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Understanding the Product Environmental Profile (PEP) and modelling electrical and electronic equipment with openLCA

Understanding the Product Environmental Profile (PEP) and modelling electrical and electronic equipment with openLCA

By the end of this training, participants will be able to read and interpret a Product Environmental Profile (PEP), understand the key stages of a PEP project and to model electrical and electronic equipment (EEE) using LCA software (openLCA) in accordance with PCR ed. 4

Learning objectives​ Programme Teaching Methods​ Who is this training for?​ Assessment methods​
Module 1

  • Understand the main normative and regulatory requirements: PCR ed. 4, the PEP Ecopassport® programme, RE2020, and related frameworks
  • Explain the content and structure of a PEP declaration
  • Identify the stakeholders and resources involved in a PEP project
  • Understand the constraints and success factors in managing a PEP project

Module 2 and 3

  • Build a structured and well-documented LCA model
  • Apply normative and regulatory requirements within LCA software using a real-world database
  • Make informed decisions on data selection based on sensitivity considerations

Module 1


Day 1 — Morning

  • Normative and regulatory framework for PEPs: LCA, environmental product declarations for construction products and EEE (nomenclature, PCR ed. 4, PEP Ecopassport® programme, CPR [Construction Products Regulation], and related instruments), building-level LCA
  • Running a PEP project: timeline, process, and key stakeholders
  • Fundamentals of environmental communication and ecodesign


Day 1 — Afternoon

  • PEP-specific methodological requirements: functional unit, life cycle stages, Module D, indicators, system boundaries, allocation, data quality, and validity scope
  • Comparative analysis of PEP declarations


Module 2


Day 2 — Morning

  • Interactive introduction to openLCA: interface, databases, and methods
  • openLCA exercises tailored to PEP production


Day 2 — Afternoon

  • Results calculation and interpretation
  • Group discussion of practical case studies


Module 3 (optional)


Day 3 — Morning

  • Module D calculation and results interpretation
  • Presentation and application of the evCDEC method (developed by EVEA), covering energy flow tracking, biogenic carbon, and recycling
  • Use of parameters and advanced modelling techniques

  • Instructor-led presentations
  • Group discussions
  • Hands-on exercises using openLCA
  • Work with real-world databases
  • Participant workbook (provided to all attendees)

Specifiers, environmental project managers, client-side project owners, HSE/CSR managers, product developers, and LCA practitioners or those looking to develop LCA expertise. 

Prerequisites

  • Module 1: none
  • Module 2:  completion of Module 1 learning objectives 
  • Module 3 (optional): completion of Modules 1 and 2, or prior experience producing PEP declarations

  • At the start and end of the training: knowledge validation test
  • During the training: ongoing assessment of learning progress through case studies, quizzes, practical exercises, and similar activities
  • Individual certificate of completion awarded upon conclusion of the training


intervenant·e

Thomas S.


Companies may draw on the services of a skills development operator (OPCO — opérateur de compétences) to fund this training. To identify your OPCO, visit the France Compétences website: Which OPCO applies to me?


Open-enrolment format

In-person
4 to 6 participants

Module 1+2: 2 days (14 hours)
Module 1+2+3: 2.5 days (17.5 hours) 

Module 1+2: €1,500 excl. VAT / participant
Module 1+2+3: €1,875 excl. VAT / participant 

In-house format

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