Vurdering af reguleringsmæssige behov - liste
Vurdering af reguleringsmæssige behov - liste
The assessment of regulatory needs list includes substances for which an assessment either is under development or has been completed.
For each substance, the table shows the assessing authority (submitter), the concern, the status and the suggested follow-up action, and the date of the latest update to the list entry.
Other process details and relevant documents are also available and can be accessed through the ‘Details’ icon for the list entry.
Regulatory Management Option Analysis (RMOA) are assessments of regulatory needs. Publication of RMOA was initiated in February 2013 with the start of the implementation of the SVHC Roadmap. In 2019, authorities and in particular ECHA have moved to address more groups of substances.
The responsibility for the content of an assessment of regulatory needs rests with the authority that developed it. It is possible that other authorities do not have the same view and may develop a further assessment of regulatory needs for the same (group of) substances. Assessment of regulatory needs and their conclusions are compiled based on available information and may change in light of new information or further assessment.
Last updated 13 maj 2024. Database contains 5055 unique substances/entries.
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The List does not contain any Substances.
|
A product obtained by the treatment of battery scraps to recover lead. Composed primarily of oxides and sulfates of antimony and lead.
|
310-061-8
|
102110-60-1
|
ECHA
|
Under development
|
No action
|
02-apr.-2024
|
Details | |
|
Fused substance generated during the production of tin in a reduction furnace.
|
273-736-5
|
69012-35-7
|
ECHA
|
Under development
|
Pending action
|
29-nov.-2023
|
Details | |
|
Product of treating molten lead with sodium salts. Consists primarily of sodium-tellurium salts in various states of oxidation.
|
273-828-5
|
69029-86-3
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | |
|
By-product from open-hearth steelmaking. Consists of oxides of calcium, iron, silicon and vanadium.
|
273-734-4
|
69012-34-6
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | |
|
Substance formed during processing of liquid steel or during production of iron castings. Consists primarily of fused silicates and trace elements as oxides as well as trace of alloying elements.
|
294-409-3
|
91722-09-7
|
ECHA
|
Under development
|
Restriction
|
29-nov.-2023
|
Details | |
|
The fused substance formed by the action of a flux upon the gangue of iron-bearing materials charged to a steelmaking furnace and upon the oxidized impurities in the steel produced. Depending upon the particular steelmaking operation, the slag is composed primarily of sulfur and oxides of aluminum, calcium, iron, magnesium, manganese, phosphorus, and silicon.
|
266-004-1
|
65996-71-6
|
ECHA
|
Under development
|
Restriction
|
29-nov.-2023
|
Details | |
|
940-884-3
|
-
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | ||
|
By-product of the manufacture of silicomanganese alloy containing oxides of aluminum, calcium, magnesium, manganese and silicon.
|
273-733-9
|
69012-33-5
|
ECHA
|
Under development
|
Restriction
|
29-nov.-2023
|
Details | |
|
308-515-5
|
98072-60-7
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | ||
|
Inorganic slags produced from treatment of calcined scrap metals and oxides with borax, litharge and sodium carbonate followed by fusion.
|
273-826-4
|
69029-85-2
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | |
|
By-product of smelting of phosphate rock, silica and coke in manufacture of phosphorus.
|
273-732-3
|
69012-32-4
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | |
|
920-632-9
|
-
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | ||
|
Substance formed by processing of chiefly oxidic material with lead and zinc content in a rotating furnace. Consists primarily of Al2O3, CaO, Fe, FeO and SiO2 with other nonferrous compounds as well as carbon.
|
297-907-9
|
93763-87-2
|
ECHA
|
Under development
|
Restriction
|
29-nov.-2023
|
Details | |
|
Slag formed as the feed progresses through the blast furnace in lead smelting. Consists primarily of metallic elements and oxides of calcium, magnesium and silicon.
|
273-825-9
|
69029-84-1
|
ECHA
|
Under development
|
Restriction
|
29-nov.-2023
|
Details | |
|
By-product from the smelting of lead ores, scrap lead or lead smelter dross. Consists primarily of oxides and silicates of antimony and lead.
|
273-800-2
|
69029-58-9
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | |
|
Slag produced during ilmenite smelting (ore or sand). Consists primarly of TiO2, FeO, Al2O3, SiO2, MgO and other metal oxides.
|
293-671-6
|
91081-64-0
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | |
|
940-591-0
|
-
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | ||
|
Product of aluminothermic reduction of vanadium oxide and iron oxide. Composed primarily of fused oxides of aluminum, calcium, iron and vanadium.
|
282-220-9
|
84144-98-9
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | |
|
The fused substance formed by the action of a flux upon the gangue of the iron-bearing materials charged to a blast furnace and upon the oxidized impurities in the iron produced. Depending upon the particular blast furnace operation, the slag is composed primarily of sulfur and oxides of aluminum, calcium, magnesium, and silicon.
|
266-002-0
|
65996-69-2
|
ECHA
|
Under development
|
Restriction
|
29-nov.-2023
|
Details | |
|
By-product from the production of ferronickel from a complex ore. Consists primarily of oxides of aluminum, iron, magnesium and silicon.
|
273-729-7
|
69012-29-9
|
ECHA
|
Under development
|
CCH
|
29-nov.-2023
|
Details | |
|
Product of silicothermic reduction of molybdic oxide. Composed primarily of fused silica, alumina, and calcium and iron oxides and silicates, with a small amount of residual molybdenum.
|
282-217-2
|
84144-95-6
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | |
|
By-product of the manufacture of ferromanganese alloy containing primarily oxides of aluminum, manganese and silicon.
|
273-728-1
|
69012-28-8
|
ECHA
|
Under development
|
Restriction
|
29-nov.-2023
|
Details | |
|
By-product of chromium refining containing oxides of aluminum, magnesium and silicon.
|
273-727-6
|
69012-27-7
|
ECHA
|
Under development
|
CCH
|
29-nov.-2023
|
Details | |
|
310-060-2
|
102110-59-8
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | ||
|
Slag resulting from the smelting of a heterogeneous mixture of copper and precious metals from primary and secondary sources and plant reverts. Major constituents are iron oxide and silicon dioxide with minor amounts of copper, lead, nickel and various non-ferrous metals and oxides.
|
266-968-3
|
67711-92-6
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | |
|
Mainly copper, copper oxides, some oxides of lead and minor metals, skimmed from the anode furnace and returned to the converter.
|
266-970-4
|
67711-94-8
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | |
|
701-265-1
|
-
|
ECHA
|
Under development
|
Restriction
|
29-nov.-2023
|
Details | ||
|
701-258-3
|
-
|
ECHA
|
Under development
|
No action
|
29-nov.-2023
|
Details | ||
|
931-506-8
|
-
|
ECHA
|
Under development
|
No action
|
02-apr.-2024
|
Details | ||
|
946-132-0
|
-
|
ECHA
|
Under development
|
Restriction
|
13-jul.-2022
|
Details | ||
|
233-054-0
|
10026-04-7
|
ECHA
|
CCH
|
17-okt.-2022
|
Details | |||
|
234-858-4
|
12037-47-7
|
ECHA
|
CCH
|
17-okt.-2022
|
Details | |||
|
231-545-4
|
7631-86-9
|
ECHA
|
CLH
|
17-okt.-2022
|
Details | |||
|
206-991-8
|
409-21-2
|
ECHA
|
CCH
|
17-okt.-2022
|
Details | |||
|
231-130-8
|
7440-21-3
|
ECHA
|
CCH
|
17-okt.-2022
|
Details | |||
|
930-776-4
|
-
|
ECHA
|
Under development
|
No action
|
02-apr.-2024
|
Details | ||
|
215-687-4
|
1344-09-8
|
ECHA
|
CCH
|
17-okt.-2022
|
Details | |||
|
215-199-1
|
1312-76-1
|
ECHA
|
No action
|
17-okt.-2022
|
Details | |||
|
235-730-0
|
12627-14-4
|
ECHA
|
Under development
|
CLH
|
17-jan.-2022
|
Details | ||
|
235-730-0
|
12627-14-4
|
ECHA
|
CLH
|
17-okt.-2022
|
Details | |||
|
258-476-2
|
53320-86-8
|
ECHA
|
CCH
|
17-okt.-2022
|
Details | |||
|
215-710-8
|
1344-95-2
|
ECHA
|
CLH
|
17-okt.-2022
|
Details | |||
|
271-896-0
|
68611-47-2
|
ECHA
|
Under development
|
No action
|
17-aug.-2023
|
Details | ||
|
215-683-2
|
1343-98-2
|
ECHA
|
No action
|
17-okt.-2022
|
Details | |||
|
285-349-9
|
85085-18-3
|
ECHA
|
CCH
|
17-okt.-2022
|
Details | |||
|
262-373-8
|
60676-86-0
|
ECHA
|
CLH
|
17-okt.-2022
|
Details | |||
|
427-410-6
|
-
|
ECHA
|
Under development
|
No action
|
13-jul.-2022
|
Details | ||
|
232-263-4
|
7803-62-5
|
ECHA
|
No action
|
17-okt.-2022
|
Details | |||
|
638-997-5
|
329039-38-5
|
ECHA
|
Under development
|
Pending action
|
22-dec.-2023
|
Details | ||
|
680-408-9
|
13862-16-3
|
ECHA
|
No action
|
17-okt.-2022
|
Details | |||
|
209-247-0
|
563-41-7
|
ECHA
|
Under development
|
CLH
|
18-nov.-2022
|
Details | ||
|
209-927-7
|
598-30-1
|
ECHA
|
Under development
|
CLH
|
17-jan.-2022
|
Details | ||
|
205-227-0
|
135-98-8
|
ECHA
|
Under development
|
No action
|
15-dec.-2023
|
Details | ||
|
229-177-4
|
6422-99-7
|
ECHA
|
Under development
|
No action
|
13-jan.-2023
|
Details | ||
|
By-product produced in the rolling of copper wire either in a conventional rod mill or a continuous cast rod mill. Consists of metallic copper, cuprous oxide and cupric oxide.
|
273-744-9
|
69012-45-9
|
ECHA
|
Under development
|
No action
|
02-apr.-2024
|
Details | |
|
700-720-1
|
-
|
ECHA
|
Concluded
|
No action
|
07-maj-2021
|
Details | ||
|
700-725-9
|
-
|
ECHA
|
Concluded
|
No action
|
07-maj-2021
|
Details | ||
|
700-660-6
|
-
|
ECHA
|
Concluded
|
No action
|
07-maj-2021
|
Details | ||
|
801-876-4
|
3508-98-3
|
ECHA
|
Under development
|
No action
|
13-sep.-2022
|
Details | ||
|
218-531-3
|
2174-16-5
|
ECHA
|
Under development
|
CLH
|
08-jun.-2020
|
Details | ||
|
200-712-3
|
69-72-7
|
ECHA
|
Under development
|
Pending action
|
08-jun.-2020
|
Details | ||
|
214-482-7
|
1134-23-2
|
ECHA
|
Under development
|
No action
|
09-mar.-2021
|
Details | ||
|
PROSULFOCARB
|
401-730-6
|
52888-80-9
|
ECHA
|
Under development
|
No action
|
09-mar.-2021
|
Details | |
|
293-659-0
|
91081-53-7
|
ECHA
|
Under development
|
CCH CLH |
16-aug.-2023
|
Details | ||
|
280-192-2
|
83137-13-7
|
ECHA
|
Under development
|
Pending action
|
16-aug.-2023
|
Details | ||
|
500-163-2
|
65997-05-9
|
ECHA
|
Under development
|
CCH CLH |
16-aug.-2023
|
Details | ||
|
925-698-2
|
-
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
232-480-4
|
8050-28-0
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
266-041-3
|
65997-06-0
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
296-047-1
|
92202-14-7
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
305-795-0
|
95009-65-7
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
266-040-8
|
65997-04-8
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
A complex combination derived from wood, especially pine wood. Composed primarily of resin acids and modified resin acids such as dimers and decarboxylated resin acids. Includes rosin stabilized by catalytic disproportionation.
|
232-475-7
|
8050-09-7
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | |
|
401-020-6
|
-
|
ECHA
|
Concluded
|
No action
|
10-nov.-2021
|
Details | ||
|
263-144-5
|
61790-51-0
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
293-631-8
|
91081-28-6
|
ECHA
|
Under development
|
Pending action
|
16-aug.-2023
|
Details | ||
|
295-855-1
|
92129-53-8
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
696-130-6
|
1364681-45-7
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
263-142-4
|
61790-50-9
|
ECHA
|
Under development
|
CCH CLH |
16-aug.-2023
|
Details | ||
|
269-035-9
|
68186-14-1
|
ECHA
|
Under development
|
Pending action
|
16-aug.-2023
|
Details | ||
|
232-716-6
|
9008-34-8
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
269-228-8
|
68201-60-5
|
ECHA
|
Under development
|
CCH CLH |
16-aug.-2023
|
Details | ||
|
287-094-9
|
85409-27-4
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
305-516-2
|
94581-17-6
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
305-515-7
|
94581-16-5
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
294-402-5
|
91722-01-9
|
ECHA
|
Under development
|
CCH CLH |
16-aug.-2023
|
Details | ||
|
270-461-2
|
68440-56-2
|
ECHA
|
Under development
|
CCH CLH |
16-aug.-2023
|
Details | ||
|
273-574-5
|
68990-02-3
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
273-572-4
|
68990-01-2
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
232-476-2
|
8050-15-5
|
ECHA
|
Under development
|
CCH
|
16-aug.-2023
|
Details | ||
|
271-996-4
|
68648-53-3
|
ECHA
|
Under development
|
Pending action
|
16-aug.-2023
|
Details | ||
|
264-848-5
|
64365-17-9
|
ECHA
|
Under development
|
Pending action
|
16-aug.-2023
|
Details | ||
|
266-042-9
|
65997-13-9
|
ECHA
|
Under development
|
Pending action
|
16-aug.-2023
|
Details | ||
|
271-402-3
|
68554-12-1
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
272-035-1
|
68649-83-2
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
305-514-1
|
94581-15-4
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
307-051-0
|
97489-11-7
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
293-625-5
|
91081-22-0
|
ECHA
|
Under development
|
CLH
|
16-aug.-2023
|
Details | ||
|
284-009-7
|
84776-83-0
|
ECHA
|
Under development
|
Pending action
|
16-aug.-2023
|
Details | ||
|
232-478-3
|
8050-25-7
|
ECHA
|
Under development
|
Pending action
|
16-aug.-2023
|
Details | ||