Summary
Published product information is available via an API.
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The main entrypoint is the search query (/products), which returns an array of Product resources.
Another useful entrypoint is the impact definitions query (/impactdefinitions), which returns all the impact definitions available to you.
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| Link Rel | Description |
|---|---|
| self | Self link |
| impacts | Link to the definition of this impact |
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Company
The calculated impact against a midpoint or endpoint.
The list of impacts returned depends on the 'LCA Standard' setting in your EcoChain account.Company owning the Products
Links
| Link Rel | Description |
|---|---|
| self | Self link |
| impactDefinitionproducts | Link to list of Impacts Products for this ProductCompany |
| scenarios | Link to list of Scenarios connected to this Product |
| company | Link to the Company owning this Product |
List Result Links
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Impact Keys
Impacts are given as key-value pairs.
In the table below you'll find the keys, their english names, units and to which LCA Standard and presentation they belong to.
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LCA Standard
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Presentation
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Key
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Name
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_midpoint_(h)_marine_eutrophication
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ReCiPe Midpoint (H) Marine eutrophication
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kg N eq
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_midpoint_(h)_fossil_depletion
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ReCiPe Midpoint (H) Fossil depletion
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kg oil eq
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_environmental_price_2017_(low_pm10)
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Environmental Price 2017 (low PM10)
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Euro
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_freshwater_ecotoxicity
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ReCiPe Midpoint (H) Freshwater ecotoxicity
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kg 1,4-DB eq
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_midpoint_(h)_particulate_matter_formation
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ReCiPe Midpoint (H) Particulate matter formation
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kg PM10 eq
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_midpoint_(h)_terrestrial_acidification
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ReCiPe Midpoint (H) Terrestrial acidification
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kg SO<sub>2</sub> eq
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_midpoint_(h)_terrestrial_ecotoxicity
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ReCiPe Midpoint (H) Terrestrial ecotoxicity
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kg 1,4-DB eq
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_endpoint_(h,a)_human_health
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ReCiPe Endpoint (H,A) Human Health
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points
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_midpoint_(h)_metal_depletion
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ReCiPe Midpoint (H) Metal depletion
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kg Fe eq
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_(h,a)_single_score
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ReCiPe (H,A) Single Score
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points
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_midpoint_(h)_climate_change
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ReCiPe Midpoint (H) Climate change
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kg CO<sub>2</sub> eq
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_freshwater_eutrophication
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ReCiPe Midpoint (H) Freshwater eutrophication
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kg P eq
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_midpoint_(h)_ozone_depletion
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ReCiPe Midpoint (H) Ozone depletion
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kg CFC-11 eq
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_midpoint_(h)_water_depletion
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ReCiPe Midpoint (H) Water depletion
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m3
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_costs_(€)
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Costs
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Euro
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_midpoint_(h)_marine_ecotoxicity
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ReCiPe Midpoint (H) Marine ecotoxicity
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kg 1,4-DB eq
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_midpoint_(h)_human_toxicity
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ReCiPe Midpoint (H) Human toxicity
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kg 1,4-DB eq
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_midpoint_(h)_photochemical_oxidant_formation
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ReCiPe Midpoint (H) Photochemical oxidant formation
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kg NMVOC
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BETA! ReCiPe
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BETA Full
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impact_item_combination_name_recipe_midpoint_(h)_ionising_radiation
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ReCiPe Midpoint (H) Ionising radiation
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Scenario
A usage or end-of-life Scenario linked to Products
Links
| Link Rel | Description |
|---|---|
| self | Self link |
| impacts | Link to list of Impacts for this Scenario |
| products | Link to list of Products connected to this Scenario |
Impact
The calculated impact against a midpoint or endpoint.
The list of impacts returned depends on the 'LCA Standard' setting in your EcoChain account.
Links
| Link Rel | Description |
|---|---|
| self | Self link |
| impactDefinition | Link to list of Impacts for this Product |
| scenarios | Link to list of Scenarios connected to this Product |
| company | Link to the Company owning this Product |
List Result Links
| Link Rel | Description |
|---|---|
| product | Link to Product to which these Impacts belong |
| scenario | Link to Scenario to which these Impacts belong |
Impact Definition
Impacts are given as id-value pairs in the API.
In the table below you'll find their english names, units and to which LCA Standard and presentation they belong to.
The impact definitions here are also available through the impactdefinitions endpoint, but in the API you'll only see impact definitions corresponding to the LCA standard configured for your EcoChain account.
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Scenario
A usage or end-of-life Scenario linked to Products
Links
LCA Standard | Presentation | Name | Unit | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
BETA! ReCiPe | BETA Full | ReCiPe Midpoint (H) Marine eutrophication | kg N eq | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Midpoint (H) Fossil depletion | kg oil eq | |||||||||
BETA! ReCiPe | BETA Full | impact_item_combination_name_recipe_midpoint_(h)_agricultural_land_occupation | ReCiPe Midpoint (H) Agricultural land occupation | m2aEnvironmental Price 2017 (low PM10) | Euro | |||||||
BETA! ReCiPe | BETA Fullimpact_item_combination_name_recipe_endpoint_(h,a)_resources | ReCiPe Endpoint Midpoint (H,A) ResourcespointsFreshwater ecotoxicity | kg 1,4-DB eq | |||||||||
BETA! ReCiPe | BETA Full | impact_item_combination_name_recipe_midpoint_(h)_urban_land_occupation | ReCiPe Midpoint (H) Urban land occupationm2aParticulate matter formation | kg PM10 eq | ||||||||
BETA! ReCiPe | BETA Fullimpact_item_combination_name_recipe_midpoint_(h)_natural_land_transformation | ReCiPe Midpoint (H) Natural land transformationm2Terrestrial acidification | kg SO<sub>2</sub> eq | |||||||||
BETA! ReCiPe | BETA Full | impact_item_combination_name_recipe_endpoint_(h,a)_ecosystemsReCiPe Midpoint (H) Terrestrial ecotoxicity | kg 1,4-DB eq | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Endpoint (H,A) EcosystemsHuman Health | points | |||||||||
BETA! ReCiPe | BETA Full | impact_item_combination_name_environmental_price_2017 | Environmental Price 2017 | Euro | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_waste_safe | Non-hazardous waste disposed | kg | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_eutrophication | Eutrophication potential | kg PO<sub>4</sub> <sup>3−</sup>-eq | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_exported_energy | Exported energy | MJ | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_waste_hazard | Hazardous waste disposed | kg | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_abiot_depl_fuel_mj | Abiotic depletion potential for fossil resources | MJ | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_use_of_non_renewable_secondary_fuels | Use of non-renewable secondary fuels | MJ | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_human_toxicity | Human toxicity potentialReCiPe Midpoint (H) Metal depletion | kg Fe eq | ||||||||
BETA! ReCiPe | BETA Full | ReCiPe (H,A) Single Score | points | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Midpoint (H) Climate change | kg CO<sub>2</sub> eq | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Midpoint (H) Freshwater eutrophication | kg P eq | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Midpoint (H) Ozone depletion | kg CFC-11 eq | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Midpoint (H) Water depletion | m3 | |||||||||
BETA! ReCiPe | BETA Full | Costs | Euro | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Midpoint (H) Marine ecotoxicity | kg 1,4-DB -eq | |||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_primary_renewable_energy | Use of renewable primary energy excluding renewable primary energy resources used as raw materials | MJ | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_primary_renewable_energy_resource | Use of renewable primary energy resources used as raw materials | MJ | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_primary_non_renewable_energy_resource | Use of non-renewable primary energy resources used as raw materials | MJ | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_acidification | Acidification potential of land and water | kg SO<sub>2</sub>-eq | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_primary_renewable_energy_total | Total use of renewable primary energy resources | MJ | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_water | Use of net fresh water | m<sup>3</sup> | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_components_for_re_use | Components for re-use | kg | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_material_for_energy_recovery | Materials for energy recovery | kgeq | ||||||||
BETA! ReCiPe | BETA Full | ReCiPe Midpoint (H) Human toxicity | kg 1,4-DB eq | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Midpoint (H) Photochemical oxidant formation | kg NMVOC | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Midpoint (H) Ionising radiation | kg U235 eq | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Midpoint (H) Agricultural land occupation | m2a | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Endpoint (H,A) Resources | points | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Midpoint (H) Urban land occupation | m2a | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Midpoint (H) Natural land transformation | m2 | |||||||||
BETA! ReCiPe | BETA Full | ReCiPe Endpoint (H,A) Ecosystems | points | |||||||||
BETA! ReCiPe | BETA Full | Environmental Price 2017 | Euro | |||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_smog | Formation potential of tropospheric ozone photochemical oxidants | kg ethene-eqNon-hazardous waste disposed | kg | |||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_ozone | Depletion potential of the stratospheric ozone layer | kg CFC-11Eutrophication potential | kg PO<sub>4</sub> <sup>3−</sup>-eq | |||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_freshwater_tox | Freshwater aquatic ecotoxicity potential | kg 1,4-DB-eqExported energy | MJ | |||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_primary_non_renewable_energy_total | Total use of non-renewable primary energy resources | MJ | Hazardous waste disposed | kg | ||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_primary_non_renewable_energy | Use of non-renewable primary energy excluding non-renewable primary energy resources used as raw materialsAbiotic depletion potential for fossil resources | MJ | ||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | impact_item_combination_name_costs_(€) | Costs | Euro | Use of non-renewable secondary fuels | MJ | ||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_use_of_renewable_secondary_fuels | Use of renewable secondary fuels | MJHuman toxicity potential | kg 1,4-DB-eq | |||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_materials_for_recycling | Materials for recycling | kg | Full | Use of renewable primary energy excluding renewable primary energy resources used as raw materials | MJ | |||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_soil_toxicity | Terrestrial ecotoxicity potential | kg 1,4-DB-eq | Use of renewable primary energy resources used as raw materials | MJ | ||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_waste_radioactive | Radioactive waste disposed | kgUse of non-renewable primary energy resources used as raw materials | MJ | |||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_saltwater_tox | Marine aquatic ecotoxicity potential | kg 1,4-DB-Acidification potential of land and water | kg SO<sub>2</sub>-eq | |||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_climate_change | Global warming potential | kg CO<sub>2</sub>-eq | Total use of renewable primary energy resources | MJ | ||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_societal_costs_indicator | Environmental Costs Indicator | EuroUse of net fresh water | m<sup>3</sup> | |||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_abiotic_depletion | Abiotic depletion potential for non-fossil resources | kg Sb-eqComponents for re-use | kg | |||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_use_of_secondary_material | Use of secondary material | Materials for energy recovery | kg | |||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Shortened | envname_primary_renewable_energy_total | Total use of renewable primary energy resources | MJFull | Formation potential of tropospheric ozone photochemical oxidants | kg ethene-eq | ||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044)Shortened | envname_water | Use of net fresh water | m<sup>3</sup>Full | Depletion potential of the stratospheric ozone layer | kg CFC-11-eq | |||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Shortened | envname_tox_total | Ecotoxicity (total) | Full | Freshwater aquatic ecotoxicity potential | kg 1,4-DB-eq | ||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Shortened | envname_smog | Formation potential of tropospheric ozone photochemical oxidants | kg ethene-eqFull | Total use of non-renewable primary energy resources | MJ | ||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044)Shortened | envname_ozone | Depletion potential of the stratospheric ozone layer | kg CFC-11-eqFull | Use of non-renewable primary energy excluding non-renewable primary energy resources used as raw materials | MJ | |||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | ShortenedFull | envname_waste | Waste (total) | kg | Costs | Euro | ||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Shortened | envname_primary_non_renewable_energy_total | Total use of non-renewable primary energy resourcesFull | Use of renewable secondary fuels | MJ | |||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Shortened | impact_item_combination_name_costs_(€) | Costs | EuroFull | Materials for recycling | kg | ||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | Terrestrial ecotoxicity potential | kg 1,4-DB-eq | |||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Shortened | impact_item_combination_name_abiotic_resource_depletion_(total) | Abiotic resource depletion (total) | kg Sb eqFull | Radioactive waste disposed | kg | ||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Shortened | envname_climate_change | Global warming Full | Marine aquatic ecotoxicity potential | kg CO<sub>2</sub>1,4-DB-eq | |||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Shortened | envname_societal_costs_indicator | Environmental Costs Indicator | Euro | European (Full | Global warming potential | kg CO<sub>2</sub>-eq | |||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_waste_safe | Non-hazardous waste disposed | kg | European (Environmental Costs Indicator | Euro | ||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_eutrophication | Eutrophication potential | kg PO<sub>4</sub> <sup>3−</sup>Abiotic depletion potential for non-fossil resources | kg Sb-eq | |||||||
European Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_exported_energy | Exported energy | MJ | European (Use of secondary material | kg | ||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_waste_hazard | Hazardous waste disposed | kg | European (Shortened | Total use of renewable primary energy resources | MJ | |||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_abiot_depl_fuel_mj | Abiotic depletion potential for fossil resources | MJ | European (Shortened | Use of net fresh water | m<sup>3</sup> | |||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_use_of_non_renewable_secondary_fuels | Use of non-renewable secondary fuels | MJ | European (Shortened | Ecotoxicity (total) | kg 1,4-DB-eq | |||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Shortened | Formation potential of tropospheric ozone photochemical oxidants | kg ethene-eq | |||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_primary_renewable_energy | Use of renewable primary energy excluding renewable primary energy resources used as raw materials | MJ | European (Shortened | Depletion potential of the stratospheric ozone layer | kg CFC-11-eq | |||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_primary_renewable_energy_resource | Use of renewable primary energy resources used as raw materials | MJ | European (Shortened | Waste (total) | kg | |||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_primary_non_renewable_energy_resource | Use Shortened | Total use of non-renewable primary energy resources used as raw materials | MJ | European ( | MJ | |||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Shortened | Costs | Euro | |||||||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_acidification | Acidification potential of land and water | kg SO<sub>2</sub>-eq | European (Shortened | Abiotic resource depletion (total) | kg Sb eq | |||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_primary_renewable_energy_total | Total use of renewable primary energy resources | MJ | European (Shortened | Global warming potential | kg CO<sub>2</sub>-eq | |||||
Dutch (MRPI, EN15804, ISO14040, ISO14044) | Full | envname_water | Use of net fresh water | m<sup>3</sup> | Shortened | Environmental Costs Indicator | Euro | |||||
European (EN15804, ISO14040, ISO14044) | Full | envname_components_for_re_use | Components for re-useNon-hazardous waste disposed | kg | ||||||||
European (EN15804, ISO14040, ISO14044) | Full | envname_material_for_energy_recovery | Materials for energy recovery | kgEutrophication potential | kg PO<sub>4</sub> <sup>3−</sup>-eq | |||||||
European (EN15804, ISO14040, ISO14044) | Full | Exported energy | MJ | |||||||||
European (EN15804, ISO14040, ISO14044) | Full | envname_smog | Formation potential of tropospheric ozone photochemical oxidants | kg ethene-eqHazardous waste disposed | kg | |||||||
European (EN15804, ISO14040, ISO14044) | Full | envname_ozone | Depletion potential of the stratospheric ozone layer | kg CFC-11-eqAbiotic depletion potential for fossil resources | MJ | |||||||
European (EN15804, ISO14040, ISO14044) | Full | envname_primary_non_renewable_energy_total | Total use Use of non-renewable primary energy resourcessecondary fuels | MJ | ||||||||
European (EN15804, ISO14040, ISO14044) | Full | envname_primary_non_renewable_energy | Use of non- renewable primary energy excluding non- renewable primary energy resources used as raw materials | MJ | ||||||||
European (EN15804, ISO14040, ISO14044) | Full | impact_item_combination_name_costs_(€) | Costs | Euro | European (EN15804, ISO14040, ISO14044) | Full | envname_use_of_renewable_secondary_fuels | Use of renewable secondary fuelsUse of renewable primary energy resources used as raw materials | MJ | |||
European (EN15804, ISO14040, ISO14044) | Full | envname_materials_for_recycling | Materials for recycling | kgUse of non-renewable primary energy resources used as raw materials | MJ | |||||||
European (EN15804, ISO14040, ISO14044) | Full | envname_waste_radioactive | Radioactive waste disposed | kgAcidification potential of land and water | kg SO<sub>2</sub>-eq | |||||||
European (EN15804, ISO14040, ISO14044) | Full | envname_climate_change | Global warming potential | kg CO<sub>2</sub>-eqTotal use of renewable primary energy resources | MJ | |||||||
European (EN15804, ISO14040, ISO14044) | Full | envname_abiotic_depletion | Abiotic depletion potential for non-fossil resources | kg Sb-eq | Use of net fresh water | m<sup>3</sup> | ||||||
European (EN15804, ISO14040, ISO14044) | Full | envname_use_of_secondary_material | Use of secondary material | Components for re-use | kg | |||||||
European (EN15804, ISO14040, ISO14044) | Shortened | envname_primary_renewable_energy_total | Total use of renewable primary energy resources | MJFull | Materials for energy recovery | kg | ||||||
European (EN15804, ISO14040, ISO14044) | Shortened | envname_water | Use of net fresh water | m<sup>3</sup>Full | Formation potential of tropospheric ozone photochemical oxidants | kg ethene-eq | ||||||
European (EN15804, ISO14040, ISO14044) | Shortened | envname_smog | Formation Full | Depletion potential of tropospheric the stratospheric ozone photochemical oxidantslayer | kg etheneCFC-11-eq | |||||||
European (EN15804, ISO14040, ISO14044) | Shortened | envname_ozone | Depletion potential of the stratospheric ozone layer | kg CFC-11-eq | Full | Total use of non-renewable primary energy resources | MJ | |||||
European (EN15804, ISO14040, ISO14044) | Full | Use of non-renewable primary energy excluding non-renewable primary energy resources used as raw materials | MJ | |||||||||
European (EN15804, ISO14040, ISO14044) | ShortenedFull | envname_waste | Waste (total) | kg | Costs | Euro | ||||||
European (EN15804, ISO14040, ISO14044) | Shortened | envname_primary_non_renewable_energy_total | Total use of non-renewable primary energy resourcesFull | Use of renewable secondary fuels | MJ | |||||||
European (EN15804, ISO14040, ISO14044) | Shortened | impact_item_combination_name_costs_(€) | Costs | EuroFull | Materials for recycling | kg | ||||||
European (EN15804, ISO14040, ISO14044) | Full | Radioactive waste disposed | kg | |||||||||
European (EN15804, ISO14040, ISO14044) | Shortened | envname_climate_change | Full | Global warming potential | kg CO<sub>2</sub>-eq | |||||||
SBK Bepalingsmethode | Full | envname_waste_safe | Non-hazardous waste disposed | kg | ||||||||
SBK Bepalingsmethode | Full | envname_eutrophication | Eutrophication potential | kg PO<sub>4</sub> <sup>3−</sup>-eq | ||||||||
SBK Bepalingsmethode | Full | envname_waste_hazard | Hazardous waste disposed | kg | ||||||||
SBK Bepalingsmethode | Full | envname_human_toxicity | Human toxicity potential | kg 1,4-DB-eq | ||||||||
SBK Bepalingsmethode | Full | envname_acidification | Acidification potential of land and water | kg SO<sub>2</sub>-eq | ||||||||
SBK Bepalingsmethode | Full | envname_primary_renewable_energy_total | Total use of renewable primary energy resources | MJ | ||||||||
SBK Bepalingsmethode | Full | envname_water | Use of net fresh water | m<sup>3</sup> | ||||||||
SBK Bepalingsmethode | Full | envname_smog | Formation potential of tropospheric ozone photochemical oxidants | kg ethene-eq | ||||||||
SBK Bepalingsmethode | Full | envname_ozone | Depletion potential of the stratospheric ozone layer | kg CFC-11-eq | ||||||||
SBK Bepalingsmethode | Full | envname_freshwater_tox | Freshwater aquatic ecotoxicity European (EN15804, ISO14040, ISO14044) | Full | Abiotic depletion potential for non-fossil resources | kg Sb-eq | ||||||
European (EN15804, ISO14040, ISO14044) | Full | Use of secondary material | kg | |||||||||
European (EN15804, ISO14040, ISO14044) | Shortened | Total use of renewable primary energy resources | MJ | |||||||||
European (EN15804, ISO14040, ISO14044) | Shortened | Use of net fresh water | m<sup>3</sup> | |||||||||
European (EN15804, ISO14040, ISO14044) | Shortened | Formation potential of tropospheric ozone photochemical oxidants | kg ethene-eq | |||||||||
European (EN15804, ISO14040, ISO14044) | Shortened | Depletion potential of the stratospheric ozone layer | kg CFC-11-eq | |||||||||
European (EN15804, ISO14040, ISO14044) | Shortened | Waste (total) | kg | |||||||||
European (EN15804, ISO14040, ISO14044) | Shortened | Total use of non-renewable primary energy resources | MJ | |||||||||
European (EN15804, ISO14040, ISO14044) | Shortened | Costs | Euro | |||||||||
European (EN15804, ISO14040, ISO14044) | Shortened | Global warming potential | kg CO<sub>2</sub>-eq | |||||||||
SBK Bepalingsmethode | Full | Non-hazardous waste disposed | kg | |||||||||
SBK Bepalingsmethode | Full | Eutrophication potential | kg PO<sub>4</sub> <sup>3−</sup>-eq | |||||||||
SBK Bepalingsmethode | Full | Hazardous waste disposed | kg | |||||||||
SBK Bepalingsmethode | Full | Human toxicity potential | kg 1,4-DB-eq | |||||||||
SBK Bepalingsmethode | Full | envname_primary_non_renewable_energy_total | Total use of non-renewable primary energy resources | MJ | SBK Bepalingsmethode | Full | impact_item_combination_name_costs_(€) | Costs | EuroBepalingsmethode | Full | Acidification potential of land and water | kg SO<sub>2</sub>-eq |
SBK Bepalingsmethode | Full | envname_energy | Total energyTotal use of renewable primary energy resources | MJ | ||||||||
SBK Bepalingsmethode | Full | envname_soil_toxicity | Terrestrial ecotoxicity potential | kg 1,4-DB-eq | Use of net fresh water | m<sup>3</sup> | ||||||
SBK Bepalingsmethode | Full | envname_waste_radioactive | Radioactive waste disposed | kgFormation potential of tropospheric ozone photochemical oxidants | kg ethene-eq | |||||||
SBK Bepalingsmethode | Full | envname_saltwater_tox | Marine aquatic ecotoxicity potential | kg 1,4-DBDepletion potential of the stratospheric ozone layer | kg CFC-11-eq | |||||||
SBK Bepalingsmethode | Full | envname_climate_change | Global warming Freshwater aquatic ecotoxicity potential | kg CO<sub>2</sub>1,4-DB-eq | ||||||||
SBK Bepalingsmethode | Full | envname_abiot_depl_fuel | Abiotic depletion potential for fossil resources | kg Sb-eqTotal use of non-renewable primary energy resources | MJ | |||||||
SBK Bepalingsmethode | Full | envname_societal_costs_indicator | Environmental Costs Indicator | Euro | ||||||||
SBK Bepalingsmethode | Full | envname_abiotic_depletion | Abiotic depletion potential for non-fossil resources | kg Sb-eq | Total energy | MJ | ||||||
SBK Bepalingsmethode | Shortened | envname_primary_renewable_energy_total | Total use of renewable primary energy resources | MJFull | Terrestrial ecotoxicity potential | kg 1,4-DB-eq | ||||||
SBK Bepalingsmethode | Shortened | envname_water | Use of net fresh water | m<sup>3</sup>Full | Radioactive waste disposed | kg | ||||||
SBK Bepalingsmethode | Shortened | envname_tox_total | Ecotoxicity (total) | Full | Marine aquatic ecotoxicity potential | kg 1,4-DB-eq | ||||||
SBK Bepalingsmethode | Shortened | envname_smog | Formation potential of tropospheric ozone photochemical oxidants | kg etheneFull | Global warming potential | kg CO<sub>2</sub>-eq | ||||||
SBK Bepalingsmethode | Shortened | envname_ozone | Depletion potential of the stratospheric ozone layer | kg CFC-11-Full | Abiotic depletion potential for fossil resources | kg Sb-eq | ||||||
SBK Bepalingsmethode | Shortened | envname_waste | Waste (total) | kg | Full | Environmental Costs Indicator | Euro | |||||
SBK Bepalingsmethode | Full | Abiotic depletion potential for non-fossil resources | kg Sb-eq | |||||||||
SBK Bepalingsmethode | Shortened | envname_primary_non_renewable_energy_total | Total use of non- renewable primary energy resources | MJ | ||||||||
SBK Bepalingsmethode | Shortened | impact_item_combination_name_costs_(€) | Costs | EuroUse of net fresh water | m<sup>3</sup> | |||||||
SBK Bepalingsmethode | Shortened | impact_item_combination_name_abiotic_resource_depletion_Ecotoxicity (total) | Abiotic resource depletion (total) | kg Sb kg 1,4-DB-eq | ||||||||
SBK Bepalingsmethode | Shortened | Formation potential of tropospheric ozone photochemical oxidants | kg ethene-eq | |||||||||
SBK Bepalingsmethode | Shortened | envname_climate_change | Global warming potential | kg CO<sub>2</sub>Depletion potential of the stratospheric ozone layer | kg CFC-11-eq | |||||||
SBK Bepalingsmethode | Shortened | envname_societal_costs_indicator | Environmental Costs Indicator | Euro |
Company
The Company owning the Products
Links
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Waste (total) | kg | ||
SBK Bepalingsmethode | Shortened | Total use of non-renewable primary energy resources | MJ |
SBK Bepalingsmethode | Shortened | Costs | Euro |
SBK Bepalingsmethode | Shortened | Abiotic resource depletion (total) | kg Sb eq |
SBK Bepalingsmethode | Shortened | Global warming potential | kg CO<sub>2</sub>-eq |
SBK Bepalingsmethode | Shortened | Environmental Costs Indicator | Euro |
Getting access
To use this API with real data, you'll first need to create an API key and secret.
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