EnvironmentalFootprint

class

Environmental footprint

Environmental footprint means a quantification of the environmental impacts resulting from a product throughout its life cycle, whether in relation to a single environmental impact category or an aggregated set of impact categories based on the Product Environmental Footprint method established by Recommendation (EU) 2 021/2279 or other scientific methods developed by international organisations, widely tested in collaboration with different industry sectors and adopted or implemented by the Commission in other Union law. (ESPR Art 2 (24)). Product parameters list ESPR Annex I (m) The environmental footprint of the product, expressed as a quantification; This class description needs to be extended/specialised according to the corresponding delegated acts or/and industry standards.

URI:https://w3id.org/eudpp#EnvironmentalFootprint

Upstream alignment

How this class and its properties align to external and upstream vocabularies. Open a vocabulary to see the exact term-by-term relationships.

Properties (4)

DescriptionDomainRangeVocabularies
dictionaryReference
Dictionary reference
The reference to the unique identifier of the data point specification defined in the repository/data dictionary. It is formatted as a URI/URL .cirpass2:Propertyxsd:string
hasMeasurementUnit
Has measurement unit
Linking quantitative property to the unit of measurement.cirpass2:QuantitativePropertyMeasurementUnit
numericalValue
Numerical value
The numerical value of the quantity, i.e., quantitative property of the product.cirpass2:QuantitativePropertyxsd:decimal
tolerance
Tolerance
Engineering tolerance is the permissible variation in measurements deriving from the base measurement. Tolerances can apply to many different units.cirpass2:QuantitativePropertyxsd:double

Subclasses (1)

JSON-LD Example

{
  "@context": "https://ref.openepcis.io/extensions/upstream/cirpass2-eudpp/cirpass2-eudpp-context.jsonld",
  "type": "EnvironmentalFootprint",
  "dictionaryReference": "...",
  "hasMeasurementUnit": "...",
  "numericalValue": "..."
}