6111 M
NOx/NO2 173837 M
Pb 37.4 M
PM10 12100 E
SOx 195524 C
Zn 162.5 M 56.4 M

Hazardous waste, for treatment abroad

Quantity (tonnes) Type Treatment method Method Recipient country
1011 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
1045 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
831 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
732 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
265 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
302 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
304 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
490 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
437 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
924 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
939 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
932 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
2808 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
1504 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
1506 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
985 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
1197.7 Total Hazardous waste outside country. Destined for recovery M Norge
Quantity (tonnes) Type Treatment method Method Recipient country
895 Total Hazardous waste outside country. Destined for recovery M Norge

Hazardous waste, for treatment in Sweden

Quantity (tonnes) Type Treatment method Method
1357 Total Hazardous waste within country. Destined for disposal M
16.2 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
2211 Total Hazardous waste within country. Destined for disposal M
137 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
3471 Total Hazardous waste within country. Destined for disposal M
52.4 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
2655 Total Hazardous waste within country. Destined for disposal M
11 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
1150 Total Hazardous waste within country. Destined for disposal M
6 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
1825 Total Hazardous waste within country. Destined for disposal M
49 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
1000 Total Hazardous waste within country. Destined for disposal M
41 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
1300 Total Hazardous waste within country. Destined for disposal M
172 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
1400 Total Hazardous waste within country. Destined for disposal M
55 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
2600 Total Hazardous waste within country. Destined for disposal M
20.5 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
1370 Total Hazardous waste within country. Destined for disposal M
17.3 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
498 Total Hazardous waste within country. Destined for disposal M
103 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
1456 Total Hazardous waste within country. Destined for disposal M
8 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
112 Total Hazardous waste within country. Destined for disposal M
15 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
8 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
12 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
19.14 Total Hazardous waste within country. Destined for disposal M
8.7 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
118 Total Hazardous waste within country. Destined for disposal M
21 Total Hazardous waste within country. Destined for recovery M

Non-hazardous waste, for treatment in and outside Sweden

Quantity (tonnes) Type Treatment method Method
1278 Total Non-hazardous waste. Destined for disposal M
4092 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
255 Total Non-hazardous waste. Destined for disposal M
5255 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
747 Total Non-hazardous waste. Destined for disposal M
5721 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
2327 Total Non-hazardous waste. Destined for disposal M
5129 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
4945 Total Non-hazardous waste. Destined for disposal M
3138 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
4080 Total Non-hazardous waste. Destined for disposal M
4911 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
7100 Total Non-hazardous waste. Destined for disposal M
4900 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
5000 Total Non-hazardous waste. Destined for disposal M
6800 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
6000 Total Non-hazardous waste. Destined for disposal M
6340 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
8160 Total Non-hazardous waste. Destined for disposal M
10300 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
8520 Total Non-hazardous waste. Destined for disposal M
10600 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
9417.9 Total Non-hazardous waste. Destined for disposal M
11733 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
8674 Total Non-hazardous waste. Destined for disposal M
11374 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
13059 Total Non-hazardous waste. Destined for disposal M
15702 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
10617 Total Non-hazardous waste. Destined for disposal M
11563 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
10617 Total Non-hazardous waste. Destined for disposal M
11563 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
10334 Total Non-hazardous waste. Destined for disposal M
13907 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
10937 Total Non-hazardous waste. Destined for disposal M
12473 Total Non-hazardous waste. Destined for recovery M