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Measure the environmental performance of your products

Product Environmental Footprint (PEF)

Product Environmental Footprint - Definition
A Product Environmental Footprint (PEF) is a new method for measuring sustainability performance developed by the European Commission in cooperation with companies and sustainability experts. The aim of the PEF is to improve the validity and comparability of the environmental performance evaluation compared to existing methods.


From raw material extraction to environmental impact
The Product Environmental Footprint (PEF) facilitates the assessment of a product's environmental and health impacts, along with its resource-related burdens, providing a holistic understanding of its sustainability profile, by analyzing the entire life cycle of the product, from raw material extraction to disposal.


From products to organizations
Alongside the Product Environmental Footprint (PEF), the Organization Environmental Footprint (OEF) offers a means to assess the environmental performance of companies and other entities, evaluating factors such as resource consumption, emissions, and waste generation throughout the organization's activities.

Joynext
McLaren
BMW
Hitachi Enegry
Aunde
Railone
Mercedes-Benz
logitech
Ford
Panasonic
Miele
BD
Adient
Arcelik
Aston Martin
Automotive Lighting
Avient
bsf
Bosch
Caterpillar
chart
Clariant
Dialog Semiconductors
Denso
dorma
Dräxlmaier
Eberspächer
ElringKlinger
Emerson
Ferrari
Fresenius
Gardena
Geely
General Motors
Hella
Helm
Hipp
Horse
Horton
Hyundai
ims gear
Ineos
Jabra
Jack Wolfskin
Jaguar
Johnson Controls
kaeser
Kia
Kennametal
Knorr Bremse
Landrover
Lenze
Lotus
lynk
Maclean-Fogg
Mahle
Magna
maxon
mbaero
MTU
Neles
Nibe
Nidec
Nissan
Osram
otis
Plixxent
PSA
Raytheon
Rivian
Renault
Renolit
Rexroth
Röchling
Rosenberger
Worlee
SAIC
sappi
Scania
Schaeffler
Schott
Stadler
Stellantis
Steris
Stoneridge
sumitomo electric wiring systems
TE Connectivity
Telefonica
Thor Industries
Thyssen
Toyota
Trimble
Universal Electronics
Valeo
Veoneer
Volvo
Voith
Xylem
Yanfeng
Zimmer

Benefits and Goals of the Product Environmental Footprint

Reduction of environmental impact

The PEF facilitates targeted measures to mitigate environmental harm caused by production activities, fostering a more sustainable and responsible manufacturing process.

 

Comparability of eco-performance

The PEF provides a standardized approach to compare the environmental impacts of products, allowing stakeholders to make informed decisions based on consistent data.

Hotspots for process optimization

Through comprehensive analysis, the PEF highlights inefficiencies and areas for improvement within the production chain, enabling companies to streamline operations and minimize resource wastage.

 

Saving of costs in environmental analysis

By streamlining the evaluation process, the PEF reduces resources required for environmental analysis, resulting in cost savings for companies while ensuring robust sustainability standards.

B2B and B2C communication

By providing standardized environmental information, the PEF simplifies communication between businesses and consumers, facilitating informed purchasing decisions.

 

Enhanced product differentiation

The PEF allows companies to distinguish their products based on their eco-performance, providing a competitive edge in the market and meeting the growing demand for sustainable options.

PEF - overview

Product Environmental Footprint in Detail

What are the PEF Category Rules?

PEF and OEF are intended to promote "Green Businesses" by making the environmental performance of companies measurable and communicable according to a uniform procedure. The aim is to make it easier for consumers to recognize how environmentally friendly a product or company is.

PEF is the EU Commission's response to the demand for standardization and comparability of the environmental performance of products.

Recognised standards and methods already exist to assess the environmental impact of products (e.g. LCA - Life Cycle Assessment). However, due to the universal applicability of some standards, there is scope for interpretation and questions of interpretation which can impair the consistency and comparability of the results.

In order to achieve the goal of a uniform methodology throughout Europe, the PEF is subject to strict rules. The Product Environmental Footprint Category Rules (PEFCRs) have therefore been developed in collaboration with companies from various sectors.

History of the Product Environmental Footprint


In the following, you will get to know the development of the PEF, which can be divided into three phases:
 

2008-2013: Preparatory Phase
Definition of Product Environmental Footprint Category Rules (PEFCRs) and Organisation Environmental Footprint Sector Rules (OEFSRs)

2013-2019: Pilot Phase
First practical test of PEFCRs in pilot projects for readjustment and further specification

From 2019: Transition Phase
Application of the PEFCRs on a larger scale and implementation of a uniform labeling.


The completion of this transition phase is scheduled for the end of 2024. In December 2021, the Commission endorsed an updated Recommendation regarding the utilization of Environmental Footprint methodologies, aiding companies in assessing their environmental impact through dependable, verifiable, and comparable data. This recommendation also enables access to such information by various stakeholders including public administrations, NGOs, and business partners.

The Difference between PEF and LCA


The Life Cycle Assessment (LCA) in accordance with ISO 14044 is one of the widely used standards for environmental assessment. Like the LCA, the PEF takes a life cycle perspective, but follows further product category specific requirements and standardised specifications which create a higher comparability of the results.

Examples of which key requirements differ:
 

  • System Boundary
    The PEF method by default covers the entire cradle-to-grave cycle of a product, unless broken by PEFCRs. Classical LCAs vary in their metrics depending on the objective and scope of the study.
     
  • Life Cycle Impact Assessment (LCIA) Methods
    In the PEF approach, there is a standardised set of LCIA methods, while in LCAs different variants can be identified, which in turn complicates the comparison of LCAs.
     
  • Dealing with End-of-life phase
    The requirement of ISO 14044 only states that the End-of-life phase should be considered, e.g. the disposal or recycling of a product. PEF provides a concrete approach and a formula for end-of-life processes.
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