Reguliavimo poreikių vertinimo sąrašas
Reguliavimo poreikių vertinimo sąrašas
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 09 liepa 2024. Database contains 5355 unique substances/entries.
Filter the list
The List does not contain any Substances.
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931-597-4
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-
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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The solution formed by reacting the sodium salts of green liquor with calcium hydroxide.
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268-615-9
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68131-33-9
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | |
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A solution obtained by dissolving the chemicals recovered in the alkaline pulping process in water.
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268-612-2
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68131-30-6
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | |
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931-583-8
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-
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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931-584-3
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-
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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701-387-5
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-
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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939-997-0
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-
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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910-670-4
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-
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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909-981-8
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-
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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931-259-6
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-
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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Oil shale waste is produced by thermal processing in a fluidized bed process at 800°C from mining exhausted oil shale. Oil shale waste consists essentially of Al2O3, CaO, CaSO4, Fe2O3 and SiO2.
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297-648-1
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93685-99-5
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | |
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Mixtures of chemical substances produced by burning (below 1200°C) natural variants of limestone or chalk containing from 10 to 20%, or more, of clayey or siliceous materials which are predominantly SiO2, Al2O3 and iron oxide. Consist primarily of 2CaOsb.2, Ca(OH)2, CaO and 2CaOsb.2O3. 3CaO.2SiO2, 4CaOsb.2O3. Fe2O3, 2CaOsb.2O3sb.2, CaCO3 and SiO2 may also be included.
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285-561-1
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85117-09-5
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | |
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The product of high temperature calcination (above 450°C (842°F)) of naturally occurring kaolin, a hydrated aluminum silicate, resulting in the evolution of water and the formation of new substances depending upon the calcination temperatures employed.
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296-473-8
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92704-41-1
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | |
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923-511-9
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-
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ECHA
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Under development
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Restriction
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05-Lie-2024
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Details | ||
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701-304-2
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-
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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This category encompasses the various chemical substances manufactured in the production of inorganic glasses. For purposes of this category, 'glass' is defined as an amorfous, inorganic, transparent, translucent or opaque material traditionally formed by fusion of sources of silica with a flux, such as an alkali-metal carbonate, boron oxide, etc. and a stabilizer, into a mass which is cooled to a rigid condition without crystallization in the case of transparent or liquid-phase separated glass or with controlled crystallization in the case of glass-ceramics. The category consists of the various chemical substances, other than by-products or impurities, which are formed during the production of various glasses and concurrently incorporated into a glass mixture. All glasses contain one or more of these substances, but few, if any, contain all of them. The elements listed below are principally present as components of oxide systems but some may also be present as halides or chalcogenides, in multiple oxidation states, or in more complex compounds. Trace amounts of other oxides or chemical compounds may be present. Oxides of the first seven elements listed* comprise more than 95 percent, by weight, of the glass produced. @Aluminium*@Lead@Boron*@Lithium@Calcium*@Manganese@Magnesium*@Molybdenum@Potassium*@Neodymium@Silicon*@Nickel@Sodium*@Niobium@Antimony@Nitrogen@Arsenic@Phosphorus@Barium@Praseodymium@Bismuth@Rubidium@Cadmium@Selenium@Carbon@Silver@Cerium@Strontium@Cesium@Sulfur@Chromium@Tellurium@Cobalt@Tin@Copper@Titanium@Germanium@Tungsten@Gold@Uranium@Holmium@Vanadium@Iron@Zinc@Lanthanum@Zirconium
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266-046-0
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65997-17-3
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | |
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Frit is a mixture of inorganic chemical substances produced by rapidly quenching a molten, complex combination of materials, confining the chemical substances thus manufactured as nonmigratory components of glassy solid flakes or granules. This category includes all of the chemical substances specified below when they are intentionally manufactured in the production of frit. The primary members of this category are oxides of some or all of the elements listed below. Fluorides of these elements may also be included in combination with these primary substances.@Aluminum@Manganese@Antimony@Molybdenum@Arsenic@Neodymium@Barium@Nickel@Bismuth@Niobium@Boron@Phosphorus@Cadmium@Potassium@Calcium@Silicon@Cerium@Silver@Chromium@Sodium@Cobalt@Strontium@Copper@Tin@Gold@Titanium@Iron@Tungsten@Lanthanum@Vanadium@Lead@Zinc@Lithium@Zirconium@Magnesium
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266-047-6
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65997-18-4
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ECHA
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Under development
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Restriction
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05-Lie-2024
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Details | |
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A complex combination of finely divided inorganic particles separated from the exit gases formed during the manufacture of Portland cement. The flue dust consists of uncalcined raw materials along with partially calcined materials. Some Portland cement clinker is usually included. The major constituents of kiln dust are calcium carbonate, clays, shales, quartz and sulfate salts. The following materials may also be present:@Dolomite@Ca(OH)2@Feldspars@CaSO4@Fly ash@KCl@Iron oxides@K2CO3@CaF2@K2SO4@CaO@Na2SO4@Glasses of SiO2, Al.s@Portland cement chemicals [659
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270-659-9
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68475-76-3
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | |
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944-188-0
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-
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ECHA
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Under development
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Restriction
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05-Lie-2024
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Details | ||
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-
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-
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ECHA
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Under development
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Restriction
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05-Lie-2024
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Details | ||
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This category encompasses the various chemical substances manufactured in the production of ceramics. For purposes of this category, a ceramic is defined as a crystalline or partially crystalline, inorganic, non-metallic, usually opaque substance consisting principally of combinations of inorganic oxides of aluminum, calcium, chromium, iron, magnesium, silicon, titanium, or zirconium which conventionally is formed first by fusion or sintering at very high temperatures, then by cooling, generally resulting in a rigid, brittle monophase or multiphase structure. (Those ceramics which are produced by heating inorganic glass, thereby changing its physical structure from amorphous to crystalline but not its chemical identity are not included in this definition.) This category consists of chemical substances other than by-products or impurities which are formed during the production of various ceramics and concurrently incorporated into a ceramic mixture. Its composition may contain any one or a combination of these substances. Trace amounts of oxides and other substances may be present. The following representative elements are principally present as oxides but may also be present as borides, carbides, chlorides, fluorides, nitrides, silicides, or sulfides in multiple oxidation states, or in more complex compounds.@Aluminum@Lithium@Barium@Magnesium@Beryllium@Manganese@Boron@Phosphorus@Cadmium@Potassium@Calcium@Silicon@Carbon@Sodium@Cerium@Thorium@Cesium@Tin@Chromium@Titanium@Cobalt@Uranium@Copper@Yttrium@Hafnium@Zinc@Iron@Zirconium
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266-340-9
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66402-68-4
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | |
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High-Alumina cement is a mixture of chemical substances produced by burning or sintering at high temperature (greater than 1200°C (2192°F)) raw materials which are predominantly calcium carbonate, aluminium oxide, silica, and iron oxide. The chemical substances which are manufactured are confined in a crystalline mass. This category includes all of the chemical substances specified below when they are intentionally manufactured in the production of high-alumina cement. The primary members of this category are CaAl2O4, Ca4Al2Fe2O10, Ca12Al14O33, and Ca2SiO4. Other compounds listed below may also be included in the combination with these primary substances.@CaAl4O7@Ca2Al2SiO7@CaAl12O19@Ca4Al6SO16@Ca3Al2O6.@Ca12Al14Cl@CaO@Ca12Al14F2@Ca3SiO5@Ca6Al4Fe2.@Ca2Fe2O5.
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266-045-5
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65997-16-2
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | |
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946-103-2
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-
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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274-324-8
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70131-50-9
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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931-257-5
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-
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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Flue dust and ash containing vanadium resulting from the combustion of vanadium-bearing fuel oil.
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282-208-3
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84144-87-6
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | |
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The residuum from the burning of a combination of plants.
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297-049-5
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93333-79-0
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | |
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931-322-8
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-
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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Hollow ceramic spheres formed as a part of the ash in power stations burning pulverized coal. Composed primarily of the oxides of aluminium, iron and silicon and contain carbon dioxide and nitrogen within the sphere.
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300-212-6
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93924-19-7
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | |
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954-915-3
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-
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ECHA
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Under development
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No action
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05-Lie-2024
|
Details | ||
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954-402-4
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-
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ECHA
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Under development
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No action
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05-Lie-2024
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Details | ||
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939-727-1
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-
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ECHA
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Under development
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CCH
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28-Bir-2024
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Details | ||
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618-509-7
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9022-76-8
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ECHA
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Under development
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Pending action
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28-Bir-2024
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Details | ||
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922-520-5
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-
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ECHA
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Under development
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CCH
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28-Bir-2024
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Details | ||
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208-874-7
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544-62-7
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ECHA
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Under development
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CCH
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28-Bir-2024
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Details | ||
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691-853-3
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9022-76-8
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ECHA
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Under development
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Pending action
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28-Bir-2024
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Details | ||
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470-470-3
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9022-75-7
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ECHA
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Under development
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CCH
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28-Bir-2024
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Details | ||
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485-870-3
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-
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ECHA
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Under development
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Pending action
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28-Bir-2024
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Details | ||
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CHIMEXANE NT
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411-450-6
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143747-72-2
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ECHA
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Under development
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Pending action
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28-Bir-2024
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Details | |
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837-816-9
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10438-94-5
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ECHA
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Under development
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CCH
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28-Bir-2024
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Details | ||
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289-296-2
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87061-04-9
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ECHA
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Under development
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CCH
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28-Bir-2024
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Details | ||
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301-230-7
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93982-41-3
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ECHA
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Under development
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Pending action
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28-Bir-2024
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Details | ||
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600-386-6
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10305-38-1
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ECHA
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Under development
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CCH
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28-Bir-2024
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Details | ||
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700-923-5
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10305-39-2
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ECHA
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Under development
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CCH
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28-Bir-2024
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Details | ||
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805-622-3
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10305-41-6
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ECHA
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Under development
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CCH
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28-Bir-2024
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Details | ||
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204-620-4
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123-34-2
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ECHA
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Under development
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CCH
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28-Bir-2024
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Details | ||
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2-EHOPD; EHOPD; GE-EH; SENSIVA SC 50
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408-080-2
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70445-33-9
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ECHA
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Under development
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CCH
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28-Bir-2024
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Details | |
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858-735-5
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2337348-25-9
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ECHA
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Under development
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Pending action
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28-Bir-2024
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Details | ||
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801-709-5
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53146-45-5
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ECHA
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Under development
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CCH
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28-Bir-2024
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Details | ||
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429-230-3
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371921-41-4
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ECHA
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Under development
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Pending action
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26-Bir-2024
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Details | ||