ISO 14025:2006

Reference document attributes:

GUID 4e67b5d72e1f484f866e9ba3ac2a5f75
URI https://pdts.pt/uri/0.1/doc/ISO140252006
Name ISO 14025:2006
Title Environmental labels and declarations — Type III environmental declarations — Principles and procedures
Description ISO 14025:2006 establishes the principles and specifies the procedures for developing Type III environmental declaration programmes and Type III environmental declarations. It specifically establishes the use of the ISO 14040 series of standards in the development of Type III environmental declaration programmes and Type III environmental declarations.
Status Published

Properties that cite this reference document:

Data template Property
Master V1.1 AbioticDepletionPotentialForFossilResources
Master V1.1 AbioticDepletionPotentialForNonFossilResourcesMineralsAndMetals
Master V1.1 GlobalWarmingPotentialBiogenic
Master V1.1 GlobalWarmingPotentialFossilFuels
Master V1.1 GlobalWarmingPotentialLandUseAndLandUseChange
Master V1.1 GlobalWarmingPotentialTotal
Master V1.1 TroposphericOzoneConcentrationIncrease
Master V1.1 DepletionPotentialOfTheStratosphericOzoneLayer
Master V1.1 AcidificationPotentialAccumulatedExceedance
Master V1.1 EutrophicationPotentialAccumulatedExceedance
Master V1.1 EutrophicationPotentialFractionOfNutrientsReachingFreshwaterEndCompartment
Master V1.1 EutrophicationPotentialFractionOfNutrientsReachingMarineEndCompartment
Master V1.1 WaterDeprivationPotentialDeprivationWeightedWaterConsumption
Master V1.1 NonRenewablePrimaryResourcesUsedAsAnEnergyCarrierFuel
Master V1.1 NonRenewablePrimaryResourcesWithEnergyContentUsedAsMaterial
Master V1.1 NonRenewableSecondaryFuels
Master V1.1 RecoveredEnergy
Master V1.1 RenewablePrimaryResourcesUsedAsAnEnergyCarrierFuel
Master V1.1 RenewablePrimaryResourcesWithEnergyContentUsedAsMaterial
Master V1.1 RenewableSecondaryFuels
Master V1.1 SecondaryMaterials
Master V1.1 ConsumptionOfFreshwater
Master V1.1 NetUseOfFreshwater
Master V1.1 HazardousWasteDisposed
Master V1.1 NonHazardousWasteDisposed
Master V1.1 TotalRadioactiveWasteDisposedMass
Master V1.1 TotalRadioactiveWasteDisposedVolume
Master V1.1 ComponentsForReUse
Master V1.1 ExportedElectricalEnergy
Master V1.1 ExportedThermalEnergy
Master V1.1 MaterialsForEnergyRecovery
Master V1.1 MaterialsForRecycling
Master V1.1 LifeCyclePhase
Master V1.1 LifeCycleStagesOmitted
Master V1.1 EPDUnit
Master V2.1 AbioticDepletionPotentialForFossilResources
Master V2.1 AbioticDepletionPotentialForNonFossilResourcesMineralsAndMetals
Master V2.1 GlobalWarmingPotentialBiogenic
Master V2.1 GlobalWarmingPotentialFossilFuels
Master V2.1 GlobalWarmingPotentialLandUseAndLandUseChange
Master V2.1 GlobalWarmingPotentialTotal
Master V2.1 TroposphericOzoneConcentrationIncrease
Master V2.1 DepletionPotentialOfTheStratosphericOzoneLayer
Master V2.1 AcidificationPotentialAccumulatedExceedance
Master V2.1 EutrophicationPotentialAccumulatedExceedance
Master V2.1 EutrophicationPotentialFractionOfNutrientsReachingFreshwaterEndCompartment
Master V2.1 EutrophicationPotentialFractionOfNutrientsReachingMarineEndCompartment
Master V2.1 WaterDeprivationPotentialDeprivationWeightedWaterConsumption
Master V2.1 NonRenewablePrimaryResourcesUsedAsAnEnergyCarrierFuel
Master V2.1 NonRenewablePrimaryResourcesWithEnergyContentUsedAsMaterial
Master V2.1 NonRenewableSecondaryFuels
Master V2.1 RecoveredEnergy
Master V2.1 RenewablePrimaryResourcesUsedAsAnEnergyCarrierFuel
Master V2.1 RenewablePrimaryResourcesWithEnergyContentUsedAsMaterial
Master V2.1 RenewableSecondaryFuels
Master V2.1 SecondaryMaterials
Master V2.1 ConsumptionOfFreshwater
Master V2.1 NetUseOfFreshwater
Master V2.1 HazardousWasteDisposed
Master V2.1 NonHazardousWasteDisposed
Master V2.1 TotalRadioactiveWasteDisposedMass
Master V2.1 TotalRadioactiveWasteDisposedVolume
Master V2.1 ComponentsForReUse
Master V2.1 ExportedElectricalEnergy
Master V2.1 ExportedThermalEnergy
Master V2.1 MaterialsForEnergyRecovery
Master V2.1 MaterialsForRecycling
Master V2.1 LifeCyclePhase
Master V2.1 LifeCycleStagesOmitted
Master V2.1 EPDUnit
Master V3.1 AbioticDepletionPotentialForFossilResources
Master V3.1 AbioticDepletionPotentialForNonFossilResourcesMineralsAndMetals
Master V3.1 GlobalWarmingPotentialBiogenic
Master V3.1 GlobalWarmingPotentialFossilFuels
Master V3.1 GlobalWarmingPotentialLandUseAndLandUseChange
Master V3.1 GlobalWarmingPotentialTotal
Master V3.1 TroposphericOzoneConcentrationIncrease
Master V3.1 DepletionPotentialOfTheStratosphericOzoneLayer
Master V3.1 AcidificationPotentialAccumulatedExceedance
Master V3.1 EutrophicationPotentialAccumulatedExceedance
Master V3.1 EutrophicationPotentialFractionOfNutrientsReachingFreshwaterEndCompartment
Master V3.1 EutrophicationPotentialFractionOfNutrientsReachingMarineEndCompartment
Master V3.1 WaterDeprivationPotentialDeprivationWeightedWaterConsumption
Master V3.1 NonRenewablePrimaryResourcesUsedAsAnEnergyCarrierFuel
Master V3.1 NonRenewablePrimaryResourcesWithEnergyContentUsedAsMaterial
Master V3.1 NonRenewableSecondaryFuels
Master V3.1 RecoveredEnergy
Master V3.1 RenewablePrimaryResourcesUsedAsAnEnergyCarrierFuel
Master V3.1 RenewablePrimaryResourcesWithEnergyContentUsedAsMaterial
Master V3.1 RenewableSecondaryFuels
Master V3.1 SecondaryMaterials
Master V3.1 ConsumptionOfFreshwater
Master V3.1 NetUseOfFreshwater
Master V3.1 HazardousWasteDisposed
Master V3.1 NonHazardousWasteDisposed
Master V3.1 TotalRadioactiveWasteDisposedMass
Master V3.1 TotalRadioactiveWasteDisposedVolume
Master V3.1 ComponentsForReUse
Master V3.1 ExportedElectricalEnergy
Master V3.1 ExportedThermalEnergy
Master V3.1 MaterialsForEnergyRecovery
Master V3.1 MaterialsForRecycling
Master V3.1 LifeCyclePhase
Master V3.1 LifeCycleStagesOmitted
Master V3.1 EPDUnit
Master V4.1 AbioticDepletionPotentialForFossilResources
Master V4.1 AbioticDepletionPotentialForNonFossilResourcesMineralsAndMetals
Master V4.1 GlobalWarmingPotentialBiogenic
Master V4.1 GlobalWarmingPotentialFossilFuels
Master V4.1 GlobalWarmingPotentialLandUseAndLandUseChange
Master V4.1 GlobalWarmingPotentialTotal
Master V4.1 TroposphericOzoneConcentrationIncrease
Master V4.1 DepletionPotentialOfTheStratosphericOzoneLayer
Master V4.1 AcidificationPotentialAccumulatedExceedance
Master V4.1 EutrophicationPotentialAccumulatedExceedance
Master V4.1 EutrophicationPotentialFractionOfNutrientsReachingFreshwaterEndCompartment
Master V4.1 EutrophicationPotentialFractionOfNutrientsReachingMarineEndCompartment
Master V4.1 WaterDeprivationPotentialDeprivationWeightedWaterConsumption
Master V4.1 NonRenewablePrimaryResourcesUsedAsAnEnergyCarrierFuel
Master V4.1 NonRenewablePrimaryResourcesWithEnergyContentUsedAsMaterial
Master V4.1 NonRenewableSecondaryFuels
Master V4.1 RecoveredEnergy
Master V4.1 RenewablePrimaryResourcesUsedAsAnEnergyCarrierFuel
Master V4.1 RenewablePrimaryResourcesWithEnergyContentUsedAsMaterial
Master V4.1 RenewableSecondaryFuels
Master V4.1 SecondaryMaterials
Master V4.1 ConsumptionOfFreshwater
Master V4.1 NetUseOfFreshwater
Master V4.1 HazardousWasteDisposed
Master V4.1 NonHazardousWasteDisposed
Master V4.1 TotalRadioactiveWasteDisposedMass
Master V4.1 TotalRadioactiveWasteDisposedVolume
Master V4.1 ComponentsForReUse
Master V4.1 ExportedElectricalEnergy
Master V4.1 ExportedThermalEnergy
Master V4.1 MaterialsForEnergyRecovery
Master V4.1 MaterialsForRecycling
Master V4.1 LifeCyclePhase
Master V4.1 LifeCycleStagesOmitted
Master V4.1 EPDUnit