Plant page

SSAB EMEA AB i Luleå

Activity (PRTR)	2.(b) Installations for the production of pig iron or steel (primary or secondary melting) including continuous casting
Activity (MPF)	27.10-i Stål och metall
River basin district	Bottenviken
County	Norrbottens län
Municipality	Luleå
Parent company name	SSAB EMEA AB
Organization ID No.	556313-7933
Property reference	Svartön 18:11 (Svartöstaden 13:36, Svartön 18:19)
Supervisory agency	Länsstyrelsen i Norrbottens län
Env. mgmt. system	ISO 14001

Excel Chart

Emissions

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	9.2	M	7	E
Cd	7	M
CO	10980000	E
CO2 biofuels	0	C
CO2 fossil fuels	1467000000	C
CO2 Total	1467000000	C
Cr	47	M
Cu	191	M	500	E
dioxins + furans as Teq	0.00007	M
Hg	7.9	M
Naphthalene	338	M
Ni	53	M
NOx/NO2	383000	M
Pb	146	M	70	E
Phenols			85	E
PM10	183000	C
SO2	420000	M
Total CN			2116	M
Total F			17713	E
Total N			79000	E
Total P			420	E
TSP	245000	M
Zn	900	M	1123	E

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	9.1	M	7	E
Cd	17	M
CO	7788000	E
CO2 biofuels	0	C
CO2 fossil fuels	1562000000	C
CO2 Total	1562000000	C
Cr	78	M
Cu	151	M	184	E
dioxins + furans as Teq	0.00007	M
Hg	8	M
Naphthalene	3825	M
Ni	66.1	M
NOx/NO2	357000	M
Pb	272	M	70	E
Phenols			156	E
PM10	141000	C
SO2	464000	M
Total CN			741	M
Total F			18653	E
Total N			58561	E
Total P			513	E
TSP	291000	M
Zn	1501	M	1365	E

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	8	M	13	E
Cd	15	M
CO	7148000	E
CO2 biofuels	0	C
CO2 fossil fuels	1292244000	C
CO2 Total	1292244000	C
Cr	92.5	M
Cu	53	M	134	E
dioxins + furans as Teq	0.00006	M
Hg	1.5	M
Ni	75	M
NOx/NO2	345000	M
Pb	249	M	53	E
Phenols			31	E
PM10	182600	C
SO2	464000	M
Total CN			600	M
Total F			17802	E
Total N			67450	E
Total P			528	E
TSP	258000	M
Zn	1997	M	770	E

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	7	M	9	E
Cd	14	M
CO	5192000	E
CO2 biofuels	0	C
CO2 fossil fuels	1195884000	C
CO2 Total	1195884000	C
Cr	91	M
Cu	39	M	139	E
dioxins + furans as Teq	0.00009	M
Hg	3	M
Naphthalene	168	M
Ni	75	M
NOx/NO2	354000	M
Pb	221	M	32	E
Phenols			35	E
PM10	169000	C
SO2	360000	M
Total CN			1256	M
Total F			19445	E
Total N			51063	E
Total P			362	E
TSP	235000	M
Zn	2544	M	614	E

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	10	M	4	E
Cd	23	M
CO	6674000	E
CO2 biofuels	0	C
CO2 fossil fuels	1757000000	C
CO2 Total	1757000000	C
Cr	94	M
Cu	54	M	188	E
dioxins + furans as Teq	0.00009	M
Hg	3	M
Naphthalene	294	M
Ni	95	M
NOx/NO2	415000	M
Pb	201	M	25	E
Phenols			36	E
PM10	177000	C
SO2	456000	M
Total CN			14	E
Total F			19270	E
Total N			63200	E
Total P			509	E
TSP	249000	M
Zn	2562	M	589	E

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	11	M
Cd	6.5	M
CO	7744000	E
CO2 biofuels	0	C
CO2 fossil fuels	1058000000	C
CO2 Total	1058000000	C
Cr	73	M
Cu	59	M	158	M
dioxins + furans as Teq	0.00007	M
HF	3100	E
HFCs	129	E
Hg	2	M
Naphthalene	569	M
Ni	76	M
NOx/NO2	376000	M
Pb	100	M	12	M
Phenols			35	M
PM10	122000	C
SO2	401000	M
Total CN			90	E
Total F			25000	M
Total N			82000	M
Total P			689	M
TSP	187000	M
Zn	1421	M	480	M

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	12	M
Cd	7	M
CO	8693000	E
CO2 biofuels	0	C
CO2 fossil fuels	1294000000	C
CO2 Total	1294000000	C
Cr	96	M
Cu	73	M	104	M
dioxins + furans as Teq	0.00005	M
HF	3200	E
HFCs	118	E
Hg	3.4	M
Naphthalene	162	M
Ni	88	M
NOx/NO2	355000	M
Pb	74	M	21	M
Phenols			46	M
PM10	112000	C
SO2	427000	M
Total F			27000	M
Total N			91000	M
Total P			241	M
TSP	169000	M
Zn	750	M	660	M

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	13	M
Cd	9	M
CO	15110000	E
CO2 biofuels	0	C
CO2 fossil fuels	1510960857	C
CO2 Total	1510960857	C
Cr	111	M
Cu	62	M	83	M
dioxins + furans as Teq	0.00004	M
HF	6301	E
HFCs	90	E
Hg	3.1	M
Naphthalene	247	M
Ni	89	M
NOx/NO2	329104	M
Pb	71	M	50	M
Phenols			34	M
PM10	149985	C
SO2	453723	M
Total F			30598	M
Total N			102040	M
Total P			751	M
TSP	191790	M
Zn	792	M	1045	M

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	9	M
Cd	1.2	M
CO	9600000	E
CO2 biofuels	0	C
CO2 fossil fuels	884873000	C
CO2 Total	884873000	C
Cr	24	M
Cu	10	M	68	M
dioxins + furans as Teq	0.00005	M
HF	4530	E
HFCs	36.5	E
Hg	2.7	M
Naphthalene	292	M
Ni	31	M
NOx/NO2	473000	M
Pb	47	M	17	M
Phenols			49	M
PM10	118000	C
SO2	318000	M
Total F			16000	M
Total N			94000	M
Total P			370	M
TSP	199000	M
Zn	460	M	380	M

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	11	M
Cd	2	M
CO	10000000	E
CO2 biofuels	0	C
CO2 fossil fuels	1185962000	C
CO2 Total	1185962000	C
Cr	42	M
Cu	15	M	65	M
dioxins + furans as Teq	0.00004	M
HF	6200	E
HFCs	124	E
Hg	2.8	M
Naphthalene	360	M
Ni	47	M
NOx/NO2	384000	M
PAHs	3	M
Pb	57	M	44	M
Phenols			90	M
PM10	172000	C
SO2	457000	M
Total F			38000	M
Total N			61000	M
Total P			230	M
TSP	247000	M
Zn	730	M	370	M

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	12	M
Cd	2	M
CO	12000000	E
CO2 biofuels	0	C
CO2 fossil fuels	1213472000	C
CO2 Total	1213472000	C
Cr	44	M
Cu	16	M	31	M
dioxins + furans as Teq	0.00005	M
HF	6100	E
HFCs	113	E
Hg	3.9	M
Naphthalene	380	M
Ni	47	M
NOx/NO2	357000	M
PAHs	3	M
Pb	74	M
Phenols			120	M
PM10	146000	E
SO2	476000	M
Total F			21000	M
Total N			93000	M
Total P			320	M
TSP	256000	M
Zn	1400	M	190	M

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	10	C
Benzene	0	E
Cd	2	M	0.1	M
CO	13000000	E
CO2 biofuels	0	C
CO2 fossil fuels	1009389000	C
CO2 Total	1009389000	C
Cr	54	M	1	M
Cu	18	M	35	M
dioxins + furans as Teq	0.00007	M
HF	5800	E
HFCs	114	M
Hg	3.9	M	0	E
Naphthalene	500	M	2	M
NH3	0	E
NH4-N			48000	M
Ni	44	M	20	M
NMVOC	3300	E
NOx/NO2	363000	M
PAHs	3	M	1	M
Pb	89	M	5	M
Phenols			170	M
PM10	147000	E
SO2	432000	M
TOC			11000	M
Total F			16000	M
Total N			90000	M
TSP	248000	M
Zn	855	M	150	M

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	10	C
Benzene	0	E
Cd	2	M	0.3	M
CO	15000000	E
CO2 biofuels	0	C
CO2 fossil fuels	1310697000	C
CO2 Total	1310697000	C
Cr	37	M	9	M
Cu	20	M	18	M
dioxins + furans as Teq	0.00002	M
HF	6100	E
HFCs	116.5	M
Hg	4.6	M	0	E
Naphthalene	150	M	2	M
NH3	0	E
NH4-N			38000	M
Ni	46	M	2	M
NMVOC	4100	E
NOx/NO2	435000	M
PAHs	3	M	1	M
Pb	107	M	7	M
Phenols			110	M
PM10	159000	E
SO2	608000	M
TOC			7400	M
Total F			29000	M
Total N			88000	M
TSP	287000	M
Zn	1210	M	250	M

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	10	C	0	M
Benzene	0	E	0	E
Cd	4	M	0.1	M
CO	10000000	E
CO2 biofuels	0	C
CO2 fossil fuels	1441771000	C
CO2 Total	1441771000	C
Cr	53	M	0	M
Cu	17	M	30	M
dioxins + furans as Teq	0.00003	M
HF	6300	M
HFCs	85	C
Hg	3	M	0	E
Naphthalene	252	M	2	M
NH3	0	E
NH4-N			30000	M
Ni	44	M	1	M
NMVOC	6700	E
NOx/NO2	399000	M
PAHs	2	M	1	M
Pb	181	M	8	M
Phenols			60	M
PM10	141000	C
SO2	494000	M
TOC			5600	M
Toluene			0	E
Total F			23000	M
Total N			80000	M
TSP	294000	M
Xylenes	0	E
Zn	1320	M	670	M

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	6	C	0	M
Benzene	0	E	0	E
Cd	9	M	0.7	M
CO	10000000	E
CO2 biofuels	0	C
CO2 fossil fuels	869053000	C
CO2 Total	869053000	C
Cr	41	M	2	M
Cu	16	M	18	M
dioxins + furans as Teq	0.00002	M
HF	4400	M
HFCs	82	C
Hg	4.3	M	0	E
Naphthalene	652	M	4	M
NH3	0	E
NH4-N			23000	M
Ni	38	M	1	M
NMVOC	6300	C
NOx/NO2	313000	M
PAHs	2	M	0.9	M
Pb	192	M	4	M
Phenols			60	M
PM10	116000	C
SO2	561000	M
TOC			5200	M
Toluene	0	M	0	E
Total F			11000	M
Total N			58000	M
TSP	252000	M
Xylenes	0	E
Zn	1480	M	300	M

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	9	C	0	M
Benzene	0	E	0	E
Cd	7	M	0.3	M
CO	14000000	E
CO2 fossil fuels	1252730000	C
CO2 Total	1252730000	C
Cr	71	M	2	M
Cu	29	M	32	M
dioxins + furans as Teq	0.00029	M
HF	6000	M
HFCs	174.5	C
Hg	2.6	M	0	E
Naphthalene	648	M
NH3	0	E
NH4-N			22000	M
Ni	58	M	5	M
NMVOC	5000	C
NOx/NO2	480000	M
PAHs	5	M	1.1	M
Pb	416	M	5	M
Phenols			100	M
PM10	177000	C
SO2	602000	M
TOC			17000	M
Toluene	0	M	0	E
Total F			30000	M
Total N			61000	M
TSP	403000	M
Xylenes	0	E
Zn	3100	M	480	M

Substance	Emissions to air (kg)	Method	Emissions to water (kg)	Method
As	9	E	0	M
Benzene	0	E	0	E
BOD7			0	E
Cd	5	M	0	M
CO2 fossil fuels	4350000	C
CO2 Total	1366264000	C
Cr	83	M	4	M
Cu	39	M	45	M
dioxins + furans as Teq	0.00011	M
HCN	0	E
HF	6000	M
HFCs	168.5	C
Hg	3	M	0	E
Naphthalene	462	M
NH4-N			17000	M
Ni	65	M	2	M
NMVOC	5600	C
NOx/NO2	583000	M
PAHs	6	M	2.4	M
Pb	243	M	19	M
Phenols			60	M
PM10	192000	C
SO2	866000	M
TOC			26000	M
Toluene	0	E	0	E
Total F			26000	M
Total N			62000	M
Total P			0	M
Xylenes	0	E
Zn	3900	M	960	M

Hazardous waste, for treatment abroad

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

Hazardous waste, for treatment in Sweden

Quantity (tonnes)	Type	Treatment method	Method
276	Total	Hazardous waste within country. Destined for disposal	E

Quantity (tonnes)	Type	Treatment method	Method
680	Total	Hazardous waste within country. Destined for disposal	E

Quantity (tonnes)	Type	Treatment method	Method
330	Total	Hazardous waste within country. Destined for disposal	E

Quantity (tonnes)	Type	Treatment method	Method
447	Total	Hazardous waste within country. Destined for disposal	E

Quantity (tonnes)	Type	Treatment method	Method
2945	Total	Hazardous waste within country. Destined for disposal	E

Quantity (tonnes)	Type	Treatment method	Method
542	Total	Hazardous waste within country. Destined for disposal	E

Quantity (tonnes)	Type	Treatment method	Method
230	Total	Hazardous waste within country. Destined for disposal	E

Quantity (tonnes)	Type	Treatment method	Method
280	Total	Hazardous waste within country. Destined for disposal	E

Quantity (tonnes)	Type	Treatment method	Method
311	Total	Hazardous waste within country. Destined for disposal	E

Quantity (tonnes)	Type	Treatment method	Method
193	Total	Hazardous waste within country. Destined for disposal	C

Quantity (tonnes)	Type	Treatment method	Method
164	Total	Hazardous waste within country. Destined for disposal	C

Quantity (tonnes)	Type	Treatment method	Method
328	Total	Hazardous waste within country. Destined for disposal	M

Quantity (tonnes)	Type	Treatment method	Method
280	Total	Hazardous waste within country. Destined for disposal	M

Quantity (tonnes)	Type	Treatment method	Method
237	Total	Hazardous waste within country. Destined for disposal	M

Quantity (tonnes)	Type	Treatment method	Method
255	Total	Hazardous waste within country. Destined for disposal	M

Quantity (tonnes)	Type	Treatment method	Method
347	Total	Hazardous waste within country. Destined for disposal	M

Quantity (tonnes)	Type	Treatment method	Method
267	Total	Hazardous waste within country. Destined for disposal	M

Non-hazardous waste, for treatment in and outside Sweden

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

Area of activities:

Logarithmic: