Overview of the legal framework of the Green Deal

Ecodesign for Suistainable Products Regulation (ESPR)

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Ecodesign for Suistainable Products Regulation (ESPR)

The ESPR came into force in mid-July 2024 and is the cornerstone for more environmentally sustainable and circular products. It thus replaces the Ecodesign Directive 2009/125/EC, expands its scope and will in future regulate almost all physical products that are placed on the market or put into operation in the EU. The ESPR is intended to ensure that only durable, repairable and energy-efficient products are traded on the internal market in the future.
Foodstuffs, animal feed, medicinal products, veterinary medicinal products, live plants/animals/micro-organisms, products of human origin, products of plants and animals directly related to their future reproduction and certain vehicles are excluded.

Objectives:

Improving the environmental sustainability of products Introduction of a circular economy




Important dates:
March/April 2025
ESPR work plan is published
Mid-2025
Unsold products must be disclosed and there is a ban on the destruction of textiles and clothing.
End of 2025
Delegated act on the technical details of the Digital Product Passport
From 2027/2028
First product groups come into force
The ESPR has set itself ambitious goals and is designed as a framework regulation, i.e. it regulates general requirements that are later concretised by the European Commission (e.g. through delegated acts, guidelines).
This information is to be made available through the digital product passport. It will help consumers and companies to make more sustainable decisions on their products. The energy consumption labelling is to be supplemented by a reparability index and an ecodesign label. In future, the DPP will also be used to check compliance with sustainability criteria.

16 Ecodesign requirements are introduced. A sustainable product must fulfil one ore more of them:

Recycle proportion
Water (utilisation & efficiency)
Resources (utilisation & efficiency)
Retrofittability
Recyclability
Estimated amount of waste
Environmental impact
Energy (consumption & efficiency)
Reusability
Reliability
Possible material recycling
Substances of concern
Functional stability
Repairability
Maintenance & repair
Possible reprocessing