Registration Dossier
Registration Dossier
Please be aware that this old REACH registration data factsheet is no longer maintained; it remains frozen as of 19th May 2023.
The new ECHA CHEM database has been released by ECHA, and it now contains all REACH registration data. There are more details on the transition of ECHA's published data to ECHA CHEM here.
Use of this information is subject to copyright laws and may require the permission of the owner of the information, as described in the ECHA Legal Notice.
EC number: 232-350-7 | CAS number: 8006-64-2 Any of the volatile predominately terpenic fractions or distillates resulting from the solvent extraction of, gum collection from, or pulping of softwoods. Composed primarily of the C10H16 terpene hydrocarbons: α-pinene, β-pinene, limonene, 3-carene, camphene. May contain other acyclic, monocyclic, or bicyclic terpenes, oxygenated terpenes, and anethole. Exact composition varies with refining methods and the age, location, and species of the softwood source.
Manufacture, use & exposure
Uses at industrial sites
Documentsopen allclose all
Uses at industrial sites
- Registration/ Notification status for the use:
- use as intermediate registered according to REACH Article 10; total tonnage manufactured/imported >=10tonnes/year per registrant
Contributing activity / technique for the environmentopen allclose all
- Name of activity / technique:
- Block 1 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 2 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 3 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 4 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 5 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 6 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 7 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 8 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 9 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
Contributing activity / technique for workersopen allclose all
- Name of activity / technique:
- Use in closed process, no likelihood of exposure
- Process category (PROC):
- PROC 1: Chemical production or refinery in closed process without likelihood of exposure or processes with equivalent containment conditions
- Name of activity / technique:
- Use in closed, continuous process with occasional controlled exposure (e.g. sampling)
- Process category (PROC):
- PROC 2: Chemical production or refinery in closed continuous process with occasional controlled exposure or processes with equivalent containment conditions
- Name of activity / technique:
- Use in closed batch process (synthesis or formulation)
- Process category (PROC):
- PROC 3: Manufacture or formulation in the chemical industry in closed batch processes with occasional controlled exposure or processes with equivalent containment conditions
- Name of activity / technique:
- Use in batch or other processes (synthesis) where opportunity for exposure arises
- Process category (PROC):
- PROC 4: Chemical production where opportunity for exposure arises
- Name of activity / technique:
- Transfer or substance or preparation (charging/discharging) from/to vessels/large containers at dedicated facilities.
- Process category (PROC):
- PROC 8b: Transfer of substance or mixture (charging and discharging) at dedicated facilities
- Name of activity / technique:
- PROC8b (outdoor) (stoffenmanager)
- Process category (PROC):
- PROC 8b: Transfer of substance or mixture (charging and discharging) at dedicated facilities
- Product category used:
- PC 0: Other: Intermediate
- Sector of end use:
- SU 8: Manufacture of bulk, large scale chemicals (including petroleum products)
- Related assessment:
- use assessed in a joint CSR
ContribScenEnvirWorkerRepopen allclose all
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
ContribScenWorkersRepopen allclose all
Contributing scenario for the workers
Conditions of use for workers
Product (article) characteristics
- Physical form of the used product:
- liquid, including paste/slurry/suspension
Amounts used (or contained in articles), frequency and duration of use/exposure
Technical and organisational conditions and measures
TechCondRepopen allclose all
Effectiveness
- Route affected:
- inhalation
Conditions and measures related to personal protection, hygiene and health evaluation
PPERepopen allclose all
Other conditions affecting workers exposure
- Place of use:
- indoor
Other conditions of use
Exposure of workers
ExpEstopen allclose all
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
Contributing scenario for the workers
Conditions of use for workers
Product (article) characteristics
- Physical form of the used product:
- liquid, including paste/slurry/suspension
Amounts used (or contained in articles), frequency and duration of use/exposure
Technical and organisational conditions and measures
TechCondRepopen allclose all
Effectiveness
- Route affected:
- inhalation
Conditions and measures related to personal protection, hygiene and health evaluation
PPERepopen allclose all
Other conditions affecting workers exposure
- Place of use:
- indoor
Other conditions of use
Exposure of workers
ExpEstopen allclose all
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
Contributing scenario for the workers
Conditions of use for workers
Product (article) characteristics
- Physical form of the used product:
- liquid, including paste/slurry/suspension
Amounts used (or contained in articles), frequency and duration of use/exposure
Technical and organisational conditions and measures
TechCondRepopen allclose all
Effectiveness
- Route affected:
- inhalation
Conditions and measures related to personal protection, hygiene and health evaluation
PPERepopen allclose all
Other conditions affecting workers exposure
- Place of use:
- indoor
Other conditions of use
Exposure of workers
ExpEstopen allclose all
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
Contributing scenario for the workers
Conditions of use for workers
Product (article) characteristics
- Physical form of the used product:
- liquid, including paste/slurry/suspension
Amounts used (or contained in articles), frequency and duration of use/exposure
Technical and organisational conditions and measures
TechCondRepopen allclose all
Effectiveness
- Route affected:
- inhalation
Conditions and measures related to personal protection, hygiene and health evaluation
PPERepopen allclose all
Other conditions affecting workers exposure
- Place of use:
- indoor
Other conditions of use
Exposure of workers
ExpEstopen allclose all
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
Contributing scenario for the workers
Conditions of use for workers
Product (article) characteristics
- Physical form of the used product:
- liquid, including paste/slurry/suspension
Amounts used (or contained in articles), frequency and duration of use/exposure
Technical and organisational conditions and measures
TechCondRepopen allclose all
Effectiveness
- Route affected:
- inhalation
Conditions and measures related to personal protection, hygiene and health evaluation
PPERepopen allclose all
Other conditions affecting workers exposure
- Place of use:
- indoor
Other conditions of use
Exposure of workers
ExpEstopen allclose all
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
Contributing scenario for the workers
Conditions of use for workers
Product (article) characteristics
- Physical form of the used product:
- liquid, including paste/slurry/suspension
OtherProdCharRepopen allclose all
Amounts used (or contained in articles), frequency and duration of use/exposure
OtherConditionsRepopen allclose all
Technical and organisational conditions and measures
TechCondRepopen allclose all
Effectiveness
- Route affected:
- inhalation
Effectiveness
- Route affected:
- inhalation
Conditions and measures related to personal protection, hygiene and health evaluation
PPERepopen allclose all
Other conditions affecting workers exposure
- Place of use:
- outdoor
OtherCondRepopen allclose all
Exposure of workers
ExpEstopen allclose all
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- Stoffenmanager
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- Stoffenmanager
Uses at industrial sites
Contributing activity / technique for workersopen allclose all
- Process category (PROC):
- PROC 1: Chemical production or refinery in closed process without likelihood of exposure or processes with equivalent containment conditions
- Process category (PROC):
- PROC 2: Chemical production or refinery in closed continuous process with occasional controlled exposure or processes with equivalent containment conditions
- Process category (PROC):
- PROC 3: Manufacture or formulation in the chemical industry in closed batch processes with occasional controlled exposure or processes with equivalent containment conditions
- Process category (PROC):
- PROC 4: Chemical production where opportunity for exposure arises
- Process category (PROC):
- PROC 8b: Transfer of substance or mixture (charging and discharging) at dedicated facilities
- Sector of end use:
- SU 8: Manufacture of bulk, large scale chemicals (including petroleum products)
- SU 0: Other: 3
- Substance supplied to that use in form of:
- as such
- Subsequent service life relevant for this use:
- no
- Related assessment:
- use assessed in a joint CSR
Uses at industrial sites
Contributing activity / technique for workersopen allclose all
- Process category (PROC):
- PROC 2: Chemical production or refinery in closed continuous process with occasional controlled exposure or processes with equivalent containment conditions
- Process category (PROC):
- PROC 3: Manufacture or formulation in the chemical industry in closed batch processes with occasional controlled exposure or processes with equivalent containment conditions
- Process category (PROC):
- PROC 5: Mixing or blending in batch processes
- Process category (PROC):
- PROC 8a: Transfer of substance or mixture (charging and discharging) at non-dedicated facilities
- Process category (PROC):
- PROC 8b: Transfer of substance or mixture (charging and discharging) at dedicated facilities
- Process category (PROC):
- PROC 16: Use of fuels
- Product category used:
- PC 13: Fuels
- Sector of end use:
- SU 10: Formulation [mixing] of preparations and/or re-packaging (excluding alloys)
- SU 23: Electricity, steam, gas water supply and sewage treatment
- SU 0: Other: SU 3
- Subsequent service life relevant for this use:
- no
- Related assessment:
- use assessed in a joint CSR
Uses at industrial sites
- Registration/ Notification status for the use:
- use as intermediate registered according to REACH Article 10; total tonnage manufactured/imported >=10tonnes/year per registrant
Contributing activity / technique for the environment
- Name of activity / technique:
- Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
Contributing activity / technique for workersopen allclose all
- Name of activity / technique:
- Use in closed process, no likelihood of exposure
- Process category (PROC):
- PROC 1: Chemical production or refinery in closed process without likelihood of exposure or processes with equivalent containment conditions
- Name of activity / technique:
- Use in closed, continuous process with occasional controlled exposure (e.g. sampling)
- Process category (PROC):
- PROC 2: Chemical production or refinery in closed continuous process with occasional controlled exposure or processes with equivalent containment conditions
- Name of activity / technique:
- Use in closed batch process (synthesis or formulation)
- Process category (PROC):
- PROC 3: Manufacture or formulation in the chemical industry in closed batch processes with occasional controlled exposure or processes with equivalent containment conditions
- Name of activity / technique:
- Use in batch or other processes (synthesis) where opportunity for exposure arises
- Process category (PROC):
- PROC 4: Chemical production where opportunity for exposure arises
- Name of activity / technique:
- Transfer of substance or mixture (charging/discharging) at dedicated facilities; Indoor use
- Process category (PROC):
- PROC 8b: Transfer of substance or mixture (charging and discharging) at dedicated facilities
- Name of activity / technique:
- Transfer of substance or mixture (charging/discharging) at dedicated facilities; Outdoor use
- Process category (PROC):
- PROC 8b: Transfer of substance or mixture (charging and discharging) at dedicated facilities
- Product category used:
- PC 0: Other: Intermediate
- Sector of end use:
- SU 8: Manufacture of bulk, large scale chemicals (including petroleum products)
- Related assessment:
- use assessed in a joint CSR
Uses at industrial sites
- Registration/ Notification status for the use:
- use as intermediate registered according to REACH Article 10; total tonnage manufactured/imported >=10tonnes/year per registrant
- Name:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Type of composition:
- legal entity composition of the substance
- State / form:
- liquid
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Name:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Type of composition:
- legal entity composition of the substance
- State / form:
- liquid
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Name of activity / technique:
- Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Use in closed process, no likelihood of exposure
- Process category (PROC):
- PROC 1: Chemical production or refinery in closed process without likelihood of exposure or processes with equivalent containment conditions
- Name of activity / technique:
- Use in closed, continuous process with occasional controlled exposure (e.g. sampling)
- Process category (PROC):
- PROC 2: Chemical production or refinery in closed continuous process with occasional controlled exposure or processes with equivalent containment conditions
- Name of activity / technique:
- Use in closed batch process (synthesis or formulation)
- Process category (PROC):
- PROC 3: Manufacture or formulation in the chemical industry in closed batch processes with occasional controlled exposure or processes with equivalent containment conditions
- Name of activity / technique:
- Use in batch or other processes (synthesis) where opportunity for exposure arises
- Process category (PROC):
- PROC 4: Chemical production where opportunity for exposure arises
- Name of activity / technique:
- Transfer of substance or mixture (charging/discharging) at dedicated facilities; Indoor use
- Process category (PROC):
- PROC 8b: Transfer of substance or mixture (charging and discharging) at dedicated facilities
- Name of activity / technique:
- Transfer of substance or mixture (charging/discharging) at dedicated facilities; Outdoor use
- Process category (PROC):
- PROC 8b: Transfer of substance or mixture (charging and discharging) at dedicated facilities
- Product category used:
- PC 0: Other: Intermediate
- Sector of end use:
- SU 8: Manufacture of bulk, large scale chemicals (including petroleum products)
- Related assessment:
- use assessed in a joint CSR
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Physical form of the used product:
- liquid, including paste/slurry/suspension
- Place of use:
- indoor
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Physical form of the used product:
- liquid, including paste/slurry/suspension
- Place of use:
- indoor
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Physical form of the used product:
- liquid, including paste/slurry/suspension
- Place of use:
- indoor
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Physical form of the used product:
- liquid, including paste/slurry/suspension
- Place of use:
- indoor
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Physical form of the used product:
- liquid, including paste/slurry/suspension
- Place of use:
- indoor
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Physical form of the used product:
- liquid, including paste/slurry/suspension
- Place of use:
- outdoor
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ART
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ART
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ART
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ART
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
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Other conditions of use
Exposure of workers
ExpEstopen allclose all
Contributing scenario for the workers
Conditions of use for workers
Product (article) characteristics
Amounts used (or contained in articles), frequency and duration of use/exposure
Technical and organisational conditions and measures
TechCondRepopen allclose all
Conditions and measures related to personal protection, hygiene and health evaluation
PPERepopen allclose all
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Other conditions of use
Exposure of workers
ExpEstopen allclose all
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Uses at industrial sites
- Registration/ Notification status for the use:
- use registered according to REACH Article 10; total tonnage manufactured/imported >=10tonnes/year per registrant
- Name:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Type of composition:
- legal entity composition of the substance
- State / form:
- liquid
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Name of activity / technique:
- Block 1 Use of fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 2 Use of fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 3 Use of fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 4 Use fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 5 Use fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 6 Use fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 7 Use fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 8 Use fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 9 Use fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Use of fuels
- Process category (PROC):
- PROC 16: Use of fuels
- Product category used:
- PC 13: Fuels
- Sector of end use:
- SU 23: Electricity, steam, gas water supply and sewage treatment
- Subsequent service life relevant for this use:
- no
- Related assessment:
- use assessed in an own CSR
Reference
Contributing activity / technique for the environmentopen allclose all
Contributing activity / technique for workers
Uses at industrial sites
- Registration/ Notification status for the use:
- use registered according to REACH Article 10; total tonnage manufactured/imported >=10tonnes/year per registrant
- Name:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Type of composition:
- legal entity composition of the substance
- State / form:
- liquid
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Name:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Type of composition:
- legal entity composition of the substance
- State / form:
- liquid
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Name of activity / technique:
- Use of fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Use of fuels
- Process category (PROC):
- PROC 16: Use of fuels
- Product category used:
- PC 13: Fuels
- Sector of end use:
- SU 23: Electricity, steam, gas water supply and sewage treatment
- Subsequent service life relevant for this use:
- no
- Related assessment:
- use assessed in a joint CSR
- Biological Sewage Treatment Plant (STP):
- municipal biological STP
- Particular considerations on the waste treatment operations:
- no
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- ESIG/ESVOC SPERC 7.12a.v3
- Release from the site to::
- ambient air
- Release estimation method:
- estimated release factor
- Remarks:
- ESIG/ESVOC SPERC 7.12a.v3
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- ESIG/ESVOC SPERC 7.12a.v3
- Release from the site to::
- ambient air
- Release estimation method:
- estimated release factor
- Remarks:
- ESIG/ESVOC SPERC 7.12a.v3
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- ESIG/ESVOC SPERC 7.12a.v3
- Release from the site to::
- ambient air
- Release estimation method:
- estimated release factor
- Remarks:
- ESIG/ESVOC SPERC 2.2.v2
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- ESIG/ESVOC SPERC 2.2.v2
- Release from the site to::
- ambient air
- Release estimation method:
- estimated release factor
- Remarks:
- ESIG/ESVOC SPERC 7.12a.v3
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Physical form of the used product:
- liquid, including paste/slurry/suspension
- Place of use:
- indoor
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
Referenceopen allclose all
Contributing activity / technique for the environment
Contributing activity / technique for workers
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Technical and organisational conditions and measures
Other technical and organisational conditions
Conditions and measures related to Biological Sewage Treatment Plant
Conditions and measures related to external treatment of waste (including article waste)
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
ReleasesWasteEnvirRepopen allclose all
Release to the environment
ReleaseEnvirRepopen allclose all
Release to the environment
ReleaseEnvirRepopen allclose all
Release to the environment
ReleaseEnvirRepopen allclose all
Release to the environment
ReleaseEnvirRepopen allclose all
Exposure of the environment
ExpEnvirRelatedToRepopen allclose all
PECopen allclose all
PECopen allclose all
PECopen allclose all
PECopen allclose all
PECopen allclose all
PECopen allclose all
PECopen allclose all
PECopen allclose all
PECopen allclose all
Exposure of humans via the environment
ExpRelatedToRepopen allclose all
Contributing scenario for the workers
Conditions of use for workers
Product (article) characteristics
Amounts used (or contained in articles), frequency and duration of use/exposure
Technical and organisational conditions and measures
TechCondRepopen allclose all
Conditions and measures related to personal protection, hygiene and health evaluation
PPERepopen allclose all
Other conditions affecting workers exposure
Other conditions of use
Exposure of workers
ExpEstopen allclose all
Uses at industrial sites
Contributing activity / technique for the environmentopen allclose all
- Name of activity / technique:
- Block 1 Use of fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 2 Use of fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 3 Use of fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 4 Use fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 5 Use fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 6 Use fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 7 Use fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 8 Use fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
- Name of activity / technique:
- Block 9 Use fuel in energy generation
- Environmental release category (ERC):
- ERC6b: Use of reactive processing aid at industrial site (no inclusion into or onto article)
Contributing activity / technique for workers
- Name of activity / technique:
- Use of fuels
- Process category (PROC):
- PROC 16: Use of fuels
- Product category used:
- PC 13: Fuels
- Sector of end use:
- SU 23: Electricity, steam, gas water supply and sewage treatment
- Subsequent service life relevant for this use:
- no
- Related assessment:
- use assessed in a joint CSR
ContribScenEnvirWorkerRepopen allclose all
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Technical and organisational conditions and measures
Other technical and organisational conditions
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- municipal biological STP
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- ambient air
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Technical and organisational conditions and measures
Other technical and organisational conditions
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- municipal biological STP
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- ambient air
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Technical and organisational conditions and measures
Other technical and organisational conditions
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- municipal biological STP
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- ambient air
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Technical and organisational conditions and measures
Other technical and organisational conditions
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- municipal biological STP
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- ambient air
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Technical and organisational conditions and measures
Other technical and organisational conditions
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- municipal biological STP
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- ambient air
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Technical and organisational conditions and measures
Other technical and organisational conditions
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- municipal biological STP
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- ambient air
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Technical and organisational conditions and measures
Other technical and organisational conditions
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- municipal biological STP
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- ambient air
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Technical and organisational conditions and measures
Other technical and organisational conditions
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- municipal biological STP
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- ambient air
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the environment (related to workers activities)
Conditions of use for the environment
Amounts used, frequency and duration of use (or from service life)
OtherConditionsRepopen allclose all
Technical and organisational conditions and measures
Other technical and organisational conditions
Conditions and measures related to Biological Sewage Treatment Plant
- Biological Sewage Treatment Plant (STP):
- municipal biological STP
Other conditions affecting environmental exposure
Other conditions of use
Releases to waste and the environment
Release to the environment
ReleaseEnvirRepopen allclose all
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- ambient air
- Release estimation method:
- estimated release factor
- Remarks:
- ESIC/ESVOC SpERC 7.12a.V1
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
Exposure of the environment
PECopen allclose all
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Exposure of humans via the environment
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
Contributing scenario for the workers
Conditions of use for workers
Product (article) characteristics
- Physical form of the used product:
- liquid, including paste/slurry/suspension
Amounts used (or contained in articles), frequency and duration of use/exposure
Technical and organisational conditions and measures
TechCondRepopen allclose all
Effectiveness
- Route affected:
- inhalation
Conditions and measures related to personal protection, hygiene and health evaluation
PPERepopen allclose all
Other conditions affecting workers exposure
- Place of use:
- indoor
Other conditions of use
Exposure of workers
ExpEstopen allclose all
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
Uses at industrial sites
- Registration/ Notification status for the use:
- use registered according to REACH Article 10; total tonnage manufactured/imported >=10tonnes/year per registrant
- Name:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Type of composition:
- legal entity composition of the substance
- State / form:
- liquid
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Reference substance:
- Turpentine Oil from Pulping Processes (TOPP) consist of terpenes, mainly bicyclic monoterpenes such as alpha- and beta-pinene and delta-3-carene, and lower concentrations of monocyclic monoterpenes, it is a volatile oil extracted from various tree species
- Name of activity / technique:
- Block 1 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 2 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 3 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 4 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 5 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 6 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 7 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 8 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Block 9 Fractionation of TOPP
- Environmental release category (ERC):
- ERC6a: Use of intermediate
- Name of activity / technique:
- Use in closed process, no likelihood of exposure
- Process category (PROC):
- PROC 1: Chemical production or refinery in closed process without likelihood of exposure or processes with equivalent containment conditions
- Name of activity / technique:
- Use in closed, continuous process with occasional controlled exposure (e.g. sampling)
- Process category (PROC):
- PROC 2: Chemical production or refinery in closed continuous process with occasional controlled exposure or processes with equivalent containment conditions
- Name of activity / technique:
- Use in closed batch process (synthesis or formulation)
- Process category (PROC):
- PROC 3: Manufacture or formulation in the chemical industry in closed batch processes with occasional controlled exposure or processes with equivalent containment conditions
- Name of activity / technique:
- Use in batch or other processes (synthesis) where opportunity for exposure arises
- Process category (PROC):
- PROC 4: Chemical production where opportunity for exposure arises
- Name of activity / technique:
- Transfer or substance or preparation (charging/discharging) from/to vessels/large containers at dedicated facilities.
- Process category (PROC):
- PROC 8b: Transfer of substance or mixture (charging and discharging) at dedicated facilities
- Name of activity / technique:
- PROC8b (outdoor) (stoffenmanager)
- Process category (PROC):
- PROC 8b: Transfer of substance or mixture (charging and discharging) at dedicated facilities
- Product category used:
- PC 0: Other: Intermediate
- Sector of end use:
- SU 8: Manufacture of bulk, large scale chemicals (including petroleum products)
- Substance supplied to that use in form of:
- as such
- Subsequent service life relevant for this use:
- no
- Related assessment:
- use assessed in a joint CSR
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Biological Sewage Treatment Plant (STP):
- site specific biological STP
- Application of site specific biological STP sludge on agricultural soil:
- yes
- Release from the site to::
- wastewater
- Release estimation method:
- estimated release factor
- Remarks:
- Other method
- Release from the site to::
- ambient air
- Release estimation method:
- ERC
- Release from the site to::
- non-agricultural soil
- Release estimation method:
- ERC
- Exposed compartment:
- freshwater
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- marine water
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sediment (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- sewage treatment plant
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- air
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- agricultural soil
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (freshwater)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- top predators' prey (marine water)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposed compartment:
- predators' prey (terrestrial)
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- EUSES
- Physical form of the used product:
- liquid, including paste/slurry/suspension
- Route affected:
- inhalation
- Place of use:
- indoor
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Physical form of the used product:
- liquid, including paste/slurry/suspension
- Route affected:
- inhalation
- Place of use:
- indoor
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Physical form of the used product:
- liquid, including paste/slurry/suspension
- Route affected:
- inhalation
- Place of use:
- indoor
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Physical form of the used product:
- liquid, including paste/slurry/suspension
- Route affected:
- inhalation
- Place of use:
- indoor
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Physical form of the used product:
- liquid, including paste/slurry/suspension
- Route affected:
- inhalation
- Place of use:
- indoor
- Type of exposure:
- inhalation (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- inhalation (external) short-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) long-term exposure
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Type of exposure:
- dermal (external) local concentration on skin
- Exposure estimation method:
- exposure estimation tool
- Exposure estimation tool name:
- ECETOC TRA workers
- Physical form of the used product:
- liquid, including paste/slurry/suspension
- Route affected:
- inhalation
- Route affected:
- inhalation
- Place of use:
- outdoor