Toward Sustainable Electronics: Turning E-Waste Into Circular Value

With the rapid growth of the e-waste stream and electronics replacements, high-tech manufacturers are urged to transform their operations for better waste management and more sustainable products and supply chains.

Some countries, like France, have introduced the repairability index, which requires stores to display products’ repair scores and information. The initiative encourages consumers to choose more repairable products, and signals a wider policy shift toward product longevity.

To respond effectively, not only to France’s repairability index but also to evolving global regulations like the Ecodesign for Sustainable Products Regulation (ESPR) and the proposed EU Right to Repair Directive, manufacturers must adopt a data-driven, platform-based strategy. Only then can they better manage the complexity and business risks from sustainability-focused regulations and consumer demand.

To begin reducing the e-waste stream and delivering sustainable electronics, manufacturers can rely on an integrated platform to create and explore a detailed virtual twin of their physical world.

Such a platform enables manufacturers to make optimized decisions to go beyond e-waste recycling and advance the following goals for greener outcomes:

Regulatory compliance

• Controlling compliance-related costs and risks means aligning with relevant legal frameworks including EU directives, such as WEEE and RoHS, EU regulations like REACH, and the EU Battery Regulation (2023/1542) and international laws, including the U.S.' CPSIA.
• A platform that integrates the entire product lifecycle will help manufacturers stay ahead of compliance demands through smart material selection, full traceability, supply chain collaboration and real-time adaptation to new rules (e.g. Digital Product Passport and CSRD Scope 3 reporting).

Zero-waste design and manufacturing

• Traditional siloed processes often lead to inefficiencies and waste. A virtual twin-based platform enables manufacturers to design for EECONE’s 6R principles — Reduce, Reliability, Repair, Reuse, Refurbish, and Recycle.
• Through virtual simulation technology, manufacturers can design devices for better reuse across multiple lifecycles. They’re able to swiftly assess and increase a product’s durability and recyclability by running its virtual twin through a wide range of simulated settings, from assembly and disassembly processes to product structures, drop tests and the use of new materials. Manufacturers can ensure first-time-right production results using a virtual twin of their manufacturing operations to determine the optimal production configuration.

Efficient product recovery

• With a platform that provides the virtual twin as a complete information model, manufacturers can implement steps to increase product repair, recycling and reuse.
• The virtual twin brings together data from different product lifecycle stages and the platform, in turn, enables optimized decision-making between internal and external stakeholders based on the aggregated data. The virtual twin also helps accelerate the recycling process by providing end-to-end product information, allowing recyclers to implement efficient reverse manufacturing strategies that minimize tests and inspection.

The 3DEXPERIENCE® platform is a collaborative, model-based environment enabling high-tech manufacturers to embed circularity and compliance throughout their operations.

On this platform, manufacturers can create an accurate virtual twin of their operations and conduct multiscale and multiphysics simulations to assess their decisions’ environmental impact. This allows manufacturers to identify risks earlier, ensure a higher manufacturing yield, minimize greenhouse gas emissions and leverage data for increased repair, recycling and reuse rates.

The intelligent platform also incorporates a compliance management capability, enabling manufacturers to access product information that includes components’ breakdown and the chemical substance formulation of each material of construction. Manufacturers can compare the data to industry regulations and be alerted if a material or component is not compliant with regulations in a certain part of the world.

Supported by the 3DEXPERIENCE® platform and its suite of powerful capabilities, manufacturers can contribute toward a more sustainable high-tech industry, not only through e-waste recycling but also durable and repairable devices, waste-free operations and carbon footprint reduction.

Discover how leading electronics manufacturers are using virtual twins and EECONE’s 6R framework to meet ESPR requirements.

Download the latest eBook on Circular Electronics Design.