Ecodesign for Energy-using Products (EuP) Directive

Overview

The EU's EUP Directive 2005/32/EC (PDF) seeks to establish ecodesign requirements for energy-using products (EuP), such as electrical and electronic devices. Ecodesign emphasizes product requirements that improve the overall environmental performance of a product over its entire lifetime.

Environmental performance as described by the directive includes all environmental aspects of the product, such as:

  • Energy consumption
  • Negative contribution to climate change
  • Consumption of materials and natural resources
  • Waste generation
  • Release of hazardous substances

How EuP will impact products and product design

With the overall goal of improving the environmental performance of energy-using products, the EuP Directive outlines two key imperatives for manufactures:

  1. Integrate environmental considerations in the product design phase, where they will have the most impact
  2. Tackle environmental considerations and related measures holistically, to help ensure an overall positive result.

According to the directive, an holistic approach is beneficial because it will increase the effectiveness of and synergies among exiting EU legislative initiatives such as RoHS, WEEE, and REACH.

An holistic approach will also help avoid inadvertent negative outcomes of uncoordinated approaches. For example, the total environmental footprint of a product may actually increase if a banned substance is replaced by a substitute that has a larger footprint than that of the banned substance.

Case Study:
Assessing the Environmental Impact of Lead Free Solder

The US Environmental Protection Agency (EPA) Design for Environment Program evaluated the potential environmental impact of selected lead free solders as alternatives to tin-lead solder. The study incorporated a life-cycle assessment (LCA), which examines a product over its lifetime, including:

  • Materials acquisition
  • Manufacturing
  • Use
  • Final Disposition

The study notes that SAC (Sn-Ag-Cu) lead-free solder alloys require higher temperature processing and therefore greater energy usage than traditional tin-lead solder. Higher energy usage during manufacture was factored into the analysis.

This study illustrates some key principles of ecodesign:

  • First, it considers energy usage and other factors and balances these against the impacts of substance changes, i.e. the removal of lead.
  • Second, it evaluates the impacts over the course of the product’s life, from manufacture, though use, and disposal.

How Synapsis can help

Leading-edge manufacturers understand that improving a product’s environmental performance involves more than just eliminating banned substances.

Environmental performance includes many factors -- energy usage, carbon emissions, recyclability supplier performance, and more. All these factors must be tallied and assessed, factoring in each stage of the product’s life -- manufacture, use, and end-of-life. We call this comprehensive data set the product’s Bill of Impact ™.

Effectively capturing this data, setting targets, and measuring and improving product environmental performance are all difficult business challenges -- and virtually impossible without a systematic approach.

Learn more

To learn how Synapsis can help your organization meet these challenges, please call 866-793-0300 or Contact Us Online »

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