EN IEC 63395:2026 PDF

Overview

EN IEC 63395:2026 - Sustainable management of waste electrical and electronic equipment (e-waste) is a comprehensive European and international standard developed by CLC and IEC. This standard provides clear requirements and guidance for systematically managing e-waste, helping organizations address environmental, health, and safety concerns associated with electrical and electronic waste streams.

Designed for universal application, EN IEC 63395:2026 covers the complete e-waste management lifecycle, from collection and recovery to ultimate disposal or reintegration of recovered products, components, or materials. This horizontal standard is aimed at organizations seeking to improve sustainability performance, comply with regulatory obligations, and contribute to a circular economy by maximizing resource recovery and minimizing the adverse impacts of improper e-waste handling.

Key Topics

Principles for Sustainable E-waste Management

• Best environmental outcome: Prioritizing waste prevention and product life extension over recycling, energy recovery, and disposal.
• Pollution prevention: Implementing processes and technologies to avoid, reduce, or control the release of pollutants or hazardous substances.
• Systems approach: Emphasizing holistic, analytical thinking to understand and manage complex e-waste systems.
• Precautionary principle: Taking proactive steps to prevent potentially harmful practices even in the absence of complete scientific certainty.
• Lifecycle perspective: Considering environmental impacts of products throughout their entire life cycle.
• Creative collaboration: Encouraging innovation, partnerships, and technology development for circularity.
• Continual improvement: Implementing recurrent activities to enhance sustainability performance.

Requirements for E-Waste Management Systems

EN IEC 63395:2026 specifies that organizations establish and maintain a management system that addresses quality, environmental, health, and safety (QEHS) requirements, integrating aspects such as:

• Defining the organizational context and interested parties' expectations
• Scoping the management system to include e-waste related QEHS risks and aspects
• Ensuring top management leadership and commitment to QEHS
• Establishing policies to protect the environment and prevent pollution
• Demonstrating traceability and documenting information throughout all e-waste processes

E-Waste Handling and Recovery Processes

• Collection, handling, storage, and transport: Requirements for the safe and efficient gathering and movement of e-waste.
• Identification, classification, and recovery pathway determination: Processes for recognizing recoverable equipment and selecting the most sustainable recovery options.
• Sorting, refurbishment, repair, and remanufacturing: Procedures for preparing e-waste for re-use or repurposing.
• Component and material recovery: Guidelines for dismantling and extracting reusable parts and materials, including depollution and battery handling.
• Data security: Ensuring sensitive information is destroyed safely during the recovery process.
• Energy recovery and disposal: Defining when energy recovery or final disposal methods are viable, focusing on environmental and health factors.

Applications

EN IEC 63395:2026 is highly relevant for:

• E-waste recycling and recovery facilities
• Producers and manufacturers of electrical and electronic equipment
• Waste management companies handling special wastes
• Auditors and certification bodies evaluating sustainability practices
• Organizations aiming to meet global best practices in environmental management systems

Key benefits include the ability to:

• Enhance regulatory compliance and risk management
• Support organizational sustainability goals and circular economy initiatives
• Protect human health, safety, and the environment throughout the e-waste lifecycle
• Improve internal processes for e-waste traceability, data security, and quality assurance

Related Standards

Organizations implementing EN IEC 63395:2026 may also reference:

• ISO 9001: Quality management systems - Requirements
• ISO 14001: Environmental management systems - Requirements with guidance for use
• ISO 45001: Occupational health and safety management systems - Requirements with guidance for use

Other related standards include those on traceability (ISO 22095), life cycle assessment (ISO 14044), and material recovery best practices.

By aligning with EN IEC 63395:2026, organizations can ensure they adopt globally recognized frameworks for sustainable e-waste management, contribute to reducing environmental impacts, and support safe, efficient recovery and recycling of valuable electronic resources.