KÄPPALAVERKET
Activity (PRTR) 5.(f) Urban waste-water treatment plants
Activity (MPF) 90.10 Rening av avloppsvatten
River basin district Norra Östersjön
County Stockholms län
Municipality Lidingö
Parent company name KÄPPALAFÖRBUNDET
Organization ID No. 222000-0117
Property reference KÄPPALAVERKET 2
Supervisory agency Länsstyrelsen i Stockholms 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 28.1 M
BOD7 108635 M
Cd 0.3 M
COD-cr 1972530 M
Cr 21.7 M
Cu 301 M
Hg 0.17 M
NH4-N 154492 M
Ni 385 M
Pb 13 M
TOC 704180 M
Total N 511912 M
Total P 11707 M
Zn 1202 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 25 M
BOD7 63083 M
Cd 0.259 M
COD-cr 1446463 M
Cr 24.01 M
Cu 255 M
Hg 0.13 M
NH4-N 69105 M
Ni 325 M
Pb 5.2 M
TOC 521187 M
Total N 430310 M
Total P 8563 M
Zn 1189 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 26.5 M
BOD7 65864 M
Cd 0.32 M
COD-cr 1744221 M
Cr 240.8 M
Cu 252 M
Hg 4.9 M
NH4-N 42341 M
Ni 519 M
Pb 8.6 M
TOC 578360 M
Total N 475901 M
Total P 8873 M
Zn 1153 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 15.8 M
BOD7 61140 M
Cd 0.77 M
COD-cr 1737799 M
Cr 20 M
Cu 204 M
Hg 0.1939 M
NH4-N 34228 M
Ni 288 M
Pb 12.7 M
TOC 532284 M
Total N 476506 M
Total P 8810 M
Zn 967 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 4248 M
As 23.4 M
BOD7 134000 M
Cd 0.7 M
COD-cr 2057600 M
Cr 19.5 M
Cu 215 M
DEHP 2.8 M
Hg 0.22 M
N2O 22000 E
NH3 2300 E
NH4-N 86000 M
Ni 304 M
NMVOC 24000 E
NOx/NO2 98 M
Pb 14.8 M
TOC 636500 M
Total Cl 5550000 M
Total F 18690 M
Total N 506000 M
Total P 10054 M
Zn 1086 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 3788 M
As 18.5 M
BOD7 113000 M
Cd 0.9 M
COD-cr 1700000 M
Cr 16 M
Cu 164.8 M
DEHP 2.5 M
Hg 0.13 M
N2O 22000 E
NH3 2300 E
NH4-N 61000 M
Ni 259 M
NMVOC 24000 E
NOx/NO2 92 M
Pb 13 M
TOC 547000 M
Total Cl 4700000 M
Total F 14900 M
Total N 416000 M
Total P 8157 M
Zn 908 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 4027 M
As 15.9 M
BOD7 69000 M
Cd 1 M
COD-cr 1500000 M
Cr 15.6 M
Cu 183.9 M
DEHP 2.7 M
Hg 0.13 M
N2O 22000 E
NH3 2300 E
NH4-N 41000 M
Ni 290 M
NMVOC 24000 E
NOx/NO2 49 M
Pb 13 M
TOC 542000 M
Total Cl 3700000 M
Total F 15000 M
Total N 469000 M
Total P 8846 M
Zn 854 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1500 M
As 12.8 M
BOD7 57000 M
Cd 0.6 M
COD-cr 1500000 M
Cr 14.8 M
Cu 171 M
DEHP 3 M
Hg 0.13 M
N2O 22000 E
NH3 2300 E
NH4-N 42000 M
Ni 252 M
NMVOC 24000 E
NOx/NO2 54 M
Pb 13 M
TOC 494000 M
Total Cl 3800000 M
Total F 14000 M
Total N 446000 M
Total P 8700 M
Zn 1430 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 2400 M
As 15.7 M
BOD7 75000 M
Cd 0.6 M
COD-cr 1900000 M
Cr 19.7 M
Cu 395.8 M
DEHP 3 M
Hg 0.66 M
N2O 22000 E
NH3 2300 E
NH4-N 71000 M
Ni 190 M
NMVOC 24000 E
NOx/NO2 65 M
Pb 13 M
TOC 622000 M
Total Cl 4900000 M
Total F 18000 M
Total N 508000 M
Total P 10700 M
Zn 1500 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1718 M
As 20.6 M
BOD7 55343 M
Cd 0.5 M
COD-cr 1720353 M
Cr 20.4 M
Cu 197.2 M
DEHP 3 M
Hg 0.27 M
N2O 22000 E
NH3 2300 E
NH4-N 41439 M
Ni 262 M
NMVOC 24000 E
NOx/NO2 61 C
Pb 13.6 M
TOC 566111 M
Total Cl 3981757 M
Total F 12818 M
Total N 445472 M
Total P 9462 M
Zn 1252 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1900 M
As 17 M
BOD7 103000 M
Cd 1 M
COD-cr 1777000 M
Cr 20 M
Cu 225 M
DEHP 10 M
Hg 0.9 M
N2O 22000 E
NH3 2300 E
NH4-N 56000 M
Ni 236 M
NMVOC 24000 E
NOx/NO2 33 C
Pb 15 M
TOC 610000 M
Total Cl 5486000 M
Total F 14800 M
Total N 468000 M
Total P 10700 M
Zn 1120 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 15 M
BOD7 135000 M
Cd 1 E
COD-cr 2150000 M
Cr 35 M
Cu 277 M
DEHP 10 M
Hg 0.4 E
N2O 22000 E
NH3 2300 E
NH4-N 62000 M
Ni 299 M
NMVOC 24000 E
NOx/NO2 600 C
Pb 21 E
TOC 671000 M
Total Cl 4320000 M
Total F 15000 M
Total N 518000 M
Total P 12400 M
Zn 1830 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
BOD7 7800 M
Cd 1 M
COD-cr 1780000 M
Cr 26 M
Cu 160 M
DEHP 50 M
Hg 0.5 M
N2O 22000 E
NH3 2300 E
NH4-N 88000 M
Ni 280 M
NMVOC 24000 E
NOx/NO2 510 C
Pb 26 M
TOC 590000 C
Total Cl 4644000 M
Total F 15000 M
Total N 455000 M
Total P 9000 M
Zn 960 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
BOD7 178000 C
Cd 0.6 M
COD-cr 1765000 M
Cr 10 M
Cu 360 M
DEHP 52 M
Hg 0.5 M
N2O 22000 E
NH3 2300 E
NH4-N 60000 M
Ni 310 M
NMVOC 24000 E
NOx/NO2 1500 C
Pb 25 M
TOC 570000 C
Total Cl 4239400 M
Total F 14200 M
Total N 457000 M
Total P 13000 M
Zn 1150 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 5 E
BOD7 100000 C
Cd 1.1 M
COD-cr 1600000 M
Cr 40 M
Cu 300 M
DEHP 50 M
Hg 0.55 M
N2O 22000 E
NH3 2300 E
NH4-N 40000 M
Ni 300 M
NMVOC 24000 E
NOx/NO2 1500 C
Pb 23 M
TOC 500000 C
Total Cl 7100000 M
Total F 10000 M
Total N 420000 M
Total P 10000 M
Zn 990 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
As 5 E
Cd 0.8 M
COD-cr 1800000 M
Cr 38 M
Cu 430 M
DEHP 45 M
Hg 0.7 M
N2O 22000 M
NH3 2300 M
NH4-N 44000 M
Ni 490 M
NMVOC 24000 M
NOx/NO2 1400 C
Pb 14 M
TOC 661000 C
Total Cl 7300000 M
Total F 15000 M
Total N 490000 M
Total P 12000 M
Zn 680 M
Substance Emissions to air (kg) Method Emissions to water (kg) Method Emissions to wastewater treatment plants (kg) Method
AOX 1900 M
As 5 E
BOD7 150000 C
Cd 0.7 M
COD-cr 1600000 M
Cr 55 M
Cu 350 M
Hg 0.5 M
N2O 22000 M
NH3 2300 M
Ni 580 M
NMVOC 24000 M
Pb 15 M
TOC 500000 C
Total N 440000 C
Total P 11000 M
Zn 730 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

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.
Quantity (tonnes) Type Treatment method Method
12 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
5 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
8 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
0.3 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
4 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
2.9 Total Hazardous waste within country. Destined for recovery E
Quantity (tonnes) Type Treatment method Method
3.5 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
5 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
12 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
21.4 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
2 Total Hazardous waste within country. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
439 Total Hazardous waste within country. Destined for recovery M
No waste is reported for this facility for the year selected.

Non-hazardous waste, for treatment in and outside Sweden

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.
Quantity (tonnes) Type Treatment method Method
3300 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
3300 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
2000 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
1400 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
256 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
150 Total Non-hazardous waste. Destined for recovery E
Quantity (tonnes) Type Treatment method Method
179 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
310 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
35 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
36.5 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
24 Total Non-hazardous waste. Destined for recovery M
Quantity (tonnes) Type Treatment method Method
10350 Total Non-hazardous waste. Destined for recovery M
No waste is reported for this facility for the year selected.