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 Chart

Emissions

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
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
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
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