What is the EU Ecolabel and which legal text governs it?

The EU Ecolabel is the official voluntary Type I environmental label of the European Union, established by Regulation (EC) 66/2010 of 25 November 2009. It is a Type I ecolabel within the meaning of ISO 14024, awarded on multi-criteria life cycle thresholds and verified by a third party. The scheme is administered by the European Commission, DG Environment, together with the EU Ecolabel Board (EUEB) and a network of national competent bodies in each Member State. The label is granted product group by product group through Commission Decisions establishing criteria; a licence runs typically for three years and is renewable when criteria are revised.

Which electronic product categories currently have EU Ecolabel criteria?

Two electronic product categories have active criteria. Electronic displays are covered by Commission Decision (EU) 2020/1804 of 27 November 2020 (televisions, monitors, digital signage displays). Computers and notebooks were covered by Commission Decision (EU) 2016/1371; this set is undergoing revision, with the Commission publishing successive technical reports and stakeholder consultations. Smartphones, tablets, networking equipment and most consumer electronics do not yet have a dedicated EU Ecolabel set; manufacturers seeking a Type I claim for these products generally rely on TCO Certified, Blue Angel or the Nordic Swan.

What is the Product Environmental Footprint (PEF) methodology?

The Product Environmental Footprint is the European Union methodology for measuring the life cycle environmental performance of a product. It was first set out in Commission Recommendation 2013/179/EU and updated by Commission Recommendation (EU) 2021/2279 of 15 December 2021. It rests on the ISO 14040 / 14044 framework and is operationalised through Product Environmental Footprint Category Rules (PEFCR), sector-specific documents that fix the functional unit, the system boundary, the data quality requirements and the impact categories to be reported. Without an applicable PEFCR, two PEF studies on similar products are not comparable in the legal sense of the methodology.

Which sixteen impact categories does PEF cover?

PEF reports against sixteen impact categories: climate change, ozone depletion, particulate matter, ionising radiation, photochemical ozone formation, acidification, terrestrial eutrophication, freshwater eutrophication, marine eutrophication, ecotoxicity (freshwater), land use, water use, resource use (fossils), resource use (minerals and metals), human toxicity (cancer effects) and human toxicity (non-cancer effects). Each is assessed across the five life cycle stages: raw materials acquisition and pre-processing, manufacturing, distribution, use, end of life. The PEF method also allows a single weighted score aggregating the sixteen categories using EF (Environmental Footprint) weighting factors published by the Joint Research Centre.

How does PEF relate to ISO 14040, ISO 14044 and ISO 14025?

ISO 14040:2006 sets the principles and framework of life cycle assessment. ISO 14044:2006, amended in 2017 and 2020, lays down the requirements and guidelines (goal and scope, inventory, impact assessment, interpretation). PEF is an EU implementation of this ISO framework, with prescriptive choices that ISO leaves open (default impact methods, data quality scoring, single-score weighting). ISO 14025:2006 governs Type III environmental product declarations (EPD), which are quantified communications based on an underlying ISO 14040 / 14044 LCA and verified by a third party. An EPD published by a programme operator (International EPD System, IBU, INIES) is the most common B2B vehicle for PEF or LCA results.

What is the link between PEF and the Green Claims Directive?

The Green Claims Directive, proposed by the Commission in March 2023, aims to prohibit unsubstantiated environmental claims and to set a harmonised assessment and verification regime for explicit claims (text, label, score). PEF is referenced as the methodology of choice for life cycle claims under the proposal. Adoption is expected over 2025-2026; once in force, claims of the type "low carbon" or "eco-friendly" applied to a product without an underlying PEF study (or an equivalent verified by a third party) will be unlawful. PEF is also referenced as the carbon and environmental footprint axis under Regulation (EU) 2024/1781 (ESPR) for forthcoming delegated acts.

What is an Environmental Product Declaration (EPD) and when is it useful?

An Environmental Product Declaration is a Type III environmental label per ISO 14025: a quantified document presenting the life cycle impacts of a product, based on an LCA conducted in line with Product Category Rules (PCR) and verified by an independent third party. EPDs are typically used in business-to-business contexts, especially for construction products (INIES in France, IBU in Germany, International EPD System in Sweden) and increasingly for electronic equipment supplied to public procurement, data centres or large industrial customers. An EPD does not state a pass or fail threshold (it is informative), unlike the EU Ecolabel which is granted only above a threshold.

What are the main pitfalls when reporting PEF or LCA results?

The most common pitfalls are: running a PEF study without the applicable PEFCR (results are not comparable in the legal sense of the method), reporting only the single weighted score without disclosing the underlying sixteen categories and weighting factors, using secondary or generic datasets in place of primary data for the three top hotspot processes, claiming "carbon neutral" or "eco-friendly" without a Type I, Type II or Type III backing (a risk under the Green Claims Directive proposal), confusing the mandatory EU Energy Label with the voluntary EU Ecolabel, and cutting the LCA boundary before the use phase for an energy-using product, which masks the dominant impact of consumer electronics over their service life.

EU Ecolabel, PEF and LCA for electronic products

Author Hugues Orgitello Last updated 27 May 2026 ~15 min read

Guide - EU Ecolabel, PEF and LCA

Public procurement bodies, large retailers and Green Deal regulators increasingly ask electronics manufacturers for a quantified, third-party environmental claim attached to their product. Three instruments dominate the European landscape: the EU Ecolabel under Regulation (EC) 66/2010, a voluntary Type I multi-criteria label awarded above a threshold; the Product Environmental Footprint (PEF) under Commission Recommendation (EU) 2021/2279, a harmonised life cycle assessment methodology that will become enforceable through the Green Claims Directive and ESPR delegated acts; and ISO life cycle assessment, organised by ISO 14040, ISO 14044 and the Type III declaration regime of ISO 14025. This guide explains how the three layers fit together, which electronic product categories are eligible today, what the sixteen PEF impact categories measure, how an Environmental Product Declaration (EPD) is built, and the pitfalls that void a life cycle claim before a public buyer or a market surveillance authority.

The three layers of environmental claims

European environmental marking rests on three layers that should not be conflated. ISO 14020 organises them into three families, each with its own role, its own verification regime and its own audience.

Type	Standard	Nature	Audience	Verification
Type I	ISO 14024	Multi-criteria label, pass or fail	Consumer and procurement	Third party, accredited
Type II	ISO 14021	Self-declared single-attribute claim	Consumer	Self-declared, no third party
Type III	ISO 14025	Quantified declaration (EPD) on a full LCA	B2B, procurement, construction	Third party, programme operator

The EU Ecolabel is the European reference Type I label. The Blue Angel (Germany), the Nordic Swan (Nordic countries) and TCO Certified (electronics) are other Type I labels, with their own criteria. Type II claims (recyclable, biodegradable, low-carbon) are the most legally exposed under the Green Claims Directive proposal: they bear no third-party verification and are, in practice, the main vector of greenwashing. Type III declarations are the most quantitative: they do not state a pass or fail threshold but disclose a full set of life cycle indicators, computed through an underlying LCA, verified and published by a programme operator.

PEF stands across these three layers. It is a methodology, not a label. A PEF study can feed a Type I (e.g. EU Ecolabel criteria when they reference PEF), a Type II (carbon footprint claim) or a Type III (an EPD published by a programme operator). The Green Claims Directive proposal explicitly elevates PEF to the default method for substantiating explicit environmental claims at EU level.

EU Ecolabel: Regulation (EC) 66/2010

Regulation (EC) 66/2010 of 25 November 2009 sets the legal framework of the EU Ecolabel. It replaced an earlier regulation of 2000 and structures the scheme around four bodies: the European Commission (DG Environment), the EU Ecolabel Board (EUEB) representing Member States and stakeholders, national competent bodies in each Member State (the awarding authorities), and the manufacturers or service providers applying for a licence.

Award principle

The EU Ecolabel is a Type I label per ISO 14024: multi-criteria, life-cycle-based, threshold-based and third-party verified. Criteria are established product group by product group through a Commission Decision after a multi-year preparatory study coordinated by the JRC (Joint Research Centre) and stakeholder consultation. Each criteria set is generally valid for six years and is revised before expiry.

The product is granted the label if and only if it meets each of the mandatory criteria of the applicable Decision. Each criterion specifies the verification mode: test report from an accredited laboratory, supplier declaration, technical file, on-site inspection. The licence is awarded by the national competent body of the Member State chosen by the applicant; it is valid across the entire Union and remains in force as long as the underlying criteria remain in force, typically three years renewable.

Electronic product groups covered

Coverage of electronics by the EU Ecolabel is narrower than for chemicals, paper or textiles. As of 2026, two electronic groups have an active criteria set.

Product group	Decision	Status
Electronic displays (televisions, monitors, signage)	Commission Decision (EU) 2020/1804, 27 November 2020	In force, revision scheduled
Personal computers, notebooks, tablets	Commission Decision (EU) 2016/1371	In force, revision in progress

Smartphones, networking equipment, audio devices, smart-home electronics, industrial electronics and most embedded systems are not yet covered by a dedicated EU Ecolabel set. For these categories, manufacturers commonly turn to TCO Certified (a generic and influential Type I label for IT and display equipment), to Blue Angel sector-specific sets (RAL-UZ 78c for computers, for instance) or to the Nordic Swan.

Typical criteria for an electronic product

A criteria set under the EU Ecolabel for an electronic product typically covers seven dimensions, each binding the applicant.

Energy efficiency: typically articulated with the EU Energy Label and Ecodesign Regulation. Compliance with a threshold tighter than the Ecodesign mandatory minimum is required, often the top class of the energy label.
Hazardous substances and material restrictions: aligned with REACH (Substances of Very High Concern) and RoHS Directive 2011/65/EU thresholds, often with stricter limits than the regulatory minimum (e.g. halogen-free plastics, restrictions on flame retardants).
Design for repair and disassembly: minimum number of standardised screws or clips, no structural adhesives on critical components, disassembly time below a target, availability of spare parts over a defined horizon.
Recyclability: design ensuring separation of major fractions, marking of plastics per ISO 11469, minimum recycled content where applicable.
Packaging: recycled fibres, restrictions on heavy metals in printing inks, optimisation of volume-to-weight ratio.
End-of-life take-back: producer obligation linked to the WEEE Directive 2012/19/EU, sometimes reinforced by a manufacturer take-back scheme.
Durability and warranty: minimum commercial warranty over the EU mandatory minimum, software update support over a defined period for connected products.

For the regulatory context on ecodesign and the energy label, see the ESPR guide and the ErP and ecodesign for energy efficiency guide. For the WEEE side, see the WEEE electronics waste guide.

Application and fees

The application file is submitted to a national competent body. The applicant chooses any Member State competent body; the licence is valid across the Union. The file gathers, for each criterion, the evidence required (test reports, declarations, technical documents). On-site verification by the competent body is generally part of the procedure.

Fees are set by each Member State: an application fee and an annual fee proportional to the turnover of the labelled products are levied, with discounts for SMEs and microenterprises. The exact fee schedule is published by the competent body of the chosen Member State. The total procedure (from preparatory dossier to grant of the licence) generally takes several months for an electronic product, depending on the maturity of the technical file and the verification load.

Product Environmental Footprint (PEF)

PEF is the European methodology for measuring product environmental performance over the life cycle. It was launched by Commission Recommendation 2013/179/EU and updated by Commission Recommendation (EU) 2021/2279 of 15 December 2021. PEF is built on ISO 14040 and ISO 14044, with EU-specific prescriptive choices to make studies comparable across applicants and across products of the same category.

From method to enforceable rule

PEF was initially a recommended methodology, with no obligation to use it. Two regulatory texts are progressively converting it into a binding rule.

The first is the Green Claims Directive, proposed by the Commission in March 2023, expected to be adopted over 2025-2026. Once adopted, any explicit environmental claim made to a consumer in the Union (label, score, statement) will have to be substantiated by a method recognised at EU level. PEF is referenced as the default method for life cycle claims. Type III declarations under ISO 14025 (EPDs) are also referenced, provided they meet a list of conditions equivalent to PEF requirements.

The second is the ESPR Regulation (EU) 2024/1781. The carbon and environmental footprint axis of Article 5 will, for each priority product group, set declaration requirements via a delegated act. The targeted method is PEF where a PEFCR exists, or an equivalent LCA framework. The Digital Product Passport (DPP) is the carrier of these data. See the ESPR guide for the cross-cutting framework.

Product Environmental Footprint Category Rules (PEFCR)

A PEFCR is a sector-specific document that fixes, for a given product category, the choices that ISO 14040 / 14044 leaves open: functional unit, system boundary, allocation rules, mandatory data sources, data quality requirements, top hotspot processes, default scenarios for the use phase and end-of-life phase, and the impact category presentation format.

The Commission has published PEFCR for several categories (dairy products, beer, paints, decorative paints, intermediate paper products, leather, photovoltaic electricity generation, household batteries, IT equipment storage, T-shirts, packaged water, pet food, footwear, household detergents, dishwashing detergents, and others). Two PEF studies on the same product category are comparable only if they apply the same PEFCR.

For an electronic product not yet covered by a dedicated PEFCR, two options exist: apply the most relevant existing PEFCR (e.g. household batteries for an embedded battery product, IT storage for a storage device), or conduct an LCA per ISO 14040 / 14044 without a PEFCR, with explicit disclosure that the result is not legally comparable.

The sixteen impact categories

PEF reports against sixteen impact categories. The list below also indicates the impact assessment method retained by the Commission for each category.

Category	Method
Climate change	IPCC 2013, 100 years GWP
Ozone depletion	WMO 2014
Particulate matter	Fantke et al. 2016 (UNEP)
Ionising radiation, human health	Frischknecht et al. 2000
Photochemical ozone formation	LOTOS-EUROS, ReCiPe 2008
Acidification	accumulated exceedance, Posch et al. 2008
Terrestrial eutrophication	accumulated exceedance, Seppala et al. 2006
Freshwater eutrophication	EUTREND, ReCiPe
Marine eutrophication	EUTREND, ReCiPe
Ecotoxicity, freshwater	USEtox 2.1
Land use	soil quality index, LANCA
Water use	AWARE method, UNEP 2016
Resource use, fossils	CML 2002
Resource use, minerals and metals	CML 2002
Human toxicity, cancer effects	USEtox 2.1
Human toxicity, non-cancer effects	USEtox 2.1

These methods are not interchangeable: a study citing a single climate change category with another method (e.g. ReCiPe Midpoint Hierarchist instead of IPCC 2013) is not PEF-compliant.

Life cycle stages

PEF covers the five life cycle stages of the product, from cradle to grave.

Raw materials acquisition and pre-processing: extraction, primary processing of metals and plastics, semiconductors, batteries, glass, paper packaging.
Manufacturing: assembly, soldering, surface treatment, electrical and functional testing.
Distribution: transport from factory to point of sale, primary, secondary and tertiary packaging.
Use: in-service energy consumption, ancillary consumables (cables, batteries replaced), maintenance.
End of life: collection, sorting, depollution, materials recovery, energy recovery, residual disposal.

For energy-using electronic products, the use phase generally dominates the climate change category, often above 50 percent of the total. Cutting the boundary before the use phase produces a biased result.

Single-score weighting

PEF allows the sixteen categories to be aggregated into a single weighted score. The weighting factors are published by the Joint Research Centre under the name Environmental Footprint (EF) weighting factors. They are based on a multi-criteria analysis combining the global mitigation potential and the level of scientific certainty of each category.

The single score is a communication aid, not the result of the study. PEF requires that the sixteen individual categories also be disclosed, and that the weighting factors used be cited. A single-score figure stated without disclosure of the weighting set is not a PEF-compliant communication.

ISO LCA: 14040, 14044, 14025

The PEF method is built on the international standards ISO 14040 and ISO 14044, which set the general principles of life cycle assessment.

ISO 14040 and ISO 14044

ISO 14040:2006 sets the principles and framework: iterative method, life cycle perspective, scientific rigour, transparency, sensitivity analysis. ISO 14044:2006, amended in 2017 (AMD 1) and 2020 (AMD 2), gives the requirements and guidelines: definition of goal and scope, life cycle inventory analysis (LCI), life cycle impact assessment (LCIA), interpretation. The amendments tighten the rules on functional unit definition, allocation, and reporting.

A PEF study is, in substance, an ISO 14040 / 14044 LCA with the additional EU-specific prescriptions of the PEF method (impact category choices, weighting factors, PEFCR). An ISO 14040 / 14044 study that does not respect these prescriptions is a perfectly valid LCA but is not a PEF.

ISO 14025 and EPD

ISO 14025:2006 governs Type III environmental product declarations (EPD). An EPD is a quantified communication, based on an LCA performed per ISO 14040 / 14044 and in line with a Product Category Rule (PCR) issued by a programme operator, and verified by an independent third party.

EPDs originated in the construction sector (where they are now widespread: cement, steel, wood, insulation, glazing) and are gaining traction in electronics. The main programme operators are:

International EPD System (Sweden), the historic operator with a worldwide reach.
IBU (Institut Bauen und Umwelt, Germany), strong in construction products sold in central Europe.
INIES (France), the official database for construction products and equipment used in French construction.
EPD Norge, EPD Italy, EPD Ireland and other national operators.

For an electronic product, an EPD is generally a B2B vehicle, used to respond to procurement specifications from public buyers, data-centre operators or industrial integrators. It is not a label awarded above a threshold (unlike the EU Ecolabel) but a structured quantitative communication.

EU Ecolabel, PEF, EPD: which one when

The three instruments are complementary, not substitutes. The table below summarises the typical use case for each.

Instrument	Audience	Format	Pass or fail	Typical use case
EU Ecolabel	Consumer, public procurement	Logo on product	Yes, above threshold	Display or computer for retail or public procurement
PEF study	Regulator, B2B	Multi-page report	No, quantitative	Substantiation of an explicit environmental claim, ESPR DPP carbon axis
EPD per ISO 14025	B2B, procurement, data centre	Standardised public document	No, quantitative	Bid response for data centre, building integration, large industrial customer
Type II self-declared claim	Consumer	Logo or text	No	Single-attribute claim (recyclable, low-carbon) at the manufacturer's risk

For a manufacturer of consumer displays seeking visibility in retail and on public procurement, the EU Ecolabel is the most direct vehicle. For a manufacturer of professional equipment sold to public buyers or to data centres, an EPD per ISO 14025 published in an established programme is generally the most relevant route. For internal eco-design steering, the underlying PEF or LCA study is the management tool, with or without external publication.

Other Type I ecolabels relevant to electronics

The EU Ecolabel is one Type I label among several. For electronics, four others are particularly active.

Label	Operator	Strength on electronics
TCO Certified	TCO Development (Sweden)	Dominant on displays, laptops, smartphones in public procurement
Blue Angel	Federal Environment Agency (Germany)	Strong on IT equipment in Germany and central Europe
Nordic Swan	Nordic Ecolabelling	Limited on electronics, strong on detergents and paper
Energy Star	EPA (United States)	Use phase only, no full life cycle

A note on Energy Star: the EU-US bilateral agreement covering office equipment expired in 2018 for displays and printers. Energy Star remains a US programme; its use in the EU is voluntary and bears no harmonised legal value. It focuses on the use phase only and does not constitute a full life cycle Type I label. See the Energy Star programme guide for the US side.

Common pitfalls

The pitfalls below are recurrent in PEF, LCA and ecolabel programmes for electronic products. Each is a documentation or scope issue that can void a claim before a public buyer or under the future Green Claims Directive.

Pitfall	Consequence	Action
PEF without applicable PEFCR	Results not legally comparable, claim invalid for the future Green Claims Directive	Apply the most relevant PEFCR; if none, conduct an ISO 14040 / 14044 LCA and disclose absence of PEFCR
Single score reported without weighting disclosure	PEF non-compliance, communication invalid	Disclose the sixteen categories and the EF weighting set used
Secondary data on top-three hotspot processes	Insufficient data quality, study downgraded or non-compliant	Collect primary data on the three top hotspot processes (typically semiconductors, PCBA, battery for an electronic product)
Type II claim without backing	Greenwashing risk, sanction under the Green Claims Directive	Move to Type I (Ecolabel) or Type III (EPD) verified by a third party
Energy Label and Ecolabel confusion	False communication, complaint risk	Distinguish: the Energy Label is mandatory per the energy labelling Regulation; the Ecolabel is voluntary per Regulation (EC) 66/2010
LCA boundary cut before use phase for energy-using product	Dominant impact masked, biased communication	Always include the use phase for an energy-using product, with a use scenario aligned with the applicable PEFCR
Generic proxy datasets for Asian components	Data quality rating downgraded, study deemed insufficient	Contractualise environmental data with the supplier at sourcing stage, in line with PEFCR data quality requirements
EU Ecolabel licence not renewed	Loss of the right to display the logo	Plan renewal twelve months before expiry, track Decision revisions

Articulation with the Green Deal regulatory body

PEF and the EU Ecolabel do not stand in isolation. They form part of a coherent body of European law that frames environmental marketing of products. The main interconnections are summarised below.

Instrument	Articulation with PEF / Ecolabel
ESPR Regulation (EU) 2024/1781	Carbon and environmental footprint axis (Article 5) implemented via PEF, footprint data hosted in the DPP
Ecodesign Directive 2009/125/EC (ErP)	Energy efficiency thresholds aligned with EU Ecolabel criteria
Energy Labelling Regulation (EU) 2017/1369	Mandatory information complementary to the voluntary Ecolabel
RoHS Directive 2011/65/EU and REACH Regulation (EC) 1907/2006	Mandatory base, often reinforced by Ecolabel criteria
WEEE Directive 2012/19/EU	End-of-life infrastructure, complementary to the take-back criterion of the Ecolabel
Green Claims Directive (2023 proposal)	Future binding regime for explicit environmental claims, PEF as default method
Empowering Consumers Directive (EU) 2024/825	Ban on unsubstantiated generic claims (eco-friendly, green) without recognised certification
Construction Products Regulation (EU) 2024/3110	EPD per ISO 14025 mandatory for sustainability information on construction products

For the ESPR guide, the Cyber Resilience Act guide and the WEEE guide, see the cross-references. For a complete glossary of the terms (PEF, PEFCR, EPD, PCR, LCA, EF weighting), see the spilma glossary.

Practical steering for an electronics design office

For an electronics design office that wants to anticipate the convergence of the Green Claims Directive, the ESPR delegated acts and the procurement specifications of large public and private buyers, three operational steps stand out.

Map the eligible categories at the start of the project. Is the product covered by an EU Ecolabel criteria set (display, computer) or by an existing PEFCR (battery, IT storage)? The answer determines the achievable level of formal claim.
Build a data quality programme from the sourcing stage. The three top hotspot processes for a typical electronic product (semiconductor manufacturing, PCBA assembly, battery cell) must rely on supplier-provided primary data and not on generic datasets. This is contractualised at component RFQ stage, with traceable evidence stored alongside the technical file.
Choose the appropriate publication vehicle. A consumer electronic product for retail benefits from a Type I label (EU Ecolabel, TCO Certified, Blue Angel). A professional product in B2B benefits from a Type III declaration (EPD) published with an established programme operator. An ESPR delegated act will, when it covers the product category, set the PEF data to be carried by the Digital Product Passport, independently of the Type I or Type III publication route.

These three steps converge with the general approach to ecodesign now structuring procurement of electronic equipment by public bodies, large groups and integrators.