Industrial use of coatings involving water: large scale

11111-11-1 ECHA substance ECHA Substance ECHA Substance ECHA CSR Example 416bdb04-363b-4a2f-b047-6a3610baafeb false ECHA substance REGISTERED_SUBSTANCE true 77.84454931656154 13.641645308740024 8.513805374697949 0.0 ADSORPTION_DESORPTION CALCULATED false ADSORPTION_DESORPTION IMPORTED true 776.0 ADSORPTION_DESORPTION USER_DEFINED false AUTOFLAMMABILITY CALCULATED false AUTOFLAMMABILITY IMPORTED true 300.0 TEMPERATURE_UNIT_CELSIUS AUTOFLAMMABILITY USER_DEFINED false BIOAC_BCF_AQUATIC_SPECIES CALCULATED false BIOAC_BCF_AQUATIC_SPECIES IMPORTED true 4055.0 BCF_DIMENSIONLESS BIOAC_BCF_AQUATIC_SPECIES USER_DEFINED false BIOAC_BCF_TERRESTRIAL_SPECIES CALCULATED false BIOAC_BCF_TERRESTRIAL_SPECIES IMPORTED true BIOAC_BCF_TERRESTRIAL_SPECIES USER_DEFINED false BIODEG_HALFLIFE_SEDIMENT CALCULATED false BIODEG_HALFLIFE_SEDIMENT IMPORTED true 81.0 HALF_TIME_DAY 11.0 TEMPERATURE_UNIT_CELSIUS BIODEG_HALFLIFE_SEDIMENT USER_DEFINED false BIODEG_HALFLIFE_SOIL CALCULATED false BIODEG_HALFLIFE_SOIL IMPORTED true 36.0 HALF_TIME_DAY 20.0 TEMPERATURE_UNIT_CELSIUS BIODEG_HALFLIFE_SOIL USER_DEFINED false 36.0 HALF_TIME_DAY 11.0 TEMPERATURE_UNIT_CELSIUS BIODEG_HALFLIFE_WATER CALCULATED false BIODEG_HALFLIFE_WATER IMPORTED true 36.0 HALF_TIME_DAY 11.0 TEMPERATURE_UNIT_CELSIUS BIODEG_HALFLIFE_WATER USER_DEFINED false BIODEG_IN_WATER_SCREENING_TESTS CALCULATED false BIODEG_IN_WATER_SCREENING_TESTS IMPORTED true BIODEGRADATION_INHERENTLY_BIODEGRADABLE BIODEG_IN_WATER_SCREENING_TESTS USER_DEFINED false BOILING_POINT CALCULATED false BOILING_POINT IMPORTED true 519.0 TEMPERATURE_UNIT_KELVIN BOILING_POINT USER_DEFINED false DEGRADATION_RATE_CONSTANT CALCULATED false DEGRADATION_RATE_CONSTANT IMPORTED true DEGRADATION_RATE_CONSTANT USER_DEFINED false DISSOCIATION_CONSTANT CALCULATED false DISSOCIATION_CONSTANT IMPORTED true DISSOCIATION_CONSTANT USER_DEFINED false DNEL_CD_ACUTE_LOCAL CALCULATED false DNEL_CD_ACUTE_LOCAL IMPORTED true <html> <head> </head> <body> <pre>The substance is classified for skin irritation; low hazard assigned according to ECHA CSA Guidance Part E Table E 3-1</pre> </body> </html> HAZ_ASSESS_CONCL_LOW_HAZARD DNEL_CD_ACUTE_LOCAL USER_DEFINED false DNEL_CD_ACUTE_SYSTEMIC CALCULATED false DNEL_CD_ACUTE_SYSTEMIC IMPORTED true HAZ_ASSESS_CONCL_NO_HAZARD_IDENTIFIED DNEL_CD_ACUTE_SYSTEMIC USER_DEFINED false DNEL_CD_LONG_TERM_LOCAL CALCULATED false DNEL_CD_LONG_TERM_LOCAL IMPORTED true <html> <head> </head> <body> <pre>The substance is classified for skin irritation.</pre> </body> </html> HAZ_ASSESS_CONCL_LOW_HAZARD DNEL_CD_LONG_TERM_LOCAL USER_DEFINED false DNEL_CD_LONG_TERM_SYSTEMIC CALCULATED false DNEL_CD_LONG_TERM_SYSTEMIC IMPORTED true 3.5 DOSE_MILLIGRAM_PER_KILO_PER_DAY HAZ_ASSESS_CONCL_DNEL DNEL_CD_LONG_TERM_SYSTEMIC USER_DEFINED false DNEL_CD_SHORT_TERM_SYSTEMIC_INFREQUENT CALCULATED false DNEL_CD_SHORT_TERM_SYSTEMIC_INFREQUENT IMPORTED true DNEL_CD_SHORT_TERM_SYSTEMIC_INFREQUENT USER_DEFINED false DNEL_CE_LOCAL CALCULATED false DNEL_CE_LOCAL IMPORTED true <html> <head> </head> <body> <pre>The substance is classified for eye irritation; low hazard assigned according to ECHA CSA Guidance Part E Table E 3-1</pre> </body> </html> HAZ_ASSESS_CONCL_LOW_HAZARD DNEL_CE_LOCAL USER_DEFINED false DNEL_CI_ACUTE_LOCAL CALCULATED false DNEL_CI_ACUTE_LOCAL IMPORTED true <html> <head> </head> <body> <pre>No data available regarding local respiratory effects ; the substance is classified for skin and eye irritation; in the absence of route specific information, a qualitative risk characterisation is to be carried out (See section 9/10).</pre> </body> </html> HAZ_ASSESS_CONCL_LOW_HAZARD DNEL_CI_ACUTE_LOCAL USER_DEFINED false DNEL_CI_ACUTE_SYSTEMIC CALCULATED false DNEL_CI_ACUTE_SYSTEMIC IMPORTED true HAZ_ASSESS_CONCL_NO_HAZARD_IDENTIFIED DNEL_CI_ACUTE_SYSTEMIC USER_DEFINED false DNEL_CI_LONG_TERM_LOCAL CALCULATED false DNEL_CI_LONG_TERM_LOCAL IMPORTED true <html> <head> </head> <body> <pre>No data available regarding local respiratory effects; the substance is however classified for skin and eye irritation; in the absence of route specific information, a qualitative risk characterisation is to be carried out (See section 9/10).</pre> </body> </html> HAZ_ASSESS_CONCL_LOW_HAZARD DNEL_CI_LONG_TERM_LOCAL USER_DEFINED false DNEL_CI_LONG_TERM_SYSTEMIC CALCULATED false DNEL_CI_LONG_TERM_SYSTEMIC IMPORTED true 6.08 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER HAZ_ASSESS_CONCL_DNEL DNEL_CI_LONG_TERM_SYSTEMIC USER_DEFINED false DNEL_CI_SHORT_TERM_SYSTEMIC_INFREQUENT CALCULATED false DNEL_CI_SHORT_TERM_SYSTEMIC_INFREQUENT IMPORTED true DNEL_CI_SHORT_TERM_SYSTEMIC_INFREQUENT USER_DEFINED false DNEL_CO_LONG_TERM_SYSTEMIC CALCULATED false DNEL_CO_LONG_TERM_SYSTEMIC IMPORTED true 3.5 DOSE_MILLIGRAM_PER_KILO_PER_DAY HAZ_ASSESS_CONCL_DNEL DNEL_CO_LONG_TERM_SYSTEMIC USER_DEFINED false DNEL_CO_SHORT_TERM_SYSTEMIC_INFREQUENT CALCULATED false DNEL_CO_SHORT_TERM_SYSTEMIC_INFREQUENT IMPORTED true DNEL_CO_SHORT_TERM_SYSTEMIC_INFREQUENT USER_DEFINED false DNEL_WD_ACUTE_LOCAL CALCULATED false DNEL_WD_ACUTE_LOCAL IMPORTED true <html> <head> </head> <body> <pre>The substance is classified for skin irritation; low hazard assigned according to ECHA CSA Guidance Part E Table E 3-1</pre> </body> </html> HAZ_ASSESS_CONCL_LOW_HAZARD DNEL_WD_ACUTE_LOCAL USER_DEFINED false DNEL_WD_ACUTE_SYSTEMIC CALCULATED false DNEL_WD_ACUTE_SYSTEMIC IMPORTED true HAZ_ASSESS_CONCL_NO_HAZARD_IDENTIFIED DNEL_WD_ACUTE_SYSTEMIC USER_DEFINED false DNEL_WD_LONG_TERM_LOCAL CALCULATED false DNEL_WD_LONG_TERM_LOCAL IMPORTED true <html> <head> </head> <body> <pre>The substance is classified for skin irritation.</pre> </body> </html> HAZ_ASSESS_CONCL_LOW_HAZARD DNEL_WD_LONG_TERM_LOCAL USER_DEFINED false DNEL_WD_LONG_TERM_SYSTEMIC CALCULATED false DNEL_WD_LONG_TERM_SYSTEMIC IMPORTED true 7.0 DOSE_MILLIGRAM_PER_KILO_PER_DAY HAZ_ASSESS_CONCL_DNEL DNEL_WD_LONG_TERM_SYSTEMIC USER_DEFINED false DNEL_WE_LOCAL CALCULATED false DNEL_WE_LOCAL IMPORTED true <html> <head> </head> <body> <pre>The substance is classified for eye irritation; low hazard assigned according to ECHA CSA Guidance Part E Table E 3-1</pre> </body> </html> HAZ_ASSESS_CONCL_LOW_HAZARD DNEL_WE_LOCAL USER_DEFINED false DNEL_WI_ACUTE_LOCAL CALCULATED false DNEL_WI_ACUTE_LOCAL IMPORTED true <html> <head> </head> <body> <pre>No data available regarding local respiratory effects; the substance is classified for skin and eye irritation; in the absence of route specific information, a qualitative risk characterisation is to be carried out (See section 9/10).</pre> </body> </html> HAZ_ASSESS_CONCL_LOW_HAZARD DNEL_WI_ACUTE_LOCAL USER_DEFINED false DNEL_WI_ACUTE_SYSTEMIC CALCULATED false DNEL_WI_ACUTE_SYSTEMIC IMPORTED true HAZ_ASSESS_CONCL_NO_HAZARD_IDENTIFIED DNEL_WI_ACUTE_SYSTEMIC USER_DEFINED false DNEL_WI_LONG_TERM_LOCAL CALCULATED false DNEL_WI_LONG_TERM_LOCAL IMPORTED true <html> <head> </head> <body> <pre>No data available regarding local respiratory effects; the substance is however classified for skin and eye irritation; in the absence of route specific information, a qualitative risk characterisation is to be carried out (See section 9/10).</pre> </body> </html> HAZ_ASSESS_CONCL_LOW_HAZARD DNEL_WI_LONG_TERM_LOCAL USER_DEFINED false DNEL_WI_LONG_TERM_SYSTEMIC CALCULATED false DNEL_WI_LONG_TERM_SYSTEMIC IMPORTED true 24.7 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER HAZ_ASSESS_CONCL_DNEL DNEL_WI_LONG_TERM_SYSTEMIC USER_DEFINED false EXPLOSIVENESS CALCULATED false EXPLOSIVENESS IMPORTED true EXPLOSIVENESS USER_DEFINED false FLAMMABILITY CALCULATED false FLAMMABILITY IMPORTED true FLAMMABILITY USER_DEFINED false FLASHPOINT CALCULATED false FLASHPOINT IMPORTED true 142.0 TEMPERATURE_UNIT_CELSIUS FLASHPOINT USER_DEFINED false HALFLIFE_AIR CALCULATED false HALFLIFE_AIR IMPORTED true HALFLIFE_AIR USER_DEFINED false HALFLIFE_HYDROLYSIS CALCULATED false HALFLIFE_HYDROLYSIS IMPORTED true HALFLIFE_HYDROLYSIS USER_DEFINED false HALFLIFE_SOIL CALCULATED false HALFLIFE_SOIL IMPORTED true HALFLIFE_SOIL USER_DEFINED false HALFLIFE_WATER CALCULATED false HALFLIFE_WATER IMPORTED true HALFLIFE_WATER USER_DEFINED false HENRYS_LAW_CONSTANT CALCULATED false HENRYS_LAW_CONSTANT IMPORTED true HENRYS_LAW_CONSTANT USER_DEFINED false LOG_KP_SOLID_WATER_ACTIVATED_SLUDGE CALCULATED false LOG_KP_SOLID_WATER_ACTIVATED_SLUDGE IMPORTED true LOG_KP_SOLID_WATER_ACTIVATED_SLUDGE USER_DEFINED false LOG_KP_SOLID_WATER_EFFLUENT_SLUDGE CALCULATED false LOG_KP_SOLID_WATER_EFFLUENT_SLUDGE IMPORTED true LOG_KP_SOLID_WATER_EFFLUENT_SLUDGE USER_DEFINED false LOG_KP_SOLID_WATER_RAW_SLUDGE CALCULATED false LOG_KP_SOLID_WATER_RAW_SLUDGE IMPORTED true LOG_KP_SOLID_WATER_RAW_SLUDGE USER_DEFINED false LOG_KP_SOLID_WATER_SEDIMENT CALCULATED false LOG_KP_SOLID_WATER_SEDIMENT IMPORTED true LOG_KP_SOLID_WATER_SEDIMENT USER_DEFINED false LOG_KP_SOLID_WATER_SETTLED_SLUDGE CALCULATED false LOG_KP_SOLID_WATER_SETTLED_SLUDGE IMPORTED true LOG_KP_SOLID_WATER_SETTLED_SLUDGE USER_DEFINED false LOG_KP_SOLID_WATER_SOIL CALCULATED false LOG_KP_SOLID_WATER_SOIL IMPORTED true LOG_KP_SOLID_WATER_SOIL USER_DEFINED false LOG_KP_SOLID_WATER_SUSP CALCULATED false LOG_KP_SOLID_WATER_SUSP IMPORTED true LOG_KP_SOLID_WATER_SUSP USER_DEFINED false MELTING_FREEZING_POINT CALCULATED false MELTING_FREEZING_POINT IMPORTED true 219.0 TEMPERATURE_UNIT_KELVIN MELTING_FREEZING_POINT USER_DEFINED false MOLECULAR_WEIGHT CALCULATED false MOLECULAR_WEIGHT IMPORTED true 300.0 MOLECULAR_WEIGHT USER_DEFINED false MOLECULAR_WEIGHT_LOWER CALCULATED false MOLECULAR_WEIGHT_LOWER IMPORTED true 300.0 MOLECULAR_WEIGHT_LOWER USER_DEFINED false MOLECULAR_WEIGHT_UPPER CALCULATED false MOLECULAR_WEIGHT_UPPER IMPORTED true MOLECULAR_WEIGHT_UPPER USER_DEFINED false OXIDATION_REDUCTION_POTENTIAL CALCULATED false OXIDATION_REDUCTION_POTENTIAL IMPORTED true OXIDATION_REDUCTION_POTENTIAL USER_DEFINED false OXIDISING_PROPERTIES CALCULATED false OXIDISING_PROPERTIES IMPORTED true OXIDISING_PROPERTIES USER_DEFINED false PARTITION_COEFFICIENT CALCULATED false PARTITION_COEFFICIENT IMPORTED true 4.7 20.0 TEMPERATURE_UNIT_CELSIUS PARTITION_COEFFICIENT USER_DEFINED false PBT CALCULATED false PBT IMPORTED true PBT_ASSESS_NO_PBT PBT USER_DEFINED false PHYSICAL_FORM CALCULATED false PHYSICAL_FORM IMPORTED true PHYSICAL_STATE_LIQUID PHYSICAL_FORM USER_DEFINED false PNEC_AIR CALCULATED false PNEC_AIR IMPORTED true <html> <head> </head> <body> <pre>No experimental data available. As this study is not a standard information requirement in REACH and there is no indication from the CSA on the need to investigate further the atmospheric compartment (Annex X requirement), no further testing is considered necessary.</pre> </body> </html> HAZ_ASSESS_CONCL_NO_HAZARD_IDENTIFIED PNEC_AIR USER_DEFINED false PNEC_AQUA_FRESH_WATER CALCULATED false PNEC_AQUA_FRESH_WATER IMPORTED true 0.0103 DENSITY_UNIT_MILLIGRAMS_PER_LITER <html> <head> </head> <body> Since the three taxonomic groups (fish, invertebrates, algae) are covered but only short-term toxicity data are available for fish and invertebrates, an assessment factor of 1000 is applied on the lowest L(E)C50 of the relevant available toxicity data (fish LC50 = 10.3 mg/l). </body> </html> HAZ_ASSESS_CONCL_PNEC_AQUA_FRESHWATER PNEC_AQUA_FRESH_WATER USER_DEFINED false PNEC_AQUA_MARINE_WATER CALCULATED false PNEC_AQUA_MARINE_WATER IMPORTED true 0.00103 DENSITY_UNIT_MILLIGRAMS_PER_LITER <html> <head> </head> <body> <pre>Since the three taxonomic groups (fish, invertebrates, algae) are covered but only short-term toxicity data are available for fish and invertebrates and there is no additional data on marine taxonomic groups (e.g. echinoderms, molluscs), an assessment factor of 10000 is applied on the lowest L(E)C50 of the relevant available toxicity data (fish LC50 = 10.3 mg/l).</pre> </body> </html> HAZ_ASSESS_CONCL_PNEC_AQUA_MARINEWATER PNEC_AQUA_MARINE_WATER USER_DEFINED false PNEC_ORAL CALCULATED false PNEC_ORAL IMPORTED true <html> <head> </head> <body> <pre>The substance does not have any of the classifications for human health H373, H372, H360, H361, H362 (as mentioned in the Scope of Exposure Assessment Guidance). Therefore it can be concluded that there is no potential to cause toxic effects in the food chain.</pre> </body> </html> HAZ_ASSESS_CONCL_NO_ACCUMULATION_TOXIC_EFFECTS_VIA_FOODCHAIN PNEC_ORAL USER_DEFINED false PNEC_SEDIMENT_FRESH_WATER CALCULATED false PNEC_SEDIMENT_FRESH_WATER IMPORTED true 0.837 SEDIMENT_DENSITY_UNIT_MILLIGRAMS_PER_KILO <html> <head> </head> <body> <pre>Reference to equations in Guidance Part B, Version 2.1 (December 2011), paragraph B.7.2.4 - Derivation of PNEC for sediment and soil where PNECwater [mg.l-1]: 0.0103; Koc [cm3.g-1]: 776; PNECsed [mg.kg-1 of wet sediment]: 0.182 mg/kg wet sediment = 0.837 mg/kg sediment dw </pre> </body> </html> HAZ_ASSESS_CONCL_PNEC_SEDIMENT_FRESHWATER EXTRAPOLATION_METHOD_EQUILIBRIUM PNEC_SEDIMENT_FRESH_WATER USER_DEFINED false PNEC_SEDIMENT_MARINE_WATER CALCULATED false PNEC_SEDIMENT_MARINE_WATER IMPORTED true 0.0837 SEDIMENT_DENSITY_UNIT_MILLIGRAMS_PER_KILO <html> <head> </head> <body> <pre>Reference to equations in Guidance Part B, Version 2.1 (December 2011), paragraph B.7.2.4 - Derivation of PNEC for sediment and soil Where: PNECwater [mg.l-1]: 0.00103; Koc [cm3.g-1]: 776; PNECsed [mg.kg-1 of wet sediment]: 0.0182 mg/kg wet sediment = 0.0837 mg/kg sediment dw </pre> </body> </html> HAZ_ASSESS_CONCL_PNEC_SEDIMENT_MARINEWATER EXTRAPOLATION_METHOD_EQUILIBRIUM PNEC_SEDIMENT_MARINE_WATER USER_DEFINED false PNEC_SOIL CALCULATED false PNEC_SOIL IMPORTED true 0.161 SOIL_DENSITY_UNIT_MILLIGRAMS_PER_KILO <html> <head> </head> <body> <pre>Reference to equations in Guidance Part B, Version 2.1 (December 2011), paragraph B.7.2.4 - Derivation of PNEC for sediment and soil where PNECwater [mg.l-1]: 0.0103; Koc [cm3.g-1]: 776; PNECsoil [mg.kg-1 ww]: 0.142 mg/kg wet weight = 0.161 mg/kg soil dw </pre> </body> </html> HAZ_ASSESS_CONCL_PNEC_SOIL EXTRAPOLATION_METHOD_EQUILIBRIUM PNEC_SOIL USER_DEFINED false PNEC_STP CALCULATED false PNEC_STP IMPORTED true 1.49 DENSITY_UNIT_MILLIGRAMS_PER_LITER <html> <head> </head> <body> <pre>The EC50 microorganisms was determined to be greater than 1000 mg/l. As the substance has a water solubility of 149 mg/L, the EC50 for the test substance has been considered to be 149 mg/l. Applying an assessment factor of 100, the PNEC STP is 1.49 mg/l. </pre> </body> </html> HAZ_ASSESS_CONCL_PNEC_STP PNEC_STP USER_DEFINED false RELATIVE_DENSITY CALCULATED false RELATIVE_DENSITY IMPORTED true 0.981 RELATIVE_DENSITY USER_DEFINED false SOLUBILITY_IN_ORGANIC_SOLVENTS CALCULATED false SOLUBILITY_IN_ORGANIC_SOLVENTS IMPORTED true SOLUBILITY_IN_ORGANIC_SOLVENTS USER_DEFINED false SOLUBILITY_IN_STANDARD_FAT CALCULATED false SOLUBILITY_IN_STANDARD_FAT IMPORTED true SOLUBILITY_IN_STANDARD_FAT USER_DEFINED false SURFACE_TENSION CALCULATED false SURFACE_TENSION IMPORTED true 37.0 134.0 SURFACE_TENSION USER_DEFINED false VAPOUR_PRESSURE CALCULATED false VAPOUR_PRESSURE IMPORTED true 7.8 PRESSURE_UNIT_PA 20.0 TEMPERATURE_UNIT_CELSIUS VAPOUR_PRESSURE USER_DEFINED false VISCOSITY CALCULATED false VISCOSITY IMPORTED true 85.0 VISCOSITY_DYNAMIC 20.0 TEMPERATURE_UNIT_CELSIUS VISCOSITY USER_DEFINED false WATER_SOLUBILITY CALCULATED false WATER_SOLUBILITY IMPORTED true 149.0 DENSITY_UNIT_MILLIGRAMS_PER_LITER 20.0 TEMPERATURE_UNIT_CELSIUS WATER_SOLUBILITY USER_DEFINED false CONSUMER_DERMAL_LOCAL_LONG_TERM QUALITATIVE 10.0 The generic concentration triggering mixture classification for skin irritation category 2 is 10%. It is therefore assumed that no skin irritation occurs on exposure to the substance in mixtures below this concentration. Note: This assumption applies, if risk characterisation against a DNEL or observation from human data do not conclude differently. CONSUMER_DERMAL_LOCAL_SHORT_TERM QUALITATIVE 10.0 The generic concentration triggering mixture classification for skin irritation category 2 is 10%. It is therefore assumed that no skin irritation occurs on exposure to the substance in mixtures below this concentration. Note: This assumption applies, if risk characterisation against a DNEL or observation from human data do not conclude differently. CONSUMER_DERMAL_SYSTEMIC_LONG_TERM QUANTITATIVE CONSUMER_DERMAL_SYSTEMIC_SHORT_TERM NOT_NEEDED CONSUMER_EYE_LOCAL QUALITATIVE 10.0 The generic concentration triggering mixture classification for eye irritation category 2 is 10%. It is therefore assumed that no eye irritation occurs on exposure to the substance in mixtures below this concentration. Note: This assumption applies, if risk characterisation against a DNEL or observation from human data do not conclude differently. CONSUMER_INHALATION_LOCAL_LONG_TERM QUALITATIVE CONSUMER_INHALATION_LOCAL_SHORT_TERM QUALITATIVE CONSUMER_INHALATION_SYSTEMIC_LONG_TERM QUANTITATIVE CONSUMER_INHALATION_SYSTEMIC_SHORT_TERM NOT_NEEDED CONSUMER_ORAL_SYSTEMIC_LONG_TERM QUANTITATIVE ENVIRONMENT_AGRICULTURAL_SOIL QUANTITATIVE ENVIRONMENT_AIR NOT_NEEDED ENVIRONMENT_FRESH_WATER QUANTITATIVE ENVIRONMENT_MARINE_WATER QUANTITATIVE ENVIRONMENT_PREDATOR_FRESH_WATER NOT_NEEDED ENVIRONMENT_PREDATOR_MARINE_WATER NOT_NEEDED ENVIRONMENT_PREDATOR_TERRESTRIAL NOT_NEEDED ENVIRONMENT_SEDIMENT_FRESH_WATER QUANTITATIVE ENVIRONMENT_SEDIMENT_MARINE_WATER QUANTITATIVE ENVIRONMENT_STP QUANTITATIVE ENVIRONMENT_TOP_PREDATOR_MARINE_WATER NOT_NEEDED MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM QUANTITATIVE MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM QUANTITATIVE WORKER_DERMAL_LOCAL_LONG_TERM QUALITATIVE 10.0 The generic concentration triggering mixture classification for skin irritation category 2 is 10%. It is therefore assumed that no skin irritation occurs on exposure to the substance in mixtures below this concentration. Note: This assumption applies, if risk characterisation against a DNEL or observation from human data do not conclude differently. WORKER_DERMAL_LOCAL_SHORT_TERM QUALITATIVE 10.0 The generic concentration triggering mixture classification for skin irritation category 2 is 10%. It is therefore assumed that no skin irritation occurs on exposure to the substance in mixtures below this concentration. Note: This assumption applies, if risk characterisation against a DNEL or observation from human data do not conclude differently. WORKER_DERMAL_SYSTEMIC_LONG_TERM QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM NOT_NEEDED WORKER_EYE_LOCAL QUALITATIVE 10.0 The generic concentration triggering mixture classification for eye irritation category 2 is 10%. It is therefore assumed that no eye irritation occurs on exposure to the substance in mixtures below this concentration. Note: This assumption applies, if risk characterisation against a DNEL or observation from human data do not conclude differently. WORKER_INHALATION_LOCAL_LONG_TERM QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM NOT_NEEDED default IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 100.0 true true SUMMED_RCR 416bdb04-363b-4a2f-b047-6a3610baafeb default 2016-06-27T16:06:49 2017-05-26T10:54:52 false dc7650ce-02ba-4c1e-8b23-e807e8eb1188 A quantitative assessment was carried out for all environmental protection targets except for air and for predators, for which no hazard had been identified. The release estimation for the industrial scenarios is based on the following methods:<ul><li>Site related information (see manufacturing ES);Literature sources (OECD Emission Scenario Documents) (see formulation ES);</li><li>Specific Environmental Release Categories (SPERCs) (see general industrial use of coatings and inks ES).</li><li>Release estimation for widespread use (namely professional and consumer uses) were based on default ERC release factors.</li></ul>Potential risks to environmental compartments were evaluated using fate and transport model EUSES 2.1 and release module. The relevant OC and RMM (reported in the ES) driving the release factors (reported in corresponding exposure estimation section) reflect typical conditions of use applied at manufacturing site or by downstream users. A quantitative assessment was carried out for long term systemic hazards via skin and inhalation. The exposure of workers was estimated primarily using the ECETOC TRA (April 2012 version 3) modelling tool. However, for some of the contributing activities complementary or alternative approaches were taken:<ol><li>For industrial use of spray coating and the related exposure in form of aerosols, measured exposure data were used to support the exposure estimation from ECETOC TRA. The TRA only predicts exposure in vapour form, however the vapour pressure of the ECHA substance is relatively low and thus the contribution of the aerosol to the overall exposure via inhalation is high; the measured exposure information reduces the uncertainty around the modelled exposure. It was, however, not possible to base the assessment on measured data only, as the available measured data set was too small.</li><li>For professional uses of coating by spraying and by roller/brush application it was not possible to demonstrate safe use with ECETOC TRA tool, and thus the Stoffenmanager and ART exposure estimation tools were used. </li></ol>For systemic hazards, short-term and peak exposures were not quantitatively assessed because the substance is not classified regarding acute systemic toxicity.A qualitative assessment was carried out to assess irritation for all routes. For this endpoint the “low hazard” band was assigned for skin and for eye irritation, following the ECHA Guidance on Information Requirements and Chemical Safety Assessment, Part E, Table E.3-1. With a view to the irritation effects on skin and eyes and in the absence of data from an inhalation study, it is assumed (as reasonable worst case) that the substance may also cause irritation in the respiratory tract; however, there are no alerts of particular strong effects (substance neither corrosive nor reactive). The qualitative assessment differentiates between uses in concentrations of 10% or more (1) and uses where the concentration in the mixture is lower than 10% (2):(1) The OC/RMMs for safe use determined in the quantitative assessment for systemic effects were evaluated as to whether they provide sufficient protection against irritation effects, or whether additional measures are needed.- The risk is characterised by comparing the estimated exposure with the COSHH Essentials benchmark range for the Hazard Group B (5-50 ppm) (HSE: The technical basis for COSHH essentials: Easy steps to control chemicals; Table 3, http://www.coshh-essentials.org.uk/assets/live/CETB.pdf). For ECHA Substance, this corresponds to a range of 60 to 600 mg/m3. This is well above the DNEL of 24.7 mg/m3 derived for long-term systemic effects. It can therefore be assumed that the likelihood of adverse effects with respect to respiratory tract irritation is low, when the conditions of use are protective for long-term systemic effects. For a few scenarios the calculated short-term exposure value exceeds the threshold for long-term systemic effects (with 8h TWA remaining below the DNEL value), however it is still below 60 mg/m3. Consequently also in such situation the likelihood of respiratory irritation is low. - For dermal and eye exposure, the qualitative assessment considers whether there is potential for exposure during the activity. If this is considered to be probable, PPE is required.(2) For use in mixtures with concentration < 10% (generic concentration cut off for classification of mixtures regarding irritating components), the hazard is considered negligible and thus risk management measures with respect to irritation effects are not required for any of the exposure routes. This is based on the “low hazard” categorisation for the pure substance (see above), and the low vapour pressure (< 500 Pa), which allows to apply the concentration cut-off also for the respiratory route (irritation through vapours released from presence in diluted mixture is unlikely).The criteria for selection of OC/RMM are summarized here below:<ol><li>The minimum RMMs necessary to ensure the exposure levels are safe (covering all relevant endpoints, and the combined risk) were applied, taking into account uncertainty of exposure estimation and knowledge of good practice in the industry.</li><li>If technically feasible, engineering controls such as LEV have been recommended as preferred RMM option to reduce risk for industrial (and professional – where possible) workers in accordance with good occupational hygiene practice.</li><li>Limiting the duration of an activity has not been used as a risk management measure. Where durations shorter than 8 hours have been applied in the assessment, it is based on the assumption that the activity/task within a shift is short by nature. </li></ol> The main specifications for personal protective equipment (PPE) appropriate for ECHA Substance are as follows:<ul><li>Respiratory Protective Equipment: Filter type A. To be combined with particulate filter when there is potential for exposure to aerosol, for example, in spraying operations</li><li>Gloves: Butyl rubber gloves conforming to EN374, with thickness of > 0.7mm. Breakthrough time to be greater than task duration. Gloves should be worn when there is potential for dermal exposure.</li></ul> Consumer exposure was assessed using Tier 2 tool (ConsExpo Web), since Tier 1 (ECETOC TRA, Consumers v.3) tools were not able to demonstrate the safe use of the substance for consumer use of paints. ConsExpo Web has been used in connection with relevant RIVM fact sheet to describe consumer use of different products (water based and solvent rich).ECHA Substance is used in consumer products at concentrations well below 10% (generic concentration cut off for classification of mixtures regarding irritating components). Therefore, the hazard is considered negligible and thus risk management measures with respect to irritation effects are not required for any of the exposure routes. This is based on the “low hazard” categorisation for the pure substance (see above), and the low vapour pressure (< 500 Pa), which allows to apply the concentration cut-off also for the respiratory route (irritation through vapours released from presence in diluted mixture is unlikely). Manufacture / Import 0.0 0.0 0.0 320.0 ECHA Substance is used as an additive for inks and coatings. It functions as a co-emulsifier, antifoamer and wetting agent. Mixtures for industrial and professional applications contain ECHA Substance in concentrations up to 2%. Formulated products for consumer uses contain up to 1% of ECHA Substance. The substance is manufactured in a closed system. It is formulated into coatings and inks in batch processes. The products are used in a wide variety of industrial applications, both open and closed, such as component labelling, spraying of larger pieces in spray booths, application by roller//brush or dipping. The Substance is also present in paints used both by professionals and by consumers. 7753f8e4-6083-4567-845e-ab7f685adf00 c72633d1-b77b-49a1-bd94-48a92e456cb7 3f4d9cc7-9a80-40c7-88e2-527b61621db6 fef11a1c-03b9-4def-8d02-36c2c90d60dd f1fa2726-1447-4cb1-aa3b-a5dd7b291642 a2660b66-c47a-41c2-935b-71d40ef97d39 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c AGRIC_SOIL 0.0 0.0 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c AIR 13.917808219178083 36.986301369863014 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IND_SOIL 0.13698630136986303 1.2328767123287672 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WATER 7.013698630136986 12.328767123287673 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c ENVIRONMENT_AGRICULTURAL_SOIL MAIN 7.142464649911334E-6 1.1499368086357248E-6 MG_KG_DW_ID ENVIRONMENT_AIR MAIN 6.612649244249898E-7 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER ENVIRONMENT_FRESH_WATER MAIN 0.0011250270319671548 1.1587778429261694E-5 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_MARINE_WATER MAIN 0.0010456422779677463 1.0770115463067788E-6 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_SEDIMENT_FRESH_WATER MAIN 0.0013279344803760434 0.0011114811600747483 MG_KG_DW_ID ENVIRONMENT_SEDIMENT_MARINE_WATER MAIN 0.0010104761373003833 8.457685269204208E-5 MG_KG_DW_ID MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM MAIN 1.0876067835937333E-7 6.612649244249898E-7 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM MAIN 2.2684923163152854E-5 7.939723107103499E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY true ENVIRONMENT_AGRICULTURAL_SOIL 7.142464649911334E-6 false ENVIRONMENT_AIR false ENVIRONMENT_FRESH_WATER 0.0011250270319671548 false ENVIRONMENT_MARINE_WATER 0.0010456422779677463 false ENVIRONMENT_SEDIMENT_FRESH_WATER 0.0013279344803760434 false ENVIRONMENT_SEDIMENT_MARINE_WATER 0.0010104761373003833 false MAN_VIA_ENVIRONMENT_COMBINED_SYSTEMIC_LONG_TERM 2.2793683841512226E-5 true false MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM 1.0876067835937333E-7 false MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM 2.2684923163152854E-5 false IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c ENVIRONMENT_AGRICULTURAL_SOIL MAIN 0.0026239039595440205 4.224485374865873E-4 MG_KG_DW_ID 4.2129860067795157E-4 MG_KG_DW_ID ENVIRONMENT_AIR MAIN 7.655553028103073E-7 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 1.0429037838531748E-7 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER ENVIRONMENT_FRESH_WATER MAIN 0.011504814407061777 1.1849958839273631E-4 DENSITY_UNIT_MILLIGRAMS_PER_LITER 1.0691180996347462E-4 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_MARINE_WATER MAIN 0.011425429653062369 1.1768192542654241E-5 DENSITY_UNIT_MILLIGRAMS_PER_LITER 1.0691180996347462E-5 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_PREDATOR_FRESH_WATER MAIN 0.527504272463202 MG_KG_WW ENVIRONMENT_PREDATOR_MARINE_WATER MAIN 0.05208730258073694 MG_KG_WW ENVIRONMENT_PREDATOR_TERRESTRIAL MAIN 0.003707467184296168 MG_KG_WW ENVIRONMENT_SEDIMENT_FRESH_WATER MAIN 0.011496017416356257 0.009622166577490187 MG_KG_DW_ID ENVIRONMENT_SEDIMENT_MARINE_WATER MAIN 0.011416693362766121 9.555772344635243E-4 MG_KG_DW_ID ENVIRONMENT_STP MAIN 7.183641295991416E-4 0.001070362553102721 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_TOP_PREDATOR_MARINE_WATER MAIN 0.03481022285717153 MG_KG_WW MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM MAIN 1.2591370112011634E-7 7.655553028103073E-7 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM MAIN 2.3512461424046133E-4 8.229361498416146E-4 DOSE_MILLIGRAM_PER_KILO_PER_DAY true ENVIRONMENT_AGRICULTURAL_SOIL 0.0026239039595440205 false ENVIRONMENT_AIR false ENVIRONMENT_FRESH_WATER 0.011504814407061777 false ENVIRONMENT_MARINE_WATER 0.011425429653062369 false ENVIRONMENT_PREDATOR_FRESH_WATER false ENVIRONMENT_PREDATOR_MARINE_WATER false ENVIRONMENT_PREDATOR_TERRESTRIAL false ENVIRONMENT_SEDIMENT_FRESH_WATER 0.011496017416356257 false ENVIRONMENT_SEDIMENT_MARINE_WATER 0.011416693362766121 false ENVIRONMENT_STP 7.183641295991416E-4 false ENVIRONMENT_TOP_PREDATOR_MARINE_WATER false MAN_VIA_ENVIRONMENT_COMBINED_SYSTEMIC_LONG_TERM 2.3525052794158146E-4 true false MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM 1.2591370112011634E-7 false MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM 2.3512461424046133E-4 false SUMMED_RCR ESCom-9313213225 Manufacture of the ECHA Substance takes place in closed system, including automated sampling and analysis. Final transfer of the substance into containers is also considered. Maintenance and cleaning operations require worker’s manual intervention: prior to this, the system is emptied and purged. REACH_ARTICLE_OVER_10 0 320.0 false false false false true false true The substance is manufactured in a closed continuous process (PROC 1). Releases to environmental compartments are based on both site information and ERC - specific release factors, taking into account the following assumptions:<ul><li>No water releases occur since water is not used in the process or for cleaning / maintenance operations; solvents used for such activities are collected and treated as hazardous waste</li><li>Exhaust air from the process is collected and sent to an on-site incineration unit. An initial release, before RMMs, has been estimated using ERC1 default release factor.</li><li>Wastes collected during cleaning and maintenance operations are also incinerated on-site.</li></ul>The main opportunity for worker exposure is during maintenance and cleaning operations, which involve opening the system for access. For estimating the exposure during such maintenance and cleaning operations (PROC 28) with the available lower Tier modelling tools, a conservative assumption had to be made: the exposure potential is similar to the exposure potential occurring during transfer of substance from/to vessels at non-dedicated facilities, because there is a potential for a direct contact with the substance, and there is no particular process design / engineering measures to control the exposure (except for emptying and purging before opening). Consequently, when applying the ECETOC TRA workers for exposure estimation, the exposure corresponding to PROC 8a in TRA was used. Manufacture in contained system, no water involved 0 WASTE_TREATMENT_CONSIDERATION Waste is incinerated on site by incineration conforming to standard as laid down in 2000/76/EC Directive. When incinerated on site full decomposition is expected and thus releases are negligible false On site waste incineration true WASTE_CONSIDERATION_OTHER_TREATMENT RELEASE_MODULE_DAILY_USE_AT_SITE false true 16.0 EUSES_BIOLOGICAL_STP false false EUSES_BIOLOGICAL_STP-NONE WATER 0.0 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c true 77.84454931656154 13.641645308740024 8.513805374697949 0.0 EUSES_RECEIVING_SURFACE_WATER false false 18000.0 RELEASE_MODULE_ANNUAL_USE_AT_A_SITE false true 320.0 42d750c0-9fde-4f55-8f26-10a825c5b228 false true 13d507a6-97d0-45c9-b8d8-7111a050f836 67047af1-80ba-4c49-9233-3662c5064742 false true b055f426-045e-488d-99d9-78d477395e00 AIR 99.0 EUSES_DISCHARGE_RATE_OF_EFFLUENT false false 2000.0 ENVIRONMENT_AGRICULTURAL_SOIL 3.136004518996089E-4 true false QUANTITATIVE ENVIRONMENT_AIR true false NOT_NEEDED ENVIRONMENT_FRESH_WATER 0.0011250270319671548 true false QUANTITATIVE ENVIRONMENT_MARINE_WATER 0.0010456422779677463 true false QUANTITATIVE ENVIRONMENT_PREDATOR_FRESH_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_MARINE_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_TERRESTRIAL true false NOT_NEEDED ENVIRONMENT_SEDIMENT_FRESH_WATER 0.0011241667962437868 true false QUANTITATIVE ENVIRONMENT_SEDIMENT_MARINE_WATER 0.0010448427426536491 true false QUANTITATIVE ENVIRONMENT_STP 0.0 true false QUANTITATIVE ENVIRONMENT_TOP_PREDATOR_MARINE_WATER true false NOT_NEEDED MAN_VIA_ENVIRONMENT_COMBINED_SYSTEMIC_LONG_TERM 1.0570931843519848E-4 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM 2.0152019510370905E-5 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM 8.555729892482758E-5 true false QUANTITATIVE IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c ENVIRONMENT_AGRICULTURAL_SOIL MAIN 3.136004518996089E-4 5.048967275583703E-5 MG_KG_DW_ID 4.933973594720131E-5 MG_KG_DW_ID ENVIRONMENT_AIR MAIN 1.225242786230551E-4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 1.2186301369863012E-4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER ENVIRONMENT_FRESH_WATER MAIN 0.0011250270319671548 1.1587778429261694E-5 DENSITY_UNIT_MILLIGRAMS_PER_LITER 0.0 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_MARINE_WATER MAIN 0.0010456422779677463 1.0770115463067788E-6 DENSITY_UNIT_MILLIGRAMS_PER_LITER 0.0 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_PREDATOR_FRESH_WATER MAIN 0.09397688306131233 MG_KG_WW ENVIRONMENT_PREDATOR_MARINE_WATER MAIN 0.008734563640547975 MG_KG_WW ENVIRONMENT_PREDATOR_TERRESTRIAL MAIN 9.781829140734625E-4 MG_KG_WW ENVIRONMENT_SEDIMENT_FRESH_WATER MAIN 0.0011241667962437868 9.409276084560495E-4 MG_KG_DW_ID ENVIRONMENT_SEDIMENT_MARINE_WATER MAIN 0.0010448427426536491 8.745333756011043E-5 MG_KG_DW_ID ENVIRONMENT_STP MAIN 0.0 0.0 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_TOP_PREDATOR_MARINE_WATER MAIN 0.01746912728109595 MG_KG_WW MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM MAIN 2.0152019510370905E-5 1.225242786230551E-4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM MAIN 8.555729892482758E-5 2.994505462368965E-4 DOSE_MILLIGRAM_PER_KILO_PER_DAY true 5.793889214630847E-6 DENSITY_UNIT_MILLIGRAMS_PER_LITER 1.6553969184659564E-7 DOSE_MILLIGRAM_PER_KILO_PER_DAY DRINKING_WATER IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.046988441530656164 MG_KG_WW 7.71952968003637E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY FISH IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.012105707443307325 MG_KG_WW 2.0752641331383986E-4 DOSE_MILLIGRAM_PER_KILO_PER_DAY LEAF_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.0010495027720832891 MG_KG_WW 4.512861919958143E-6 DOSE_MILLIGRAM_PER_KILO_PER_DAY MEAT IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 3.318819170443771E-4 MG_KG_WW 2.659796506598508E-6 DOSE_MILLIGRAM_PER_KILO_PER_DAY MILK IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.001347251719531967 MG_KG_WW 7.390638004289647E-6 DOSE_MILLIGRAM_PER_KILO_PER_DAY ROOT_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c AIR 0.4383561643835616 0.0 5.0 0.05 8.0 ERC IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IND_SOIL 0.0 0.0 0.0 Closed system. No release to soil. RELEASE_FACTOR Manufacturing site specific IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WATER 0.0 0.0 0.0 0.0 0.0 No water used in the process or for cleaning equipment/maintenance operation. RELEASE_FACTOR Manufacturing site specific 0.0 Waste containing substance is incinerated on site. No waste containing ECHA Substance is expected to be generated from incineration process. Therefore, the release factor to “external” waste treatment facilities is set to 0 false 71949 ERC_1 Closed manufacturing process 1 The exposure by inhalation is well below the long-term DNEL. This indicates at the same time that the likelihood of adverse effects due to irritancy on the respiratory tract is also low, for short-term and for long-term exposure (explanation see section 9.0.4.2).No contact to skin or eyes is expected (local dermal effects), as the manufacturing process is a closed system. Under these use conditions, no local effects on respiratory tract, skin and eyes are expected. DURATION_OF_ACTIVITY false 8.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR CLOSED_PROCESS_WITHOUT_EXPOSURE false CLOSED_PROCESS_WITHOUT_EXPOSURE_ID OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 100.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_NO DERMAL 0.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.009917871602082129 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.004857142857142858 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.005060728744939271 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.004857142857142858 0.034 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM MAIN 0.125 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_LOCAL_SHORT_TERM MAIN 0.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.005060728744939271 0.125 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_SHORT_TERM NOT_USED 0.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER CLOSED_PROCESS_WITHOUT_EXPOSURE DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_1 false ESCom-11133170152 2 The exposure by inhalation is well below the long-term DNEL. This indicates at the same time that the likelihood of adverse effects due to irritancy on the respiratory tract is also low, for short-term and for long-term exposure (explanation see section 9.0.4.2).Skin irritancy is controlled by using suitable dermal protection equipment, while eye irritancy is controlled by using of face shield or goggles. Under these use conditions, no local effects on respiratory tract, skin and eyes are expected. W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 100.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID DURATION_OF_ACTIVITY false 8.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-YES INHALATION 95.0 DERMAL 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_PPE90 DERMAL 90.0 USE_EYE_PROTECTION false USE_EYE_PROTECTION-YES WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.3223753614806247 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.1958571428571429 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.12651821862348178 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.1958571428571429 1.3710000000000002 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM MAIN 3.125 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_LOCAL_SHORT_TERM MAIN 12.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.12651821862348178 3.125 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_SHORT_TERM NOT_USED 12.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_8b false ESCom-10133224587 3 Scheduled maintenance and cleaning operation, including manual cleaning of open vessels. The daily average exposure by inhalation is well below the long-term DNEL. This indicates at the same time that the likelihood of adverse effect due to irritancy on the respiratory tract is also low (explanation see section 9.0.4.2). Also for short-term exposure situations the calculated exposure is still below the COSSH benchmark. (i.e. 60 mg/m3 for the ECHA substance).Skin irritancy is controlled by using suitable dermal protection equipment, while eye irritancy is controlled by using of face shield or goggles. Under these use conditions, no local effects on respiratory tract, skin and eyes are expected. DURATION_OF_ACTIVITY false 4.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 100.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_PPE90 DERMAL 90.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_RP90 INHALATION 90.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL USE_EYE_PROTECTION false USE_EYE_PROTECTION-YES WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.4995008675534992 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.19585714285714287 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.3036437246963563 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.19585714285714287 1.371 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM MAIN 7.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_LOCAL_SHORT_TERM MAIN 50.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.3036437246963563 7.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_SHORT_TERM NOT_USED 50.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT TRA based on PROC 8a 3.0 PROC 8a has been used for exposure estimation since it assumes direct contact with the substance and no particular design control to limit exposure. 71949 PROC_28 false Coatings and Inks 2 200.0 false false Formulation of liquid mixtures Formulation refers to the mixing of raw materials to produce liquid mixtures, including products such as paints, coatings, inks, lubricants, and filling containers in dedicated facilities.Formulation steps that require worker intervention include: receiving and charging the substance; mixing in open batch processes; non-automated transfer of the mixtures and filling small to medium sized containers. Maintenance and cleaning operations are also included. REACH_ARTICLE_OVER_10 1 320.0 false false false false true false true ESCom-15193135692 The environmental emission estimates for coatings and inks are based on emission scenarios developed by OECD by the UK Environment Protection Agency (2009).The main opportunity for worker exposure arises from open process and maintenance cleaning operations. Formulation of mixture in closed and open systems 0 EUSES_BIOLOGICAL_STP false true EUSES_BIOLOGICAL_STP-STANDARD WATER 22.15545068343846 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c true 77.84454931656154 13.641645308740024 8.513805374697949 0.0 APPLICATION_OF_THE_STP false false APPLICATION_OF_THE_STP-YES WASTE_TREATMENT_CONSIDERATION Off site incineration of waste containing ECHA substance in accordance with 2000/76/EC Directive. When disposed of via incineration complete decomposition is expected and thus releases are negligible false ESCom-11133170667 true WASTE_CONSIDERATION_OTHER_TREATMENT RELEASE_MODULE_DAILY_USE_AT_SITE false true 0.5 EUSES_DISCHARGE_RATE_OF_STP false true 2000.0 EUSES_RECEIVING_SURFACE_WATER false true 18000.0 RELEASE_MODULE_ANNUAL_USE_AT_A_SITE false true 100.0 eda95b3e-7cbf-42c6-8b3b-0ace8084d936 false true ab9a069a-344e-4a9a-8477-a9644acb9688 ENVIRONMENT_AGRICULTURAL_SOIL 0.23903299045697854 true false QUANTITATIVE ENVIRONMENT_AIR true false NOT_NEEDED ENVIRONMENT_FRESH_WATER 0.9447420611314785 true false QUANTITATIVE ENVIRONMENT_MARINE_WATER 0.9446626763774791 true false QUANTITATIVE ENVIRONMENT_PREDATOR_FRESH_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_MARINE_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_TERRESTRIAL true false NOT_NEEDED ENVIRONMENT_SEDIMENT_FRESH_WATER 0.9440196777155595 true false QUANTITATIVE ENVIRONMENT_SEDIMENT_MARINE_WATER 0.9439403536619697 true false QUANTITATIVE ENVIRONMENT_STP 0.06530582996355834 true false QUANTITATIVE ENVIRONMENT_TOP_PREDATOR_MARINE_WATER true false NOT_NEEDED MAN_VIA_ENVIRONMENT_COMBINED_SYSTEMIC_LONG_TERM 0.011279582067972556 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM 7.527098129840263E-5 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM 0.011204311086674154 true false QUANTITATIVE IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c ENVIRONMENT_AGRICULTURAL_SOIL MAIN 0.23903299045697854 0.03848431146357355 MG_KG_DW_ID 0.03848316152676491 MG_KG_DW_ID ENVIRONMENT_AIR MAIN 4.57647566294288E-4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 4.56986301369863E-4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER ENVIRONMENT_FRESH_WATER MAIN 0.9447420611314785 0.009730843229654229 DENSITY_UNIT_MILLIGRAMS_PER_LITER 0.009719255451224967 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_MARINE_WATER MAIN 0.9446626763774791 9.730025566688037E-4 DENSITY_UNIT_MILLIGRAMS_PER_LITER 9.719255451224968E-4 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_PREDATOR_FRESH_WATER MAIN 21.689363652769387 MG_KG_WW ENVIRONMENT_PREDATOR_MARINE_WATER MAIN 2.1682732406113554 MG_KG_WW ENVIRONMENT_PREDATOR_TERRESTRIAL MAIN 0.3291178035512192 MG_KG_WW ENVIRONMENT_SEDIMENT_FRESH_WATER MAIN 0.9440196777155595 0.7901444702479232 MG_KG_DW_ID ENVIRONMENT_SEDIMENT_MARINE_WATER MAIN 0.9439403536619697 0.07900780760150686 MG_KG_DW_ID ENVIRONMENT_STP MAIN 0.06530582996355834 0.09730568664570192 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_TOP_PREDATOR_MARINE_WATER MAIN 0.8812845980694192 MG_KG_WW MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM MAIN 7.527098129840263E-5 4.57647566294288E-4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM MAIN 0.011204311086674154 0.03921508880335954 DOSE_MILLIGRAM_PER_KILO_PER_DAY true 0.002668603601879005 DENSITY_UNIT_MILLIGRAMS_PER_LITER 7.6245817196543E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY DRINKING_WATER IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 21.642375211238733 MG_KG_WW 0.03555533070417792 DOSE_MILLIGRAM_PER_KILO_PER_DAY FISH IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.04522711748319856 MG_KG_WW 7.753220139976897E-4 DOSE_MILLIGRAM_PER_KILO_PER_DAY LEAF_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.00410715017740403 MG_KG_WW 1.766074576283733E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY MEAT IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.0012987949252961362 MG_KG_WW 1.0408913615587608E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY MILK IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.5067928192776757 MG_KG_WW 0.002780120608608964 DOSE_MILLIGRAM_PER_KILO_PER_DAY ROOT_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c AIR 5.260273972602739 0.0 0.6 0.6 3.0 Taken from the EMISSION SCENARIO DOCUMENT ON COATINGS INDUSTRY (PAINTS, LACQUERS AND VARNISHES), OECD, July 2009. It is based on worst case release factor for low volatility substance (<1000 Pa) and high boiling point (> 120°C) RELEASE_FACTOR OECD ESD coatings IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IND_SOIL 0.0 0.0 0.0 No release to soil RELEASE_FACTOR OECD ESD coatings IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WATER 0.4383561643835616 0.0 0.05 0.05 0.25 Adapted from the EMISSION SCENARIO DOCUMENT ON COATINGS INDUSTRY (PAINTS, LACQUERS AND VARNISHES), OECD, July 2009. Release for liquid substances to waste or wastewater is possible only via equipment and/or packaging cleaning and workshop cleaning (OECD 2009). Fluids used for cleaning equipment or packaging containing ECHA substance should be collected as waste and sent to external waste treatment, so that release to wastewater has been set equal to 0.05%, equal to the substance fraction unintentionally spread within the workshop (OECD 2009) RELEASE_FACTOR OECD ESD coatings 1.0 Substance in waste comes from packaging material and cleaning fluids (ref. OECD, 2009) No RMM assumed false 71949 ERC_2 Receiving and charging of the substance 1 The exposure by inhalation is well below the long-term DNEL. This indicates at the same time that the likelihood of adverse effects due to irritancy on the respiratory tract is also low, for short-term and for long-term exposure (explanation see section 9.0.4.2).Skin irritancy is controlled by using suitable dermal protection equipment, while eye irritancy is controlled by using of face shield or goggles. Under these use conditions, no local effects on respiratory tract, skin and eyes are expected. DURATION_OF_ACTIVITY false 8.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 100.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_PPE80 DERMAL 80.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-YES INHALATION 95.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL USE_EYE_PROTECTION false USE_EYE_PROTECTION-YES WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.5182325043377676 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.3917142857142858 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.12651821862348178 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.3917142857142858 2.7420000000000004 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM MAIN 3.125 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_LOCAL_SHORT_TERM MAIN 12.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.12651821862348178 3.125 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_SHORT_TERM NOT_USED 12.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_8b false ESCom-10060200558 ESCom-10133224656 2 The exposure by inhalation is well below the long-term DNEL. This indicates at the same time that the likelihood of adverse effects due to irritancy on the respiratory tract is also low, for short-term and for long-term exposure (explanation see section 9.0.4.2).Skin irritancy is controlled by using suitable dermal protection equipment, while eye irritancy is controlled by using of face shield or goggles. Under these use conditions, no local effects on respiratory tract, skin and eyes are expected. DURATION_OF_ACTIVITY false true 8.0 TRA-WORKER-PLACE_OF_USE false true TRA-WORKER-INDOOR CLOSED_BATCH_PROCESS_WITH_EXPOSURE false ESCom-11133170148 true CLOSED_BATCH_PROCESS_WITH_EXPOSURE_ID OPERATING_TEMPERATURE false true 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false true 100.0 W_PHYSICAL_FORM_OF_PRODUCT false false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION Dermal protection to be used only when there potential for exposure (e.g. sampling). false true TRA-WORKER-DERMAL-PROTECTION_PPE80 DERMAL 80.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false true TRA-WORKER-LOCAL-EXHAUST-VENTILATION-YES INHALATION 90.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false true TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false true TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL USE_EYE_PROTECTION false true USE_EYE_PROTECTION-YES WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.17153614806246387 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.019714285714285712 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.15182186234817815 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.019714285714285712 0.13799999999999998 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM MAIN 3.75 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_LOCAL_SHORT_TERM MAIN 15.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.15182186234817815 3.75 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_SHORT_TERM NOT_USED 15.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER CLOSED_BATCH_PROCESS_WITH_EXPOSURE DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_3 false ESCom-10060200558 ESCom-10133224657 3 The daily average exposure by inhalation is well below the long-term DNEL. This indicates at the same time that the likelihood of adverse effect due to irritancy on the respiratory tract is also low (explanation see section 9.0.4.2). Also for short-term exposure situations the calculated exposure is still below the COSSH benchmark. (i.e. 60 mg/m3 for the ECHA substance).Skin irritancy is controlled by using suitable dermal protection equipment, while eye irritancy is controlled by using of face shield or goggles. Under these use conditions, no local effects on respiratory tract, skin and eyes are expected. DURATION_OF_ACTIVITY false 8.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 100.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_PPE80 DERMAL 80.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-YES INHALATION 90.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL USE_EYE_PROTECTION false USE_EYE_PROTECTION-YES WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.6447507229612494 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.3917142857142858 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.25303643724696356 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.3917142857142858 2.7420000000000004 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM MAIN 6.25 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_LOCAL_SHORT_TERM MAIN 25.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.25303643724696356 6.25 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_SHORT_TERM NOT_USED 25.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_5 false ESCom-11133170151 4 Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false 8.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 2.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_NO DERMAL 0.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-YES INHALATION 90.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.49292886061307123 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.3917142857142858 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.10121457489878542 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.3917142857142858 2.7420000000000004 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.10121457489878542 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_8a false ESCom-11133170152 5 Covers also transfer of process waste to storage containers Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false 8.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 2.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_NO DERMAL 0.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.8977871602082129 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.3917142857142858 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.5060728744939271 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.3917142857142858 2.7420000000000004 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 12.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.5060728744939271 12.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_8b false ESCom-11133170153 6 Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false 8.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 2.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_NO DERMAL 0.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.7020728744939271 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.196 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.5060728744939271 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.196 1.372 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 12.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.5060728744939271 12.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_9 false ESCom-10133224587 7 Covers maintenance and cleaning operation of equipment where undiluted substance is used The daily average exposure by inhalation is well below the long-term DNEL. This indicates at the same time that the likelihood of adverse effect due to irritancy on the respiratory tract is also low (explanation see section 9.0.4.2). Also for short-term exposure situations the calculated exposure is still below the COSSH benchmark. (i.e. 60 mg/m3 for the ECHA substance).Skin irritancy is controlled by using suitable dermal protection equipment, while eye irritancy is controlled by using of face shield or goggles. Under these use conditions, no local effects on respiratory tract, skin and eyes are expected. DURATION_OF_ACTIVITY false 4.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 100.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_PPE80 DERMAL 80.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_RP90 INHALATION 90.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL USE_EYE_PROTECTION false USE_EYE_PROTECTION-YES WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.695358010410642 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.39171428571428574 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.3036437246963563 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.39171428571428574 2.742 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM MAIN 7.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_LOCAL_SHORT_TERM MAIN 50.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.3036437246963563 7.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_SHORT_TERM NOT_USED 50.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT TRA based on PROC 8a 3.0 PROC 8a has been used for exposure estimation since it assumes direct contact with the substance and no particular design control to limit exposure 71949 PROC_28 false TF_34 TF_0 wetting agent, co emulsifier false true false General Industrial use of coatings and inks This scenario covers the industrial use of coatings and inks in a range of processes. This includes closed printing processes (e.g. marking of electronic components, pharmaceutical products and medical devices) and open application to larger surface areas by spraying, dipping and roller/brush methods.Also auxiliary activities are covered such as: raw material receipt and transfer; preparation of coatings, including mixing; loading of application devices; and tasks following application activities (curing/drying and cleaning/maintenance of equipment).The concentration of the substance (additive) in coating is in the range of 0.5-2%. REACH_ARTICLE_OVER_10 c72633d1-b77b-49a1-bd94-48a92e456cb7 0 100.0 false false false false true false true Based on its technical function, the concentration of the substance in mixtures has been set to a maximum of 2%.Releases to the environment have been calculated using SPERC XYZ IULS, covering industrial use of coatings involving water for large scale application, SPERC XYZ IUSS for small scale coating application and SPERC XYZ IUWF for coatings applications where water is not used, either in the process or for cleaning and maintenance. Each SPERC is associated with a specific environmental contributing activity. The SPERCs contain subSPERCs and the ones matching the ECHA substance properties (i.e. non-volatile, with boiling point > 250 °C) have been selected for the assessment.With respect to worker exposure, the contributing scenarios which pose the greatest potential for exposure are coating tasks themselves, especially spraying, and maintenance and cleaning. Industrial application of coatings and inks involving water - Large scale 0 Covers uses where water is used, including in cleaning of equipment RELEASE_MODULE_DAILY_USE_AT_SITE From DU survey: maximum amount of product used is 5 tonnes/day, corresponding to 0.1 tonne/day of ECHA substance (substance concentration in mixture is 2%) false true 0.1 EUSES_BIOLOGICAL_STP false true EUSES_BIOLOGICAL_STP-STANDARD WATER 22.15545068343846 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c true 77.84454931656154 13.641645308740024 8.513805374697949 0.0 EUSES_DISCHARGE_RATE_OF_STP false true 2000.0 APPLICATION_OF_THE_STP false false APPLICATION_OF_THE_STP-YES WASTE_TREATMENT_CONSIDERATION Particular risks from waste treatment unlikely due low concentration of substance in waste stream. Waste disposal according to national/local legislation is sufficient. false false WASTE_CONSIDERATION_NO_LOW_CONCENTRATION ENVIRONMENT_PLACE_OF_USE false true ENVIRONMENT_PLACE_OF_USE_INDOOR EUSES_RECEIVING_SURFACE_WATER false true 18000.0 2c2591e2-74f1-4b5b-9490-088a26cf5941 This condition indicates that discharge of water phase from wet scrubber is not covered in this contributing scenario false true c453e69e-ff8f-470a-9393-63a11cf5bd77 bd73eafe-6c8f-44b6-8ea1-464a40613bb2 Risk Management Measure effective only on non volatile substances (BP>250 C) being part of the mixture. Examples of treatment option are described in the background document (BD) false true 23a8ddb8-5adf-475d-b681-40392ff5ea4f WATER 90.0 98583bd6-1464-48ce-88dd-e7c035375ff6 Risk Management Measure effective only on volatile substances (BP<250 C) being part of the mixture. Examples of treatment option are described in the background document (BD) false false d74fcdad-5ccd-4049-9c68-581e4d3e2224 AIR 99.0 RELEASE_MODULE_ANNUAL_USE_AT_A_SITE false true 30.0 ENVIRONMENT_AGRICULTURAL_SOIL 0.18166025921630524 true false QUANTITATIVE ENVIRONMENT_AIR true false NOT_NEEDED ENVIRONMENT_FRESH_WATER 0.7182739729475959 true false QUANTITATIVE ENVIRONMENT_MARINE_WATER 0.7181945881935966 true false QUANTITATIVE ENVIRONMENT_PREDATOR_FRESH_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_MARINE_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_TERRESTRIAL true false NOT_NEEDED ENVIRONMENT_SEDIMENT_FRESH_WATER 0.717724755094924 true false QUANTITATIVE ENVIRONMENT_SEDIMENT_MARINE_WATER 0.7176454310413338 true false QUANTITATIVE ENVIRONMENT_STP 0.04963243077230435 true false QUANTITATIVE ENVIRONMENT_TOP_PREDATOR_MARINE_WATER true false NOT_NEEDED MAN_VIA_ENVIRONMENT_COMBINED_SYSTEMIC_LONG_TERM 0.012435129725756078 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM 5.648042614339182E-5 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM 0.012378649299612686 true false QUANTITATIVE IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c ENVIRONMENT_AGRICULTURAL_SOIL MAIN 0.18166025921630524 0.029247301733825143 MG_KG_DW_ID 0.029246151797016506 MG_KG_DW_ID ENVIRONMENT_AIR MAIN 3.434009909518223E-4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 3.4273972602739727E-4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER ENVIRONMENT_FRESH_WATER MAIN 0.7182739729475959 0.007398221921360238 DENSITY_UNIT_MILLIGRAMS_PER_LITER 0.0073866341429309765 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_MARINE_WATER MAIN 0.7181945881935966 7.397404258394046E-4 DENSITY_UNIT_MILLIGRAMS_PER_LITER 7.386634142930977E-4 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_PREDATOR_FRESH_WATER MAIN 24.71271780052852 MG_KG_WW ENVIRONMENT_PREDATOR_MARINE_WATER MAIN 2.470608655387269 MG_KG_WW ENVIRONMENT_PREDATOR_TERRESTRIAL MAIN 0.25014095403434927 MG_KG_WW ENVIRONMENT_SEDIMENT_FRESH_WATER MAIN 0.717724755094924 0.6007356200144514 MG_KG_DW_ID ENVIRONMENT_SEDIMENT_MARINE_WATER MAIN 0.7176454310413338 0.06006692257815964 MG_KG_DW_ID ENVIRONMENT_STP MAIN 0.04963243077230435 0.07395232185073349 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_TOP_PREDATOR_MARINE_WATER MAIN 1.0022187639797844 MG_KG_WW MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM MAIN 5.648042614339182E-5 3.434009909518223E-4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM MAIN 0.012378649299612686 0.0433252725486444 DOSE_MILLIGRAM_PER_KILO_PER_DAY true 0.003041396961652018 DENSITY_UNIT_MILLIGRAMS_PER_LITER 8.689705604720052E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY DRINKING_WATER IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 24.665729358997865 MG_KG_WW 0.04052226966121078 DOSE_MILLIGRAM_PER_KILO_PER_DAY FISH IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.0339367761967798 MG_KG_WW 5.817733062305108E-4 DOSE_MILLIGRAM_PER_KILO_PER_DAY LEAF_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.003153823835845267 MG_KG_WW 1.3561442494134647E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY MEAT IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 9.973266660200032E-4 MG_KG_WW 7.992860851960312E-6 DOSE_MILLIGRAM_PER_KILO_PER_DAY MILK IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.3851418633507472 MG_KG_WW 0.0021127782218098136 DOSE_MILLIGRAM_PER_KILO_PER_DAY ROOT_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c AIR 4.10958904109589 0.0 1.5 1.5000000000000002 Only a minimum fraction of a solid or non volatile substance expected to be emitted to air; non volatile substances are not necessarily collected by air RMM system. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) SPERC IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IND_SOIL 0.0 0.0 0.0 No releases to soil from large sites. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) SPERC IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WATER 0.5205479452054794 0.0 0.19 0.19000000000000003 Losses to wastewater comes for cleaning of equipment. Releases of non volatile are further reduced by on site RMM (90% of effectiveness for non volatile). The release estimation (before on site RMM) is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the release derivation is described in the background document (BD) SPERC 60.4 This correspond to the maximum fraction of non volatile substance in waste. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) false 35a750f9-2825-43c9-88f8-736b6efc4157 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 33837 71949 ERC_5 Industrial application of coatings and inks involving water - Small scale 1 Covers uses where water is used, including in cleaning of equipment RELEASE_MODULE_DAILY_USE_AT_SITE Maximum amount of product used is 0.5 tonnes/day (from SPERC), which corresponds to 0.01 tonne/day of substance (substance concentration in mixture is 2%) false true 0.01 EUSES_BIOLOGICAL_STP false true EUSES_BIOLOGICAL_STP-STANDARD WATER 22.15545068343846 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c true 77.84454931656154 13.641645308740024 8.513805374697949 0.0 EUSES_DISCHARGE_RATE_OF_STP false true 2000.0 APPLICATION_OF_THE_STP false false APPLICATION_OF_THE_STP-YES WASTE_TREATMENT_CONSIDERATION Particular risks from waste treatment unlikely due low concentration of substance in waste stream. Waste disposal according to national/local legislation is sufficient. false false WASTE_CONSIDERATION_NO_LOW_CONCENTRATION ENVIRONMENT_PLACE_OF_USE false true ENVIRONMENT_PLACE_OF_USE_INDOOR EUSES_RECEIVING_SURFACE_WATER false true 18000.0 2c2591e2-74f1-4b5b-9490-088a26cf5941 This condition indicates that discharge of water phase from wet scrubber is not covered in this contributing scenario false true c453e69e-ff8f-470a-9393-63a11cf5bd77 RELEASE_MODULE_ANNUAL_USE_AT_A_SITE false 2.25 ENVIRONMENT_AGRICULTURAL_SOIL 0.18085926626984544 true false QUANTITATIVE ENVIRONMENT_AIR true false NOT_NEEDED ENVIRONMENT_FRESH_WATER 0.7182739729475959 true false QUANTITATIVE ENVIRONMENT_MARINE_WATER 0.7181945881935964 true false QUANTITATIVE ENVIRONMENT_PREDATOR_FRESH_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_MARINE_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_TERRESTRIAL true false NOT_NEEDED ENVIRONMENT_SEDIMENT_FRESH_WATER 0.7177247550949238 true false QUANTITATIVE ENVIRONMENT_SEDIMENT_MARINE_WATER 0.7176454310413337 true false QUANTITATIVE ENVIRONMENT_STP 0.049632430772304344 true false QUANTITATIVE ENVIRONMENT_TOP_PREDATOR_MARINE_WATER true false NOT_NEEDED MAN_VIA_ENVIRONMENT_COMBINED_SYSTEMIC_LONG_TERM 0.009323637632441614 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM 4.336635588236806E-6 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM 0.009319300996853377 true false QUANTITATIVE IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c ENVIRONMENT_AGRICULTURAL_SOIL MAIN 0.18085926626984544 0.029118341869445116 MG_KG_DW_ID 0.02911719193263648 MG_KG_DW_ID ENVIRONMENT_AIR MAIN 2.6366744376479782E-5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 2.570547945205479E-5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER ENVIRONMENT_FRESH_WATER MAIN 0.7182739729475959 0.007398221921360237 DENSITY_UNIT_MILLIGRAMS_PER_LITER 0.007386634142930976 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_MARINE_WATER MAIN 0.7181945881935964 7.397404258394043E-4 DENSITY_UNIT_MILLIGRAMS_PER_LITER 7.386634142930975E-4 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_PREDATOR_FRESH_WATER MAIN 18.558032571161718 MG_KG_WW ENVIRONMENT_PREDATOR_MARINE_WATER MAIN 1.8551401324505887 MG_KG_WW ENVIRONMENT_PREDATOR_TERRESTRIAL MAIN 0.24790694442061506 MG_KG_WW ENVIRONMENT_SEDIMENT_FRESH_WATER MAIN 0.7177247550949238 0.6007356200144512 MG_KG_DW_ID ENVIRONMENT_SEDIMENT_MARINE_WATER MAIN 0.7176454310413337 0.060066922578159626 MG_KG_DW_ID ENVIRONMENT_STP MAIN 0.049632430772304344 0.07395232185073347 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_TOP_PREDATOR_MARINE_WATER MAIN 0.7560313548051123 MG_KG_WW MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM MAIN 4.336635588236806E-6 2.6366744376479782E-5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM MAIN 0.009319300996853377 0.03261755348898682 DOSE_MILLIGRAM_PER_KILO_PER_DAY true 0.002282496193542671 DENSITY_UNIT_MILLIGRAMS_PER_LITER 6.521417695836204E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY DRINKING_WATER IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 18.511044129631063 MG_KG_WW 0.03041100107010818 DOSE_MILLIGRAM_PER_KILO_PER_DAY FISH IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.0026129947570401363 MG_KG_WW 4.4794195834973765E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY LEAF_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 3.867039735295032E-4 MG_KG_WW 1.6628270861768634E-6 DOSE_MILLIGRAM_PER_KILO_PER_DAY MEAT IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 1.222865336590692E-4 MG_KG_WW 9.800392197533975E-7 DOSE_MILLIGRAM_PER_KILO_PER_DAY MILK IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.3817007358972816 MG_KG_WW 0.0020939011797793737 DOSE_MILLIGRAM_PER_KILO_PER_DAY ROOT_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c AIR 4.10958904109589 0.0 1.5 0.15 Only a minimum fraction of a solid or non volatile substance expected to emitted to air. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) SPERC IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IND_SOIL 0.0 0.0 0.0 This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) SPERC IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WATER 5.205479452054794 0.0 1.9 0.19 Losses to wastewater comes for cleaning of equipment. The release estimation is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) SPERC 60.4 This correspond to the maximum fraction of non volatile substance in waste. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) false 91f56044-1dab-4205-8d60-63ed20231859 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 33841 71949 ERC_5 false Industrial application of coatings and inks. Water free 2 Covers all dry processes where water is not used in any part of the process (in the product, after application, or for cleaning purposes) RELEASE_MODULE_DAILY_USE_AT_SITE From DU survey: maximum amount of product used is 5 tonnes/day, corresponding to 0.1 tonne/day of ECHA substance (substance concentration in mixture is 2%) false true 0.1 EUSES_BIOLOGICAL_STP false false EUSES_BIOLOGICAL_STP-NONE WATER 0.0 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c true 77.84454931656154 13.641645308740024 8.513805374697949 0.0 WASTE_TREATMENT_CONSIDERATION Particular risks from waste treatment unlikely due low concentration of substance in waste stream. Waste disposal according to national/local legislation is sufficient. false false WASTE_CONSIDERATION_NO_LOW_CONCENTRATION ENVIRONMENT_PLACE_OF_USE false true ENVIRONMENT_PLACE_OF_USE_INDOOR EUSES_DISCHARGE_RATE_OF_EFFLUENT false false 2000.0 EUSES_RECEIVING_SURFACE_WATER false false 18000.0 5da37cb6-6a4c-4a2c-973e-0ed8a97563fa false true 38a6293a-11fa-4174-9ef4-e73d90ea228f adbd2496-d02b-45c6-aee6-a4349572bef2 false true b4a80d12-d741-4ab6-a195-bf62e1b70357 2c2591e2-74f1-4b5b-9490-088a26cf5941 This condition indicates that discharge of water phase from wet scrubber is not covered in this contributing scenario false true c453e69e-ff8f-470a-9393-63a11cf5bd77 RELEASE_MODULE_ANNUAL_USE_AT_A_SITE false true 30.0 ENVIRONMENT_AGRICULTURAL_SOIL 8.690555537896857E-4 true false QUANTITATIVE ENVIRONMENT_AIR true false NOT_NEEDED ENVIRONMENT_FRESH_WATER 0.0011250270319671548 true false QUANTITATIVE ENVIRONMENT_MARINE_WATER 0.0010456422779677463 true false QUANTITATIVE ENVIRONMENT_PREDATOR_FRESH_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_MARINE_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_TERRESTRIAL true false NOT_NEEDED ENVIRONMENT_SEDIMENT_FRESH_WATER 0.0011241667962437868 true false QUANTITATIVE ENVIRONMENT_SEDIMENT_MARINE_WATER 0.0010448427426536491 true false QUANTITATIVE ENVIRONMENT_STP 0.0 true false QUANTITATIVE ENVIRONMENT_TOP_PREDATOR_MARINE_WATER true false NOT_NEEDED MAN_VIA_ENVIRONMENT_COMBINED_SYSTEMIC_LONG_TERM 2.5638591534745146E-4 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM 5.648042614339182E-5 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM 1.9990548920405962E-4 true false QUANTITATIVE IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c ENVIRONMENT_AGRICULTURAL_SOIL MAIN 8.690555537896857E-4 1.399179441601394E-4 MG_KG_DW_ID 1.3876800735150368E-4 MG_KG_DW_ID ENVIRONMENT_AIR MAIN 3.434009909518223E-4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 3.4273972602739727E-4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER ENVIRONMENT_FRESH_WATER MAIN 0.0011250270319671548 1.1587778429261694E-5 DENSITY_UNIT_MILLIGRAMS_PER_LITER 0.0 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_MARINE_WATER MAIN 0.0010456422779677463 1.0770115463067788E-6 DENSITY_UNIT_MILLIGRAMS_PER_LITER 0.0 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_PREDATOR_FRESH_WATER MAIN 0.09397688306131233 MG_KG_WW ENVIRONMENT_PREDATOR_MARINE_WATER MAIN 0.008734563640547975 MG_KG_WW ENVIRONMENT_PREDATOR_TERRESTRIAL MAIN 0.0025273751299407935 MG_KG_WW ENVIRONMENT_SEDIMENT_FRESH_WATER MAIN 0.0011241667962437868 9.409276084560495E-4 MG_KG_DW_ID ENVIRONMENT_SEDIMENT_MARINE_WATER MAIN 0.0010448427426536491 8.745333756011043E-5 MG_KG_DW_ID ENVIRONMENT_STP MAIN 0.0 0.0 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_TOP_PREDATOR_MARINE_WATER MAIN 0.01746912728109595 MG_KG_WW MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM MAIN 5.648042614339182E-5 3.434009909518223E-4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM MAIN 1.9990548920405962E-4 6.996692122142086E-4 DOSE_MILLIGRAM_PER_KILO_PER_DAY true 8.938221614111151E-6 DENSITY_UNIT_MILLIGRAMS_PER_LITER 2.5537776040317575E-7 DOSE_MILLIGRAM_PER_KILO_PER_DAY DRINKING_WATER IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.046988441530656164 MG_KG_WW 7.71952968003637E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY FISH IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.033928882269774384 MG_KG_WW 5.816379817675609E-4 DOSE_MILLIGRAM_PER_KILO_PER_DAY LEAF_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.002940954043820609 MG_KG_WW 1.2646102388428618E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY MEAT IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 9.300113272355769E-4 MG_KG_WW 7.453376493987981E-6 DOSE_MILLIGRAM_PER_KILO_PER_DAY MILK IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.003733529662089816 MG_KG_WW 2.0481077003464134E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY ROOT_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c AIR 4.10958904109589 0.0 1.5 1.5000000000000002 Only a minimum fraction of a solid or non volatile substance expected to emitted to air. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) SPERC IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IND_SOIL 0.0 0.0 0.0 This figure is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) SPERC IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WATER 0.0 0.0 0.0 0.0 No water used in the process or as cleaning agent (see also background document (BD)). SPERC 60.4 This correspond to the maximum fraction of non volatile substance in waste. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) false 53e1d228-2cbb-4fa0-989f-c9ee4ca92559 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 33846 71949 ERC_5 Raw material receipt and transfer 3 Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false 1.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 2.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_NO DERMAL 0.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.49292886061307123 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.3917142857142858 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.10121457489878542 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.3917142857142858 2.7420000000000004 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.10121457489878542 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_8b false ESCom-10133224577 ESCom-10133224657 4 Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false 1.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 2.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_NO DERMAL 0.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.49292886061307123 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.3917142857142858 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.10121457489878542 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.3917142857142858 2.7420000000000004 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.10121457489878542 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_5 false Batch loading of equipment (manual, non dedicated) 5 Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false 1.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 2.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_NO DERMAL 0.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.5941434355118567 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.3917142857142858 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.20242914979757085 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.3917142857142858 2.7420000000000004 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 5.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.20242914979757085 5.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_8a false ESCom-10133224560 6 For manual spraying, spray gun preparation and daily cleaning of equipment is covered in this contributing scenario. Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false true 8.0 TRA-WORKER-PLACE_OF_USE false true TRA-WORKER-INDOOR OPERATING_TEMPERATURE false true 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false true 2.0 W_PHYSICAL_FORM_OF_PRODUCT false false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false Wear suitable gloves tested to EN374 and sleeves. For further specification, refer to section 8 of the SDS. true TRA-WORKER-DERMAL-PROTECTION_PPE80 DERMAL 80.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false true TRA-WORKER-LOCAL-EXHAUST-VENTILATION-YES INHALATION 95.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false true TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false true TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL a80690b2-572a-4fde-874d-d18914e708ed true ESCom-16012153001 true 84d25fd6-d82f-4939-941f-a05089d4698c f4e2e512-90f2-4c55-884a-a22bcee1d731 true true 5902d018-8897-4b61-88ca-0efaa0009d91 USE_EYE_PROTECTION true ESCom-11133171467 true USE_EYE_PROTECTION-YES WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.7509871602082129 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.24491428571428578 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.5060728744939271 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.24491428571428578 1.7144000000000004 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 12.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.5060728744939271 12.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 7.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 9 2.0 WORKER_INHALATION_SYSTEMIC_LONG_TERM SUPPORTIVE 0.2834008097165992 7.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 9 2.0 Internal report ref 12345 ECHA substance The complete dataset is reported in Annex 3, attached to the present CSR Personal exposure measurements at 1 location, (3 operators on 3 days), 2011 Measurements taken during spraying with conventional high pressure spray guns in dedicated paint booth, Local Exhaust Ventilation in operation and workers without RPE; loading and routine cleaning operations after spraying also included in the measurements. 8 hour TWA (mean) = 2.4 mg/m3, 8 hour TWA (90th percentile) = 7 mg/m3; this value is used as supportive evidence for the exposure estimation Average measurement duration 160 mins. 71949 PROC_7 false Printing closed automated machinery 7 Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false 8.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 2.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_NO DERMAL 0.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL 8dbfc095-a5ab-41b6-88c7-05bcbd2ce60b false 83702752-a7b2-45cf-8bb4-dd99cd588a85 WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.14035743204164258 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.039142857142857146 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.10121457489878542 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.039142857142857146 0.274 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.10121457489878542 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT TRA based on PROC 2 3.0 PROC 2 has been used for exposure estimation since it assumes closed system with controlled occasional exposure. IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 0.25 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 6 2.0 WORKER_INHALATION_SYSTEMIC_LONG_TERM SUPPORTIVE 0.010121457489878543 0.25 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 6 2.0 Measured dataset xyz1 ECHA Substance The complete dataset is reported in Annex 3, attached to the present CSR Number of measured data points: 6 for one site Measurements taken from operators of printing machine in closed systems Average measurement duration 240 mins. Sampling methodology: Personal sampling Limit of detection (LoD) for ECHA substance; 0.01 mg/m3 Concentration (mg/m3): 0.25; 0.11; 0.02; 0.01; <0.01 (LD); <0.01 (LD). The highest value is used as supportive evidence for the exposure estimation 71949 PROC_10 false ESCom-10133224647 ESCom-10133224561 8 Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false true 8.0 TRA-WORKER-PLACE_OF_USE false true TRA-WORKER-INDOOR OPERATING_TEMPERATURE false true 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false true 2.0 W_PHYSICAL_FORM_OF_PRODUCT false false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false false TRA-WORKER-DERMAL-PROTECTION_NO DERMAL 0.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false true TRA-WORKER-LOCAL-EXHAUST-VENTILATION-YES INHALATION 90.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false true TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false true TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL 41c08ba7-1bf0-4a15-835b-4e817fd9b67b true bcad6f72-51bb-4d80-af7a-debf604a53a4 USE_EYE_PROTECTION true ESCom-11133171467 true USE_EYE_PROTECTION-YES WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.8849288606130712 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.7837142857142858 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.10121457489878542 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.7837142857142858 5.486000000000001 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.10121457489878542 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_10 false ESCom-10133224554 9 Covers also after drying of the coating Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false true 8.0 TRA-WORKER-PLACE_OF_USE false true TRA-WORKER-INDOOR OPERATING_TEMPERATURE false true 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false true 2.0 W_PHYSICAL_FORM_OF_PRODUCT false false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false false TRA-WORKER-DERMAL-PROTECTION_NO DERMAL 0.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false true TRA-WORKER-LOCAL-EXHAUST-VENTILATION-YES INHALATION 90.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false true TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false true TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL 41c08ba7-1bf0-4a15-835b-4e817fd9b67b true bcad6f72-51bb-4d80-af7a-debf604a53a4 USE_EYE_PROTECTION true ESCom-11133171467 true USE_EYE_PROTECTION-YES WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.49292886061307123 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.3917142857142858 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.10121457489878542 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.3917142857142858 2.7420000000000004 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.10121457489878542 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_13 false ESCom-10133224648 ESCom-10133224660 10 Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false 8.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 70.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 2.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_NO DERMAL 0.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL 969f728a-d066-4ddd-ac89-5d243a463e76 false de3f7826-32ae-47b4-b53e-16387cf9098a WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.14035743204164258 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.039142857142857146 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.10121457489878542 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 0.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 6 2.0 WORKER_INHALATION_SYSTEMIC_LONG_TERM SUPPORTIVE 0.020242914979757085 0.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 6 2.0 Measured dataset xyz2 ECHA Substance The complete dataset is reported in Annex 3, attached to the present CSR Measurements taken from operators of closed oven operating at controlled temperature (not more than 70 C); during measurements, operators stayed in the rooms where drying in the oven takes place the full shift Number of measured data points: 6; 1 site Average measurement duration 240 mins. Sampling methodology: Personal sampling Limit of detection (LD) for ECHA substance; 0.01 mg/m3 Concentration (mg/m3): 0.5; 0.2; 0.05; 0.01; <0.01 (LD); <0.01 (LD). The highest value is used as supportive evidence for the exposure estimation IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.039142857142857146 0.274 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.10121457489878542 2.5 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 300.0 OVERWRITTEN false Use of PROC 2, even if not ideal, has been considered reasonable in this case to describe closed oven/tunnel for drying. 71949 PROC_2 false ESCom-10133224587 ESCom-10133224582 11 Covers also waste collection and transfers Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false 4.0 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 2.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_PPE80 DERMAL 80.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-INDUSTRIAL WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.6855731636784269 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.07828571428571429 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.6072874493927126 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.07828571428571429 0.548 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 15.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.6072874493927126 15.0 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT TRA based on PROC 8a 3.0 PROC 8a has been used for exposure estimation since it assumes direct contact with the substance and no particular design control to limit exposure. 71949 PROC_28 false TF_34 TF_0 wetting agent, co emulsifier false false true PC_9a Professional painting This scenario covers the use of paints/decorative coatings by professional painters. This activity may be performed by brush/roller or by spraying. REACH_ARTICLE_OVER_10 c72633d1-b77b-49a1-bd94-48a92e456cb7 1 50.0 false false false false true false true Based on its technical function, the concentration of the substance in products has been set to a maximum of 2%.Environmental exposure assessment is based on an ERC 8f release factor (outdoor use leading to inclusion into matrix), covering also ERC 8c (indoor use leading to inclusion into matrix). Regarding worker exposure, Stoffenmanager 4.5 and ART 1.5 modelling tools were used to derive inhalation exposure estimates for spraying and brushing operations, since Tier I model (TRA) did not indicate safe use under realistic OC/RMMs. Spraying (PROC 11) was described in a Stoffenmanager based assessment as “handling of liquids at high pressure resulting in substantial generation of mist or spray/haze”, while roller and brushing (PROC 10) was described in an ART based assessment as “Spreading of liquid products”. Indoor use has been assumed for assessment purposes as the worst case scenario. Outdoor use is also covered by this assessment. Use leading to inclusion into/onto matrix 0 Covers also ERC 8c (indoor application) RELEASE_MODULE_DAILY_WIDE_DISPERSIVE_USE false 2.75E-5 WASTE_TREATMENT_CONSIDERATION ERC based assessment demonstrating control of risk with default conditions. Low risk assumed for waste life stage. Waste disposal according to national/local legislation is sufficient. false WASTE_CONSIDERATION_NO_LOW_RISK EUSES_BIOLOGICAL_STP false EUSES_BIOLOGICAL_STP-STANDARD WATER 22.15545068343846 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c true 77.84454931656154 13.641645308740024 8.513805374697949 0.0 ENVIRONMENT_AGRICULTURAL_SOIL 0.001315523212096966 true false QUANTITATIVE ENVIRONMENT_AIR true false NOT_NEEDED ENVIRONMENT_FRESH_WATER 0.006314920719514467 true false QUANTITATIVE ENVIRONMENT_MARINE_WATER 0.006235535965515057 true false QUANTITATIVE ENVIRONMENT_PREDATOR_FRESH_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_MARINE_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_TERRESTRIAL true false NOT_NEEDED ENVIRONMENT_SEDIMENT_FRESH_WATER 0.006310092106300023 true false QUANTITATIVE ENVIRONMENT_SEDIMENT_MARINE_WATER 0.006230768052709885 true false QUANTITATIVE ENVIRONMENT_STP 3.591820647995708E-4 true false QUANTITATIVE ENVIRONMENT_TOP_PREDATOR_MARINE_WATER true false NOT_NEEDED MAN_VIA_ENVIRONMENT_COMBINED_SYSTEMIC_LONG_TERM 1.289211635291573E-4 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM 1.1733718973974483E-7 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM 1.2880382633941755E-4 true false QUANTITATIVE IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c ENVIRONMENT_AGRICULTURAL_SOIL MAIN 0.001315523212096966 2.117992371476115E-4 MG_KG_DW_ID 2.1064930033897578E-4 MG_KG_DW_ID ENVIRONMENT_AIR MAIN 7.134101136176486E-7 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 5.214518919265874E-8 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER ENVIRONMENT_FRESH_WATER MAIN 0.006314920719514467 6.504368341099901E-5 DENSITY_UNIT_MILLIGRAMS_PER_LITER 5.345590498173731E-5 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_MARINE_WATER MAIN 0.006235535965515057 6.4226020444805094E-6 DENSITY_UNIT_MILLIGRAMS_PER_LITER 5.345590498173731E-6 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_PREDATOR_FRESH_WATER MAIN 0.31074057776225716 MG_KG_WW ENVIRONMENT_PREDATOR_MARINE_WATER MAIN 0.030410933110642458 MG_KG_WW ENVIRONMENT_PREDATOR_TERRESTRIAL MAIN 0.0019154616792903792 MG_KG_WW ENVIRONMENT_SEDIMENT_FRESH_WATER MAIN 0.006310092106300023 0.005281547092973119 MG_KG_DW_ID ENVIRONMENT_SEDIMENT_MARINE_WATER MAIN 0.006230768052709885 5.215152860118174E-4 MG_KG_DW_ID ENVIRONMENT_STP MAIN 3.591820647995708E-4 5.351812765513605E-4 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_TOP_PREDATOR_MARINE_WATER MAIN 0.026139675069133745 MG_KG_WW MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM MAIN 1.1733718973974483E-7 7.134101136176486E-7 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM MAIN 1.2880382633941755E-4 4.508133921879614E-4 DOSE_MILLIGRAM_PER_KILO_PER_DAY true 3.2521841705499505E-5 DENSITY_UNIT_MILLIGRAMS_PER_LITER 9.29195477299986E-7 DOSE_MILLIGRAM_PER_KILO_PER_DAY DRINKING_WATER IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.263752136231601 MG_KG_WW 4.333070809519159E-4 DOSE_MILLIGRAM_PER_KILO_PER_DAY FISH IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 7.054431864778723E-5 MG_KG_WW 1.2093311768192094E-6 DOSE_MILLIGRAM_PER_KILO_PER_DAY LEAF_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 8.381691291313811E-6 MG_KG_WW 3.6041272552649385E-8 DOSE_MILLIGRAM_PER_KILO_PER_DAY MEAT IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 2.650523512494952E-6 MG_KG_WW 2.1242052721566688E-8 DOSE_MILLIGRAM_PER_KILO_PER_DAY MILK IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.0027909767915772054 MG_KG_WW 1.5310501256652096E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY ROOT_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c AIR 2.0547945205479454 18.493150684931507 15.0 15.0 ERC IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IND_SOIL 0.06849315068493152 0.6164383561643836 0.5 ERC IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WATER 0.6849315068493151 6.164383561643836 5.0 5.0 0.001375 ERC false 71949 ERC_8f ESCom-11133170151 1 Covers also waste collection and transfer Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false 0.25 TRA-WORKER-PLACE_OF_USE false TRA-WORKER-INDOOR OPERATING_TEMPERATURE false 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false 2.0 W_PHYSICAL_FORM_OF_PRODUCT false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false TRA-WORKER-DERMAL-PROTECTION_NO DERMAL 0.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 TRA-WORKER-GENERAL_VENTILATION false TRA-WORKER-GENERAL_VENTILATION-BASIC INHALATION 0.0 TRA-WORKER-RESPIRATORY-PROTECTION false TRA-WORKER-RESPIRATORY-PROTECTION_NOT_USED_VO INHALATION 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-PROFESSIONAL WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.6447507229612494 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.3917142857142858 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.25303643724696356 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.3917142857142858 2.7420000000000004 DOSE_MILLIGRAM_PER_KILO_PER_DAY WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 6.25 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.25303643724696356 6.25 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-GENERAL_VENTILATION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE TRA-WORKER-PLACE_OF_USE TRA-WORKER-RESPIRATORY-PROTECTION W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 28.91481559855703 ESTIMATED false 71949 PROC_8a false ESCom-11133170154 2 Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false true 8.0 TRA-WORKER-PLACE_OF_USE false true TRA-WORKER-INDOOR OPERATING_TEMPERATURE false true 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false true 2.0 W_PHYSICAL_FORM_OF_PRODUCT false false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false true TRA-WORKER-DERMAL-PROTECTION_PPE80 DERMAL 80.0 TRA-WORKER-LOCAL-EXHAUST-VENTILATION false false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-PROFESSIONAL a503f487-957b-4590-bada-ca0b3aff52e2 false false 23bddc7e-828e-48a2-8bab-b0ceab823d9a 6b098f96-ae12-42ec-9174-a45046ac0d13 false false 1dcf87f8-ad98-422b-8986-db4f6654a20a 01b068d5-06c6-426d-90c0-885667b1a711 false false ae052be5-883b-4420-a47e-8996c67f64e6 0f9ab1dc-2454-420e-974b-56444ee3813f false false b7a475ab-7f8c-4123-9fdc-fb8ef831116f 433aec7e-77a5-4fa2-bf13-105657d7b8fb false false ea46bb6d-a46d-4961-9096-9f8517ec39fb USE_EYE_PROTECTION true ESCom-11133171467 true USE_EYE_PROTECTION-YES WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.33488050896471955 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.15674285714285716 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.17813765182186236 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.15674285714285716 1.0972000000000002 DOSE_MILLIGRAM_PER_KILO_PER_DAY DURATION_OF_ACTIVITY TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 10001.0 ESTIMATED false IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 4.4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.17813765182186236 4.4 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 01b068d5-06c6-426d-90c0-885667b1a711 0f9ab1dc-2454-420e-974b-56444ee3813f 433aec7e-77a5-4fa2-bf13-105657d7b8fb 6b098f96-ae12-42ec-9174-a45046ac0d13 DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-PLACE_OF_USE W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT a503f487-957b-4590-bada-ca0b3aff52e2 ART 1.5 90th percentile for the task has been taken as reference value for exposure estimation Type of activity in ART: Spreading of liquid products 71949 PROC_10 false ESCom-10133224560 3 Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. DURATION_OF_ACTIVITY false true 8.0 OPERATING_TEMPERATURE false true 40.0 W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false true 2.0 W_PHYSICAL_FORM_OF_PRODUCT false false W_PHYSICAL_FORM_OF_PRODUCT-LIQUID TRA-WORKER-DERMAL-PROTECTION false Wear suitable gloves tested to EN374 and sleeves. For further specification, refer to section 8 of the SDS. true TRA-WORKER-DERMAL-PROTECTION_PPE80 DERMAL 80.0 TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE false false TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE-PROFESSIONAL fe72c59b-5a4a-4ce4-ae32-d08570f4c66e false false ed27c343-0289-4ecb-8759-adbc6a2d1ec4 19153c1f-c30f-4368-a7f4-fef19fdd4cd0 false false 1f48faa0-abf0-4c03-bb3f-1c7133c05f29 INHALATION 0.0 31532f15-b756-4c92-996f-761c2d40ecbc false false 59421523-33e1-479b-8bbe-13b8785ced12 INHALATION 0.0 36ea2b15-65ac-4173-947c-4da6249829a5 false true f2de166d-d1a4-4d74-996f-16a77740e477 INHALATION 90.0 TRA-WORKER-PLACE_OF_USE false true TRA-WORKER-INDOOR d8f0f473-e7f3-46ee-aa1a-aef56417a5bb false false 07492778-482b-491b-a7e4-c4352b6bdded TRA-WORKER-LOCAL-EXHAUST-VENTILATION false false TRA-WORKER-LOCAL-EXHAUST-VENTILATION-NO INHALATION 0.0 DERMAL 0.0 0f9ab1dc-2454-420e-974b-56444ee3813f false false b7a475ab-7f8c-4123-9fdc-fb8ef831116f f4e2e512-90f2-4c55-884a-a22bcee1d731 true true 5902d018-8897-4b61-88ca-0efaa0009d91 USE_EYE_PROTECTION true ESCom-11133171467 true USE_EYE_PROTECTION-YES WORKER_COMBINED_SYSTEMIC_LONG_TERM 0.9952245228455756 true false QUANTITATIVE WORKER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE WORKER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE WORKER_DERMAL_SYSTEMIC_LONG_TERM 0.6122285714285715 true false QUANTITATIVE WORKER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED WORKER_EYE_LOCAL true QUALITATIVE WORKER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE WORKER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE WORKER_INHALATION_SYSTEMIC_LONG_TERM 0.3829959514170041 true false QUANTITATIVE WORKER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.6122285714285715 4.2856000000000005 DOSE_MILLIGRAM_PER_KILO_PER_DAY DURATION_OF_ACTIVITY TRA-WORKER-DERMAL-PROTECTION TRA-WORKER-LOCAL-EXHAUST-VENTILATION TRA-WORKER-OCCUPATIONAL-HYGIENE-PRACTICE W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT false 10001.0 ESTIMATED false IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WORKER_INHALATION_LOCAL_LONG_TERM NOT_USED 9.46 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER WORKER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.3829959514170041 9.46 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 0f9ab1dc-2454-420e-974b-56444ee3813f 19153c1f-c30f-4368-a7f4-fef19fdd4cd0 31532f15-b756-4c92-996f-761c2d40ecbc 36ea2b15-65ac-4173-947c-4da6249829a5 DURATION_OF_ACTIVITY OPERATING_TEMPERATURE TRA-WORKER-PLACE_OF_USE W_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE W_PHYSICAL_FORM_OF_PRODUCT d8f0f473-e7f3-46ee-aa1a-aef56417a5bb fe72c59b-5a4a-4ce4-ae32-d08570f4c66e STOFFEN_MANAGER 4.5 90th percentile for the task has been taken as reference value for exposure estimation Type of activity in stoffenmanager: "Handling of liquids at high pressure resulting in substantial generation of mist or spray/haze" 71949 PROC_11 false TF_34 TF_0 wetting agent, co emulsifier true false PC_9a Consumer painting This scenario covers general exposures of consumers arising from the use of ECHA Substance in household products sold as paints/decorative coatings (PC 9a). Activities covered in this scenario are roller application and brushing. The paints may be water-borne or solvent-borne. REACH_ARTICLE_OVER_10 c72633d1-b77b-49a1-bd94-48a92e456cb7 2 50.0 false false false false true false true The concentration in consumer products of ECHA substance is set to a maximum level of 1%. corresponding to typical concentration of consumer paints. Environmental releases are estimated according to ERC 8f (outdoor wide-spread use leading to inclusion into matrix) release factor. This covers also the indoor use of coatings (ERC 8c) Inhalation and dermal consumer exposure were assessed using ConsExpo Web.Two contributing scenarios are assessed:<ul><li>Water-based wall paint (RIVM report 320104008/2007, paragraph 2.6) </li><li>Solvent rich paint (RIVM report 320104008/2007, paragraph 2.3)</li></ul>The factsheet is in: <a href="http://www.rivm.nl/bibliotheek/rapporten/320104008.pdf">http://www.rivm.nl/bibliotheek/rapporten/320104008.pdf</a> Use leading to inclusion into/onto matrix 0 Covers also ERC 8c (indoor application) RELEASE_MODULE_DAILY_WIDE_DISPERSIVE_USE false false 2.75E-5 WASTE_TREATMENT_CONSIDERATION ERC based assessment demonstrating control of risk with default conditions. Low risk assumed for waste life stage. Waste disposal according to national/local legislation is sufficient. false true WASTE_CONSIDERATION_NO_LOW_RISK EUSES_BIOLOGICAL_STP false false EUSES_BIOLOGICAL_STP-STANDARD WATER 22.15545068343846 IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c true 77.84454931656154 13.641645308740024 8.513805374697949 0.0 ENVIRONMENT_AGRICULTURAL_SOIL 0.001315523212096966 true false QUANTITATIVE ENVIRONMENT_AIR true false NOT_NEEDED ENVIRONMENT_FRESH_WATER 0.006314920719514467 true false QUANTITATIVE ENVIRONMENT_MARINE_WATER 0.006235535965515057 true false QUANTITATIVE ENVIRONMENT_PREDATOR_FRESH_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_MARINE_WATER true false NOT_NEEDED ENVIRONMENT_PREDATOR_TERRESTRIAL true false NOT_NEEDED ENVIRONMENT_SEDIMENT_FRESH_WATER 0.006310092106300023 true false QUANTITATIVE ENVIRONMENT_SEDIMENT_MARINE_WATER 0.006230768052709885 true false QUANTITATIVE ENVIRONMENT_STP 3.591820647995708E-4 true false QUANTITATIVE ENVIRONMENT_TOP_PREDATOR_MARINE_WATER true false NOT_NEEDED MAN_VIA_ENVIRONMENT_COMBINED_SYSTEMIC_LONG_TERM 1.289211635291573E-4 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM 1.1733718973974483E-7 true false QUANTITATIVE MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM 1.2880382633941755E-4 true false QUANTITATIVE IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c ENVIRONMENT_AGRICULTURAL_SOIL MAIN 0.001315523212096966 2.117992371476115E-4 MG_KG_DW_ID 2.1064930033897578E-4 MG_KG_DW_ID ENVIRONMENT_AIR MAIN 7.134101136176486E-7 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER 5.214518919265874E-8 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER ENVIRONMENT_FRESH_WATER MAIN 0.006314920719514467 6.504368341099901E-5 DENSITY_UNIT_MILLIGRAMS_PER_LITER 5.345590498173731E-5 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_MARINE_WATER MAIN 0.006235535965515057 6.4226020444805094E-6 DENSITY_UNIT_MILLIGRAMS_PER_LITER 5.345590498173731E-6 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_PREDATOR_FRESH_WATER MAIN 0.31074057776225716 MG_KG_WW ENVIRONMENT_PREDATOR_MARINE_WATER MAIN 0.030410933110642458 MG_KG_WW ENVIRONMENT_PREDATOR_TERRESTRIAL MAIN 0.0019154616792903792 MG_KG_WW ENVIRONMENT_SEDIMENT_FRESH_WATER MAIN 0.006310092106300023 0.005281547092973119 MG_KG_DW_ID ENVIRONMENT_SEDIMENT_MARINE_WATER MAIN 0.006230768052709885 5.215152860118174E-4 MG_KG_DW_ID ENVIRONMENT_STP MAIN 3.591820647995708E-4 5.351812765513605E-4 DENSITY_UNIT_MILLIGRAMS_PER_LITER ENVIRONMENT_TOP_PREDATOR_MARINE_WATER MAIN 0.026139675069133745 MG_KG_WW MAN_VIA_ENVIRONMENT_INHALATION_SYSTEMIC_LONG_TERM MAIN 1.1733718973974483E-7 7.134101136176486E-7 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER MAN_VIA_ENVIRONMENT_ORAL_SYSTEMIC_LONG_TERM MAIN 1.2880382633941755E-4 4.508133921879614E-4 DOSE_MILLIGRAM_PER_KILO_PER_DAY true 3.2521841705499505E-5 DENSITY_UNIT_MILLIGRAMS_PER_LITER 9.29195477299986E-7 DOSE_MILLIGRAM_PER_KILO_PER_DAY DRINKING_WATER IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.263752136231601 MG_KG_WW 4.333070809519159E-4 DOSE_MILLIGRAM_PER_KILO_PER_DAY FISH IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 7.054431864778723E-5 MG_KG_WW 1.2093311768192094E-6 DOSE_MILLIGRAM_PER_KILO_PER_DAY LEAF_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 8.381691291313811E-6 MG_KG_WW 3.6041272552649385E-8 DOSE_MILLIGRAM_PER_KILO_PER_DAY MEAT IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 2.650523512494952E-6 MG_KG_WW 2.1242052721566688E-8 DOSE_MILLIGRAM_PER_KILO_PER_DAY MILK IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c 0.0027909767915772054 MG_KG_WW 1.5310501256652096E-5 DOSE_MILLIGRAM_PER_KILO_PER_DAY ROOT_CROPS IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c AIR 2.0547945205479454 18.493150684931507 15.0 15.0 ERC IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c IND_SOIL 0.06849315068493152 0.6164383561643836 0.5 ERC IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c WATER 0.6849315068493151 6.164383561643836 5.0 5.0 0.001375 ERC false 71949 ERC_8f ESCom-11133170037 ESCom-11133170154 1 Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. C_PHYSICAL_FORM_OF_PRODUCT false false C_PHYSICAL_FORM_OF_PRODUCT-LIQUID C_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false true 1.0 TRA_CONSUMER_ADULT_CHILD_ASSUMED false false TRA_CONSUMER_ADULT_ASSUMED TRA_CONSUMER_FREQUENCY_YEAR false false TRA_CONSUMER_FREQUENCY_YEAR_INFREQUENT TRA_CONSUMER_FREQUENCY_OF_USE false true 1.0 TRA_CONSUMER_AMOUNT_OF_PRODUCT_USED_PER_APPLICATION false true 3750.0 f4bcdcf2-0275-4430-ac8b-ee52c3f10f50 false false 30.0 f2241db7-7ca0-45f0-8ecc-71ec76e191ad false false 120.0 94ce156f-a99b-46ca-bcb4-a6f152edec4d false 120.0 0c879dc0-cb6a-4f91-b5e6-9fae3e6038cc false false 132.0 39c8670e-e173-4e09-9724-1d926cbb27e8 false true 20.0 4157d709-c643-4794-ab96-0d024083a81a false true 0.6 4fece976-bb7a-47eb-89f5-d648a076a0fd false true 15.0 CONSUMER_COMBINED_SYSTEMIC_LONG_TERM 0.48392857142857143 true false QUANTITATIVE CONSUMER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED CONSUMER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE CONSUMER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE CONSUMER_DERMAL_SYSTEMIC_LONG_TERM 0.17142857142857143 true false QUANTITATIVE CONSUMER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED CONSUMER_EYE_LOCAL true QUALITATIVE CONSUMER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE CONSUMER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE CONSUMER_INHALATION_SYSTEMIC_LONG_TERM 0.3125 true false QUANTITATIVE CONSUMER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED CONSUMER_ORAL_SYSTEMIC_LONG_TERM 0.0 true false QUANTITATIVE IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c CONSUMER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.17142857142857143 0.6 DOSE_MILLIGRAM_PER_KILO_PER_DAY CONSUMER_INHALATION_LOCAL_LONG_TERM NOT_USED 1.9 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER CONSUMER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.3125 1.9 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER CONSUMER_ORAL_SYSTEMIC_LONG_TERM MAIN 0.0 0.0 DOSE_MILLIGRAM_PER_KILO_PER_DAY 0c879dc0-cb6a-4f91-b5e6-9fae3e6038cc 39c8670e-e173-4e09-9724-1d926cbb27e8 4157d709-c643-4794-ab96-0d024083a81a 4fece976-bb7a-47eb-89f5-d648a076a0fd 94ce156f-a99b-46ca-bcb4-a6f152edec4d C_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE TRA_CONSUMER_ADULT_CHILD_ASSUMED TRA_CONSUMER_AMOUNT_OF_PRODUCT_USED_PER_APPLICATION TRA_CONSUMER_FREQUENCY_OF_USE TRA_CONSUMER_FREQUENCY_YEAR f2241db7-7ca0-45f0-8ecc-71ec76e191ad f4bcdcf2-0275-4430-ac8b-ee52c3f10f50 CONS_EXPO web 1.2 Product name: water born wall paints Description of the scenario: Based on factsheet (RIVM report 320104008/2007, paragraph 2.6) Model used for dermal exposure estimation: Direct product contact – Constant rate Model used for inhalation exposure estimation: Exposure to vapour – Evaporation Body weight assumed = 60 kg Frequency of use over the year: 2 days/year The area of release increases over time Weight fraction substance for dermal route = 0.01 (fraction) Weight fraction substance for inhalation route = 0.01 (fraction) Mass transfer coefficient = 129000 m/hr Molecular weight matrix = 120 g/mol Event concentration from ConsExpo has been reduced by a factor of 2 to calculate the daily concentration used in the risk assessment, according to ECHA R.15 Guidance on consumer exposure, paragraph 5.2.3 No DNEL for infrequent uses is available. Therefore RCR is based on long term systemic DNELs. 71949 PC_9a ESCom-11133170035 ESCom-11133170154 2 Irritation effects on skin, eyes and the respiratory tract are controlled by substance concentration below the classification threshold for mixtures for irritation (< 10 %), and thus no local effects are expected. C_PHYSICAL_FORM_OF_PRODUCT false false C_PHYSICAL_FORM_OF_PRODUCT-LIQUID C_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE false true 1.0 TRA_CONSUMER_ADULT_CHILD_ASSUMED false false TRA_CONSUMER_ADULT_ASSUMED TRA_CONSUMER_FREQUENCY_YEAR false false TRA_CONSUMER_FREQUENCY_YEAR_INFREQUENT TRA_CONSUMER_FREQUENCY_OF_USE false true 1.0 TRA_CONSUMER_AMOUNT_OF_PRODUCT_USED_PER_APPLICATION false true 1000.0 f4bcdcf2-0275-4430-ac8b-ee52c3f10f50 false false 30.0 f2241db7-7ca0-45f0-8ecc-71ec76e191ad false false 120.0 94ce156f-a99b-46ca-bcb4-a6f152edec4d false 120.0 0c879dc0-cb6a-4f91-b5e6-9fae3e6038cc false false 132.0 39c8670e-e173-4e09-9724-1d926cbb27e8 false true 20.0 4157d709-c643-4794-ab96-0d024083a81a false true 0.6 4fece976-bb7a-47eb-89f5-d648a076a0fd false true 10.0 CONSUMER_COMBINED_SYSTEMIC_LONG_TERM 0.8868890977443609 true false QUANTITATIVE CONSUMER_COMBINED_SYSTEMIC_SHORT_TERM true false NOT_NEEDED CONSUMER_DERMAL_LOCAL_LONG_TERM true QUALITATIVE CONSUMER_DERMAL_LOCAL_SHORT_TERM true QUALITATIVE CONSUMER_DERMAL_SYSTEMIC_LONG_TERM 0.17142857142857143 true false QUANTITATIVE CONSUMER_DERMAL_SYSTEMIC_SHORT_TERM true false NOT_NEEDED CONSUMER_EYE_LOCAL true QUALITATIVE CONSUMER_INHALATION_LOCAL_LONG_TERM true true QUALITATIVE CONSUMER_INHALATION_LOCAL_SHORT_TERM true true QUALITATIVE CONSUMER_INHALATION_SYSTEMIC_LONG_TERM 0.7154605263157894 true false QUANTITATIVE CONSUMER_INHALATION_SYSTEMIC_SHORT_TERM true false NOT_NEEDED CONSUMER_ORAL_SYSTEMIC_LONG_TERM 0.0 true false QUANTITATIVE IUC5-16d020d0-fe12-4b08-9387-9afdf35e588c CONSUMER_DERMAL_SYSTEMIC_LONG_TERM MAIN 0.17142857142857143 0.6 DOSE_MILLIGRAM_PER_KILO_PER_DAY CONSUMER_INHALATION_LOCAL_LONG_TERM NOT_USED 4.35 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER CONSUMER_INHALATION_SYSTEMIC_LONG_TERM MAIN 0.7154605263157894 4.35 AIR_DENSITY_UNIT_MILLIGRAMS_PER_CUBICMETER CONSUMER_ORAL_SYSTEMIC_LONG_TERM MAIN 0.0 0.0 DOSE_MILLIGRAM_PER_KILO_PER_DAY 0c879dc0-cb6a-4f91-b5e6-9fae3e6038cc 39c8670e-e173-4e09-9724-1d926cbb27e8 4157d709-c643-4794-ab96-0d024083a81a 4fece976-bb7a-47eb-89f5-d648a076a0fd 94ce156f-a99b-46ca-bcb4-a6f152edec4d C_PERCENTAGE_OF_SUBSTANCE_IN_MIXTURE TRA_CONSUMER_ADULT_CHILD_ASSUMED TRA_CONSUMER_AMOUNT_OF_PRODUCT_USED_PER_APPLICATION TRA_CONSUMER_FREQUENCY_OF_USE TRA_CONSUMER_FREQUENCY_YEAR f2241db7-7ca0-45f0-8ecc-71ec76e191ad f4bcdcf2-0275-4430-ac8b-ee52c3f10f50 CONS_EXPO web 1.2 Product name: solvent rich paints Description of the scenario: Based on factsheet (RIVM report 320104008/2007, paragraph 2.3) Model used for dermal exposure estimation: Direct product contact – Constant rate Model used for inhalation exposure estimation: Exposure to vapour – Evaporation Body weight assumed = 60 kg Frequency of use over the year: 1 day/year The area of release increases over time Weight fraction substance for dermal route = 0.01 (fraction) Weight fraction substance for inhalation route = 0.01 (fraction) Molecular weight = 300 g/mol Mass transfer coefficient = 129000 m/hr Event concentration from ConsExpo has been reduced by a factor of 2 to calculate the daily concentration used in the risk assessment, according to ECHA R.15 Guidance on consumer exposure, paragraph 5.2.3 No DNEL for infrequent uses is available. Therefore RCR is based on long term systemic DNELs. 71949 PC_9a TF_34 TF_0 wetting agent, co emulsifier true false ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-05-29T10:29:05 2017-05-29T10:29:33 ACTIVE 1


        XYZ IULS

Industrial use of coatings involving water: large scale Covers use of all ranges of coating products, including solvent borne, water borne and powder coatings. Cover volatile and non volatile substances, liquid or solids. Volatile substances (liquid) are defined by a boiling point below 250°C, while non-volatile substances (liquids or solids) by boiling point above 250°C. This SPERC addresses large sites. This SPERC covers all possible industrial applications of coatings, including manual application (roller and brushing), spraying, electro coating, dipping, curtain coating. Is also includes preparation / loading of the product and curing/drying activities. Maintenance and cleaning operations are also taken into account for the release estimation. RMMs are assumed to reduce releases to air and to water from the site. Sectors covered by the SPERC include: Furniture coating, Automotive coating and refinishing, Metal packaging coating, Coil coating, Aerospace coating, Rail vehicle coating. http://www.xyz.com false INDUSTRIAL_USE INDUSTRIAL PC_9a 300.0 Industrial use of coatings involving water: large scale (non volatile)


            XYZ IULS_NVOL

ERC_5 Boiling point > 250 C 0.19 Losses to wastewater comes for cleaning of equipment. Releases of non volatile are further reduced by on site RMM (90% of effectiveness for non volatile). The release estimation (before on site RMM) is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the release derivation is described in the background document (BD) 1.5 Only a minimum fraction of a solid or non volatile substance expected to be emitted to air; non volatile substances are not necessarily collected by air RMM system. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) 0.0 No releases to soil from large sites. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) 60.4 This correspond to the maximum fraction of non volatile substance in waste. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) Industrial use of coatings involving water: large scale (volatile)


            XYZ IULS_VOL


        XYZ IUWF

Industrial use of coatings water free Covers use of all ranges of coating products, including solvent borne, water borne and powder coatings. Cover volatile and non-volatile substances, liquid or solids. Volatile substances (liquid) are defined by a boiling point below 250°C, while non-volatile substances (liquid or solids) by boiling point above 250°C. This SPERC covers all possible industrial applications of coatings, including manual application (roller and brushing), spraying, electro coating, dipping, curtain coating. Is also includes preparation / loading of the product and curing/drying activities. Maintenance and cleaning operations are also taken into account for the release estimation. Cover both large and small sites. No RMMs assumed in this SPERC. No water used in process or as cleaning agent. Sectors covered by the SPERC include: Furniture coating, Automotive coating and refinishing, Metal packaging coating, Coil coating, Aerospace coating, Rail vehicle coating. http://www.xyz.com false INDUSTRIAL_USE INDUSTRIAL PC_9a 300.0 Industrial use of coatings water free (non volatile)


            XYZ IUWF NVOL

ERC_5 Boiling point > 250 C 0.0 No water used in the process or as cleaning agent (see also background document (BD)). 1.5 Only a minimum fraction of a solid or non volatile substance expected to emitted to air. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) 0.0 This figure is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) 60.4 This correspond to the maximum fraction of non volatile substance in waste. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) Industrial use of coatings water free (volatile)


            XYZ IUWF VOL

ERC_4 Boiling point < 250 C 0.0 No water used in the process or as cleaning agent (see also background document (BD)) 100.0 Complete release of the volatile substance is assumed. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) 0.0 No release direct to soil is possible. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) 5.0 This correspond to the maximum fraction of volatile substance in waste. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) RELEASE_MODULE_DAILY_USE_AT_SITE No restriction or information for the daily use amount at the site. The following concentrations in mixtures can be used in absence of specific information: Pigment/extender/filler: 10%, Binder: 10%, Water and/or Organic solvent/coalescent: 80%, Additives: 2%. 300 emission days per year are assumed. See also the background document (BD) for a more precise figure of the composition according technical function of the substance. false true EUSES_BIOLOGICAL_STP false false EUSES_BIOLOGICAL_STP-NONE WATER 0.0 WASTE_TREATMENT_CONSIDERATION false false ENVIRONMENT_PLACE_OF_USE false true ENVIRONMENT_PLACE_OF_USE_INDOOR EUSES_DISCHARGE_RATE_OF_EFFLUENT false true 2000.0 EUSES_RECEIVING_SURFACE_WATER false true 18000.0 5da37cb6-6a4c-4a2c-973e-0ed8a97563fa false true 38a6293a-11fa-4174-9ef4-e73d90ea228f adbd2496-d02b-45c6-aee6-a4349572bef2 false true b4a80d12-d741-4ab6-a195-bf62e1b70357 2c2591e2-74f1-4b5b-9490-088a26cf5941 This condition indicates that discharge of water phase from wet scrubber is not covered in this contributing scenario false true c453e69e-ff8f-470a-9393-63a11cf5bd77 ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-05-29T10:30:33 2017-05-29T10:31:03 ACTIVE 1


        XYZ IUSS

Industrial use of coatings involving water: small/medium scale Covers use of all ranges of coating products, including solvent borne, water borne and powder coatings. Covers volatile and non-volatile substances, liquids or solids. Volatile substances (liquid) are defined by a boiling point below 250°C, while non-volatile substances (liquid or solids) by boiling point above 250°C. This SPERC addresses medium/small sites, where not more than 500 kg/day of coatings products are used. This SPERC covers all possible industrial applications of coatings, including manual application (roller and brushing), spraying, electro coating, dipping, curtain coating. Is also includes preparation / loading of the product and curing/drying activities. Maintenance and cleaning operations are also taken into account for the release estimation. No particular RMMs are assumed to reduce releases to air and to water from the site. Sectors covered by the SPERC include: Furniture coating, Automotive coating and refinishing, Metal packaging coating, Coil coating, Aerospace coating, Rail vehicle coating. http://www.xyz.com false INDUSTRIAL_USE INDUSTRIAL PC_9a 225.0 Industrial use of coatings involving water: small/medium scale (non volatile)


            XYZ IUSS NVOL

ERC_5 Boiling point > 250 C 1.9 Losses to wastewater comes for cleaning of equipment. The release estimation is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) 1.5 Only a minimum fraction of a solid or non volatile substance expected to emitted to air. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) 0.0 This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) 60.4 This correspond to the maximum fraction of non volatile substance in waste. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) Industrial use of coatings involving water: small/medium scale (volatile)


            XYZ IUSS VOL

ERC_4 Boiling point < 250 C 3.0 Losses to wastewater comes for cleaning of equipment. The release estimation is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) 100.0 Complete release of the volatile substance is assumed. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) 0.0 No release direct to soil is possible. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) 5.0 This correspond to the maximum fraction of volatile substance in waste. This is based on OECD ESD Number 22: EMISSION SCENARIO DOCUMENTS ON COATING INDUSTRY (Paints, Laquers and Varnishes). The rational for the derivation is described in the background document (BD) RELEASE_MODULE_DAILY_USE_AT_SITE The daily amount per site is set to the maximum amount of coating product covered by this SPERC (medium to small applications). This has to be adapted by the registrant taking into consideration the percentage of substance in the products. As a reference, the following figures can be used in absence of specific information: Pigment/extender/filler: 10%, Binder: 10%, Water and/or Organic solvent/coalescent: 80%, Additives: 2%. 225 emission days per year are assumed. See also the background document (BD) for a more precise figure of the composition according technical function of the substance. false true 0.5 EUSES_BIOLOGICAL_STP false true EUSES_BIOLOGICAL_STP-STANDARD WATER EUSES_DISCHARGE_RATE_OF_STP false true 2000.0 APPLICATION_OF_THE_STP false false APPLICATION_OF_THE_STP-YES WASTE_TREATMENT_CONSIDERATION false false ENVIRONMENT_PLACE_OF_USE false true ENVIRONMENT_PLACE_OF_USE_INDOOR EUSES_RECEIVING_SURFACE_WATER false true 18000.0 2c2591e2-74f1-4b5b-9490-088a26cf5941 This condition indicates that discharge of water phase from wet scrubber is not covered in this contributing scenario false true c453e69e-ff8f-470a-9393-63a11cf5bd77 ECHA External Tools 5ab7a6dd-aad1-48ae-a7fa-17ca413e0b20 2017-04-11T15:25:30 2017-04-11T15:54:26 ACTIVE WORKERS Housekeeping ART determinant false INHALATION W_5 ESCom-16014091800 No true false Yes false Effective housekeeping in place true ConsExpo_web IUC5-556622b4-4dca-4c54-a9ae-adc5a3dbeb08 2016-06-27T18:14:57 2016-06-29T08:55:01 ACTIVE CONSUMERS Inhalation exposure duration per event Exposure duration is related to exposure by inhalation only. Total time the exposed person is in the room where the chemical is being released in the air: exposure includes both the application duration and the exposure following application (example spraying on surface and then cleaning) false INHALATION C_2 ESCom-15356125510 60.0 <= ESCom-9269144260 false ECHA External Tools 5ab7a6dd-aad1-48ae-a7fa-17ca413e0b20 2017-05-16T10:01:07 2017-05-16T10:01:38 ACTIVE WORKERS Distance to the source ART and Stoffenmanager deterrminants false INHALATION W_5 ESCom-16014091800 ESCom-11133170689 < 1 m (Near Field) true false > 1 m (Far field) false Ensure that the distance from worker to task is greater than 1 m true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-05-15T17:11:22 2017-05-15T17:56:00 ACTIVE WORKERS Engineering controls or containment Containment of the source via several means: LEV (e.g. capturing hoods), source fully contained or combination of LEV and containment (e.g. fume cupboard) false INHALATION W_3 Stoffenmanager No true false INHALATION 0.0 0.0 0.0 No effectiveness since no containement Containment of the source with LEV false true INHALATION 90.0 0.0 99.9 Containment of the source false true INHALATION 55.0 0.0 90.0 Local Exhaust Ventilation false true INHALATION 55.0 0.0 90.0 ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-05-26T13:09:12 2017-05-29T10:17:02 ACTIVE ENVIRONMENT Overspray collected and disposed of as waste CoU related to SPERC false WATER E_W_3 ... true This condition indicates that discharge of water phase from wet scrubber is not covered in this contributing scenario Overspray collected and disposed of as waste true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-05-15T17:15:34 2017-05-15T17:56:24 ACTIVE WORKERS General ventilation Reduction of transmission from the source towards the worker is possible via general ventilation; outdoor scenario considered as part of the general ventilation options false INHALATION W_3 Stoffenmanager No true false INHALATION 0.0 0.0 0.0 Open windows and doors false true INHALATION 44.0 0.0 61.0 Depends on substance properties and volume of working room Mechanical ventilation false true INHALATION 44.0 0.0 61.0 Spraying booth false true INHALATION 70.0 0.0 97.0 Depends on substance properties and volume of working room ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-05-15T17:20:42 2017-05-15T17:57:50 ACTIVE WORKERS Respiratory protective equipment RPE options and related effectiveness for liquid substances. false INHALATION W_4 Stoffenmanager No true false INHALATION 0.0 0.0 0.0 Hood or helmet with supplied air system TH3 false true INHALATION 95.0 95.0 95.0 Half/Full face powered air respirator TMP2 or 3 (gas cartridge) false Wear half/full face powered air respirator TMP2 or 3 (gas cartridge) - efficiency of at least: ${value} ${unit} true INHALATION 90.0 90.0 90.0 Hood or helmet with supplied air system TH2 false true INHALATION 90.0 90.0 90.0 Full face respirator with filter/cartridge (gas cartridge) false true INHALATION 80.0 80.0 80.0 Half mask respirator with filter/cartridge (gas cartridge) false Wear a half mask respirator with filter/cartridge (gas cartridge) - efficiency of at least: ${value} ${unit} true INHALATION 60.0 60.0 60.0 Hood or helmet with supplied air system TH1 false true INHALATION 80.0 80.0 80.0 Half/Full face powered air respirator TM1 (gas cartridge) false true INHALATION 80.0 80.0 80.0 ConsExpo_web IUC5-556622b4-4dca-4c54-a9ae-adc5a3dbeb08 2016-06-27T18:16:40 2016-06-29T09:06:07 ACTIVE CONSUMERS Room volume Volume of the room in which the exposure occurs. Room volume related to type of room (bathroom, bedroom, kitchen, etc). false INHALATION C_4 ESCom-15356125510 20.0 >= ESCom-11133170812 ESCom-11133171523 true ConsExpo_web IUC5-556622b4-4dca-4c54-a9ae-adc5a3dbeb08 2016-07-01T12:33:09 2016-07-01T12:33:09 ACTIVE CONSUMERS Ventilation rate Number of total air changes in the room per time (e.g. if 20 minutes to exchange all the air in the room, the ventilation rate is 3 times/hr). Rate ventilation relates to type of room. false INHALATION C_4 ESCom-15356125510 0.6 >= ESCom-15193135623 Ventilation rate ${qualifier} ${value} ${unit} true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-05-26T11:27:39 2017-05-26T11:27:39 ACTIVE WORKERS Chemically resistant gloves conforming to EN374 Qualitative assessment false DERMAL W_4 ... true ESCom-10133224896 true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2016-06-28T11:45:32 2016-06-28T11:45:32 ACTIVE ENVIRONMENT No water used in process or maintenance (cleaning) operation false WATER E_W_3 ... true No water used in process or maintenance (cleaning) operation true ECHA External Tools 5ab7a6dd-aad1-48ae-a7fa-17ca413e0b20 2017-04-11T15:45:58 2017-04-11T15:58:37 ACTIVE WORKERS Volume of working room ART determinant false INHALATION W_5 ESCom-16014091800 Any size workroom true false Large workrooms only false Assumes room volume of less than 300 m3 true Small workrooms only false false 100 m3 false Assumes room volume of less than 100 m3 true 300 m3 false Assumes room volume of less than 300 m3 true 1000 m3 false Assumes room volume of less than 1000 m3 true 3000 m3 false Assumes room volume of less than 3000 m3 true ConsExpo_web IUC5-556622b4-4dca-4c54-a9ae-adc5a3dbeb08 2016-06-27T18:16:03 2016-06-29T09:05:13 ACTIVE CONSUMERS Release area Surface from which the product is released. Two options are available for the release area: -release area is constant -the area of release increases over time Exposure by inhalation is related to release area in the evaporation model false INHALATION C_4 ESCom-15356125510 100000.0 <= m2 ESCom-11137200424 true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-05-26T13:10:31 2017-05-29T10:14:39 ACTIVE ENVIRONMENT No water used for equipment cleaning CoU related to SPERC false WATER E_W_3 ... true No water used for equipment cleaning true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2016-06-28T13:03:40 2016-06-28T13:07:52 ACTIVE ENVIRONMENT Exhaust air incineration (on site) false AIR E_W_3 RMM true Exhaust air incineration (on site) - minimum efficiency of ${value} ${unit} true AIR 99.0 98.0 99.9 ECHA External Tools 5ab7a6dd-aad1-48ae-a7fa-17ca413e0b20 2017-04-11T15:33:50 2017-04-11T15:56:45 ACTIVE WORKERS Spreading of liquids - Scale of application ART determinant false INHALATION W_5 ESCom-16014091800 Surface/ work piece > 3 m2/hour true false Surface/work piece 1.0–3.0 m2/hour false Covers spreading in surfaces or work pieces < 3 m2/hour true Surface/work piece 0.3–1.0 m2/hour false Covers spreading in surfaces or work pieces < 1 m2/hour true Surface/work piece 0.1–0.3 m2/hour false Covers spreading in surfaces or work pieces < 0.3 m2/hour true Surface / work pieces < 0.1 m2/hour false Covers spreading in surfaces or work pieces < 0.1 m2/hour true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2016-06-29T10:36:23 2016-06-29T10:36:23 ACTIVE WORKERS Closed application process with occasional exposure false DERMAL EYE INHALATION W_3 ... true Closed application process with occasional exposure true ConsExpo_web IUC5-556622b4-4dca-4c54-a9ae-adc5a3dbeb08 2017-05-26T11:14:23 2017-05-31T11:37:22 ACTIVE CONSUMERS Emission/Application duration Time period during which the product is applied. Application duration is related to both dermal exposure and inhaled exposure. Reasonable estimate of the time during which the compound is released at constant rate. Option proposed in the vapor model when details of evaporation are no exactly known. false INHALATION C_2 ESCom-15356125510 60.0 <= ESCom-9269144260 Emission/Application duration ${qualifier} ${value} ${unit} true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-05-26T11:35:15 2017-05-26T11:35:15 ACTIVE WORKERS Closed drying tunnel with extract ventilation Specific closed systems false DERMAL EYE INHALATION W_3 ... true Closed drying tunnel with extract ventilation true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-02-07T17:13:12 2017-02-07T17:14:17 ACTIVE ENVIRONMENT On site air thermal oxidation/incineration CoU related to SPERC false AIR E_W_3 RMM true RMM measure effective on non volatile fraction only (BP>250 C). Examples of treatment option are described in the background document (BD) On site air thermal oxidation/incineration - minimum efficiency of ${value} ${unit} true AIR 99.0 99.0 99.0 Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE ENVIRONMENT Application of the STP sludge on agricultural soil EUSES Determinant true WATER E_W_4 EUSES 2.1.2 Yes true false No false ESCom-11133170644 true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE WORKERS Closed batch process with occasional controlled exposure true DERMAL INHALATION W_3 ... true true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE WORKERS Closed process without likelihood of exposure true DERMAL INHALATION W_3 ... true true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE CONSUMERS Percentage (w/w) of substance in mixture/article TRA Consumer condition of use true DERMAL INHALATION ORAL C_1 ConsExpo 100.0 0.0 100.0 <= ESCom-9269144102 ESCom-11133171519 true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE CONSUMERS Physical form of the used product TRA Consumer condition of use true DERMAL INHALATION C_1 Gas false false Liquid false false Liquid for spraying (spraying can) false false Solid (unspecified form) false false Solid (very dusty form) false false Solid (medium dusty form) false false Solid (non or low dusty form) false false Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE WORKERS Duration of activity TRA Worker condition of use true DERMAL INHALATION W_2 TRA Worker 3.0 8.0 0.0 24.0 <= ESCom-15193135624 ESCom-11133171521 true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE ENVIRONMENT Place of use true AIR SOIL WATER E_W_6 E_C_4 Indoor false ESCom-9313213237 true Outdoor false ESCom-9313213238 true Indoor/Outdoor false ESCom-10133220202 true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE ENVIRONMENT Biological STP EUSES Determinant true WATER E_W_4 E_C_4 EUSES 2.1.2 Standard true ESCom-11133170613 true WATER 0.0 100.0 Site specific false ESCom-11133171638 true WATER 0.0 100.0 None false false WATER 0.0 0.0 0.0 Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE ENVIRONMENT Discharge rate of effluent EUSES Determinant true WATER E_W_6 EUSES 2.1.2 2000.0 0.0 >= ESCom-11133170818 Assumed effluent discharge flow from site ${qualifier} ${value} ${unit} true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE ENVIRONMENT Discharge rate of STP EUSES Determinant true WATER E_W_4 EUSES 2.1.2 2000.0 0.0 >= ESCom-11133170818 ESCom-10133222104 true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE ENVIRONMENT Receiving surface water flow rate EUSES Determinant true WATER E_W_6 EUSES 2.1.2 18000.0 0.0 >= ESCom-11133170818 ESCom-11133170612 true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE WORKERS Operating temperature TRA Worker condition of use true INHALATION W_5 TRA Worker 3.0 40.0 0.0 <= ESCom-9269144108 ESCom-12355002161 true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE ENVIRONMENT Annual use amount at site ReleaseModule's Determinant true AIR SOIL WATER E_W_2 EUSES 2.1.2 0.0 <= ESCom-11133170824 ESCom-10076084404 true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE ENVIRONMENT Daily use amount at site ReleaseModule's Determinant true AIR SOIL WATER E_W_2 EUSES 2.1.2 0.0 <= ESCom-15193135620 ESCom-10076084403 true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE ENVIRONMENT Daily local widespread use amount ReleaseModule's Determinant true AIR SOIL WATER E_W_2 E_C_2 EUSES 2.1.2 0.0 <= ESCom-15193135620 false Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE WORKERS Dermal protection TRA Worker condition of use true DERMAL W_4 TRA Worker 3.0 No true false DERMAL 0.0 0.0 0.0 Yes (Chemically resistant gloves conforming to EN374) and (other) appropriate dermal protection false ESCom-10133224896 ESCom-12355002165 true DERMAL 80.0 80.0 80.0 Yes (Chemically resistant gloves conforming to EN374 with basic employee training) and (other) appropriate dermal protection false ESCom-11133171457 ESCom-12355002165 true DERMAL 90.0 90.0 90.0 Yes (Chemically resistant gloves conforming to EN374 with specific activity training) and (other) appropriate dermal protection false ESCom-11133171458 ESCom-12355002165 true DERMAL 95.0 95.0 95.0 Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE WORKERS General ventilation TRA Worker condition of use true INHALATION W_3 TRA Worker 3.0 Basic general ventilation (1-3 air changes per hour) true ESCom-12355002163 true INHALATION 0.0 0.0 0.0 Good general ventilation (3-5 air changes per hour) false ESCom-11133171363 true INHALATION 30.0 30.0 30.0 Enhanced general ventilation (5-10 air changes per hour) false ESCom-12355002164 true INHALATION 70.0 70.0 70.0 Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE WORKERS Local exhaust ventilation TRA Worker condition of use true DERMAL INHALATION W_3 TRA Worker 3.0 No true false INHALATION 0.0 0.0 0.0 DERMAL 0.0 0.0 0.0 Yes false Local exhaust ventilation. Inhalation - minimum efficiency of ${value} ${unit} true INHALATION DERMAL Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE WORKERS Occupational Health and Safety Management System TRA Worker condition of use true DERMAL INHALATION W_3 TRA Worker 3.0 Advanced false ESCom-11133170494 ESCom-11133171359 true Basic false false Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE WORKERS Place of use TRA Worker condition of use true INHALATION W_5 TRA Worker 3.0 Indoor true ESCom-9313213237 true Outdoor false ESCom-9313213238 true Indoor and outdoor false false Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE WORKERS Respiratory Protection TRA Worker condition of use true INHALATION W_4 TRA Worker 3.0 No true false INHALATION 0.0 0.0 0.0 Yes (Respirator with APF of 10) false ESCom-11133170519 ESCom-12355002165 true INHALATION 90.0 90.0 90.0 Yes (Respirator with APF of 20) false ESCom-11133170519 ESCom-12355002165 true INHALATION 95.0 95.0 95.0 Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE CONSUMERS Adult/child assumed true DERMAL ORAL C_3 TRA Consumer 3.1;ConsExpo Adult false true Child false true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE CONSUMERS Amount of product used per application TRA Consumer condition of use true INHALATION C_2 TRA Consumer 3.0;TRA Consumer 3.1;ConsExpo 0.0 <= ESCom-11133170819 ESCom-11133171520 true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE CONSUMERS Frequency of use over a day Number of use events per day. true DERMAL INHALATION ORAL C_2 TRA Consumer 3.0;TRA Consumer 3.1;ConsExpo 1.0 0.0 = ESCom-12355002188 ESCom-11133171521 true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE CONSUMERS Frequency of use over a year true DERMAL INHALATION ORAL C_2 TRA Consumer 3.1;ConsExpo Frequent true false Infrequent false Covers infrequent uses, up to 2 weeks per year true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 ACTIVE WORKERS Use of eye protection true EYE W_4 Yes true ESCom-11133171467 true No false false Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE ENVIRONMENT Particular considerations on the waste treatment operations Specific conditions during the waste life stage of the substance potentially going beyond the local or national legal requirements for waste treatment (disposal or recovery) operations. The determinant values either provide i) a generic justification why no particular considerations regarding environmental risks from the waste life stage are needed or ii) indicate particular conditions to be met during waste treatment. For both assessment cases the single registrant can edit justification/conditions if the generic determinant values do not cover his case. true WATER E_W_5 E_C_3 EUSES 2.1.2 No (no waste) false No waste generated. ESCom-11133170674 true No (low risk) false ERC based assessment demonstrating control of risk with default conditions. Low risk assumed for waste life stage. Waste disposal according to national/local legislation is sufficient. ESCom-11133171479 true No (low amount) false Particular risks from waste treatment unlikely due to small fraction of used substance entering into the waste stage. Waste disposal according to national/local legislation is sufficient. ESCom-11133171479 true No (low concentration) false Particular risks from waste treatment unlikely due low concentration of substance in waste stream. Waste disposal according to national/local legislation is sufficient. ESCom-11133171479 true No (other reason) false Waste disposal according to national/local legislation is sufficient. "Explanation for the CSR" to be reported by each registrant: ESCom-11133171479 true Dedicated recollection infrastructure required false ESCom-12355002107 true Biological treatment not appropriate false ESCom-12355002101 true Incineration not appropriate false ESCom-12355002100 true Prevent formation of hazardous break down products during thermal waste treatment destruction. false Prevent formation of hazardous break down products during thermal waste treatment. true Closed system required to minimise release to the environment. false Closed system required to minimise release to the environment during waste treatment. true Other false "Explanation for the CSR" to be reported by each registrant on the specific conditions required for waste treatment: true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE WORKERS Percentage (w/w) of substance in mixture/article TRA Worker condition of use true DERMAL INHALATION W_1 100.0 0.0 100.0 <= ESCom-9269144102 ESCom-11133171519 true Chesar IUC5-97ce9eec-ebfd-4b2d-a61b-b9a975e920b5 2015-03-16T16:40:11 ACTIVE WORKERS Physical form of the used product TRA Worker condition of use true DERMAL INHALATION W_1 Gas false false Liquefied gas false false Liquid false false Solid (unspecified form) false false Solid (very dusty form) false false Solid (medium dusty form) false ESCom-11133171332 true Solid (non or low dusty form) false ESCom-11133171331 true ECHA External Tools 5ab7a6dd-aad1-48ae-a7fa-17ca413e0b20 2017-05-16T09:49:49 2017-06-23T18:34:39 ACTIVE WORKERS General ventilation ART determinant false INHALATION W_3 ESCom-16014091800 No restrictions on general ventilation true false Only good natural ventilation false Provide good natural ventilation true Mechanical ventilation giving at least 1 ACH false Provide mechanical ventilation (giving at least 1 air change per hour) true Specialised room ventilation with more than 10 ACH false Provide specialised room ventilation with more than 10 air changes per hour true < 0.3 ACH false Provide ventilation (giving at least 0.3 air changes per hour) true 0.3-1 ACH false Provide ventilation (giving at least 1 air changes per hour) true 1-3 ACH false Provide ventilation (giving at least 3 air changes per hour) true 3-10 ACH false Provide ventilation (giving at least 10 air changes per hour) true 10-30 ACH false Provide ventilation (giving at least 30 air changes per hour) true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2016-06-28T13:34:54 2016-06-28T13:34:54 ACTIVE WORKERS Respiratory protection equipment if exposure to aerosol may occur false INHALATION W_4 ... true Wear respiratory protection. Personal measures have to be applied in case of potential exposure only. true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-05-26T13:12:17 2017-05-29T10:17:35 ACTIVE ENVIRONMENT Residues from equipment cleaning disposed of as waste CoU related to SPERC false WATER E_W_3 ... true Residues from equipment cleaning disposed of as waste true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-02-07T17:08:18 2017-05-16T10:41:39 ACTIVE ENVIRONMENT On-site physico-chemical treatment of wastewater CoU related to SPERC false WATER E_W_3 RMM true RMM measure effective on non volatile fraction only (BP>250 C). Examples of treatment option are described in the background document (BD) Provide on-site physico-chemical treatment of wastewater – minimum efficiency of ${value} ${unit} true WATER 90.0 90.0 90.0 ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-05-15T17:22:15 2017-05-15T17:58:28 ACTIVE WORKERS Volume of working room Reduction of the exposure depends on combination of volume of the working room and general ventilation options false INHALATION W_5 Stoffenmanager < 100 m3 true false 100 - 1000 m3 false true > 1000 m3 false true Outdoor activity false true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2016-06-30T16:47:02 2016-06-30T16:47:02 ACTIVE ENVIRONMENT Collect water from equipment/container cleaning as waste false WATER E_W_3 ... true Collect water from equipment/container cleaning as waste true ConsExpo_web IUC5-556622b4-4dca-4c54-a9ae-adc5a3dbeb08 2016-06-27T18:14:46 2016-06-29T08:54:03 ACTIVE CONSUMERS Dermal exposure duration The duration of the exposure to the product by dermal route. The time of the skin contact during which the compound is applied (e.g. spraying) or during mixing/loading. false DERMAL C_2 ESCom-15356125510 60.0 <= ESCom-9269144260 false ConsExpo_web IUC5-556622b4-4dca-4c54-a9ae-adc5a3dbeb08 2016-06-27T18:14:23 2016-06-29T08:51:31 ACTIVE CONSUMERS Dermal contact rate The rate at which the product is applied to the skin, in volume per time unit (i.e. Amount product applied to skin at a constant rate, i.e. by time). false DERMAL C_2 ESCom-15356125510 50.0 <= mg/min false ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2016-06-28T13:37:05 2016-06-28T13:37:05 ACTIVE WORKERS Chemical Protective Clothing (CPC) (overall and boots recommended to prevent skin contact) false DERMAL W_4 ... true Wear suitable coveralls to prevent exposure to the skin. Wear protective shoes. true ECHA CSR Example IUC5-188db9dd-0a02-4c22-90ff-43119ca4ebb1 2017-05-15T17:17:43 2017-05-15T17:57:06 ACTIVE WORKERS Product designed for reducing emissions For example, wetting a powder, spraying of water false INHALATION W_1 Stoffenmanager No true false Yes false true Mixing or blending in batch processes false false false Daily amount per site true true true Annual amount per site true true true Indoor or outdoor use false false false Assumed domestic sewage treatment plant flow true true true Dipping, immersion and pouring false false false Spraying false false false Printing false false false Mixing operations false false false Manual false false false Equipment cleaning and maintenance false false false Roller, spreader, flow application false false false Film formation - force drying, stoving and other technologies false false false Closed systems false false false Open systems false false false Elevated temperature false false false Wear suitable gloves tested to EN374. false false false Solvent rich paint false false false Waterborne paint false false false Manufacture or formulation in the chemical industry in closed batch processes with occasional controlled exposure or processes with equivalent containment condition false false false Transfer of substance or mixture (charging/discharging) at non dedicated-facilities false false false Transfer of substance or mixture (charging/discharging) at dedicated facilities false false false Transfer of substance or mixture into small containers (dedicated filling line, including weighing) false false false Roller application or brushing false false false Supervision in place to check that the RMMs in place are being used correctly and OCs followed. false false false Wear a respirator providing a minimum efficiency of false true true Receiving surface water flow true true true Municipal sewage treatment plant is assumed false false false No application of sewage sludge to soil false false false Hazardous waste incineration false false false No waste from process false false false Stoffenmanager v4.0 false false false m3 false false false m3/day false false false g/event false false false tonnes/year false false false Solid, low dustiness false false false Solid, medium dustiness false false false Ensure control measures are regularly inspected and maintained. false false false Provide a good standard of general ventilation (not less than 3 to 5 air changes per hour) . false false false Wear chemically resistant gloves (tested to EN374) in combination with basic employee training. false false false Wear chemically resistant gloves (tested to EN374) in combination with specific activity training. false false false Use suitable eye protection. false false false Dispose of waste product or used containers according to local regulations. false false false Covers concentrations up to false true true For each use event, covers use amounts up to false true true Covers use up to false true true Covers use in room size of false true true Provide onsite wastewater treatment. false false false Release area true true true Incineration is not appropriate for waste. false false false Biological treatment is not appropriate for waste. false false false Dedicated recollection infrastructure required for waste. false false false Assumes process temperature up to false true true Provide a basic standard of general ventilation (1 to 3 air changes per hour) . false false false Provide a good standard of controlled ventilation (5 to 10 air changes per hour) . false false false For further specification, refer to section 8 of the SDS. false false false events per day false false false tonnes/day false false false ach (air changes per hour) false false false h/day false false false Various products false false false ConsExpo false false false Wear suitable respiratory protection. false false false ART v1.5 false false false % false false false °C false false false min false false false Manufacture false false false Indoor use false false false Outdoor use false false false