Introduction
For enterprise clients in the electronics industry, a new wave of compliance is approaching. The European Union’s Corporate Sustainability Reporting Directive (CSRD) is now in effect, mandating the disclosure of sustainability information for numerous companies, including non-EU enterprises with significant operations within the EU.
A core requirement of this directive is the "Double Materiality Assessment" (DMA). Regardless of whether your company is currently on the mandatory list, pressure regarding "sustainability" from investors, clients, and supply chains is mounting. Consequently, DMA is no longer just about meeting disclosure requirements; it is critical for risk control, market opportunities, and future competitiveness.
To assist electronics companies in completing their DMA efficiently and accurately, the Global Electronics Association recently released the A Sustainability Context Report for the Electronics Industry, providing a professional and practical guide for the sector.
What is "Double Materiality Assessment" (DMA)?
Simply put, while sustainability is a broad goal, the DMA is the key tool used to filter through numerous sustainability topics (e.g., climate change, water resources, employee rights, supply chain labor) to identify which are truly critical to the enterprise. The term "Double" requires companies to assess materiality from two distinct dimensions:
Table 1: The Two Dimensions of DMA
Impact Materiality | The "Inside-Out" Perspective: Focuses on the company's impact on the external environment. It assesses the positive or negative impacts of the company's operations on the environment and society. |
Financial Materiality | The "Outside-In" Perspective: Focuses on the external environment's impact on the company. It assesses how sustainability issues (e.g., resource scarcity, regulatory changes) affect the company's financial performance (short, medium, or long term) and how these factors translate into financial risks and opportunities. |
Under the "Double Materiality" principle, if an issue is deemed material in either the "Impact" or "Financial" dimension, the company must systematically manage and disclose it. Thus, DMA helps companies balance profitability with sustainability by identifying key risks and opportunities.
The Four Phases of DMA
A robust DMA process is typically divided into four phases:
Phase 1: Set out the Context
This is the cornerstone of the DMA process, focusing on a comprehensive baseline assessment. Enterprises must clearly review their internal landscape—including business models, core operations, and value chains—while analyzing the external environment, such as industry trends and regulatory requirements. Only through this solid diagnostic foundation can companies accurately pinpoint the sustainability topics most relevant to them.
The Context Report by the Global Electronics Association serves as an authoritative "Reference Guide" tailored for the electronics industry. By systematically outlining common industry issues—such as long supply chain management, high energy consumption, reliance on rare metals, and labor rights risks—the report ensures that the DMA process is evidence-based rather than starting from scratch.
Phase 2: Identify IROs (Impacts, Risks, and Opportunities)
Building on the context established in Phase 1, enterprises must systematically identify a comprehensive list of potential matters. This includes: the effects of the company's operations on the environment and society (Impacts); the threats posed by external changes to the company (Risks); the potential financial benefits arising from these changes (Opportunities).
Phase 3: Assess IROs
In this stage, the matters identified in Phase 2 are evaluated. By leveraging internal and external data, expert interviews, and industry analysis, companies must systematically assess the materiality, severity, and likelihood of each issue to provide a solid basis for subsequent decision-making.
Phase 4: Prioritize and Set Threshold
The final step involves defining "what counts as material." Enterprises must set specific materiality thresholds and rank all assessed issues accordingly. Those exceeding the thresholds are filtered out to form a core list of material topics that require priority management and disclosure.
Key Sustainability Issues and Dependencies in the Electronics Industry — A DMA Perspective
The Context Report by the Global Electronics Association provides an in-depth analysis of six key sub-sectors: Semiconductor Manufacturers (SEM); Integrated Circuit (IC) Substrate Manufacturers; Printed Circuit Board (PCB) Manufacturers; Wire, Harness, and Cable Manufacturers (WHM); Electronics Manufacturing Services (EMS); and Original Equipment Manufacturers (OEM).
The report systematically categorizes the industry context into two lists, perfectly aligning with the two dimensions of DMA:
Table 2: Key Sustainability Issues—Aligns with "Inside-Out": Focusing on the actual impact of operations on the environment and society
Domain | Core Issues in the Electronics Industry |
Environment | Raw materials: Extraction consumes metals, rare earths, and plastics, causing resource depletion, environmental degradation, biodiversity loss, and habitat destruction. |
Energy consumption and GHG emissions: Energy-intensive manufacturing processes (e.g., lithography, etching, plating) lead to high consumption and significant greenhouse gas emissions. | |
Water: Processes like wafer cleaning and chemical rinsing require vast amounts of water, stressing supply in scarce regions. Industrial wastewater may contain hazardous chemicals, polluting water systems. | |
Waste generation and hazardous substances: Manufacturing generates hazardous waste (chemical solvents, heavy metals). Improper management of this and E-waste threatens soil, water, and human health. | |
Product life cycle management: For EMS and OEM companies, products containing hazardous materials (batteries, plastics) are difficult to dispose of or recycle, causing negative environmental impacts at the end-of-life stage. | |
Human Rights | Fair labor practices: Labor-intensive manufacturing in low-cost, weak-regulation regions poses risks of poor working conditions, excessive overtime, and wage inequality. |
Supply chain labor issues: Severe risks in the upstream supply chain (e.g., mining, outsourcing) include forced labor, child labor, and unsafe environments. | |
Talent gaps and skill’s development: High demand for engineers and specialized talent drives intense competition, leading to inequality in opportunities and compensation in certain regions. | |
Occupational health and safety (OHS): Employees handling hazardous chemicals and precision machinery face health risks. Poor management can lead to injury and compromised well-being. |
Table 3: Key Sustainability Dependencies—Aligns with "Outside-In": Focusing on resources the company relies on, which translate into IROs
Types | Core Dependencies in the Electronics Industry |
Natural capital | Resource dependence: The industry relies heavily on silicon, metals, rare earths, water, and energy. Supply instability or price volatility of these resources directly impacts capacity and creates significant operating cost risks. |
Human capital | Specialized talent dependence: From R&D engineers driving innovation to skilled technicians ensuring production, talent is a core competency. Shortages or skill mismatches threaten technical progress, product quality, and operational efficiency. |
Social and relationship capital | Relational dependence: Success requires support from governments, reliable supplier networks, consumer trust, and regulatory compliance. A failure in any of these relationships can result in operational disruptions and market risks. |
Conclusion
In summary, the Context Report systematically outlines the sustainability landscape facing the electronics industry. From environmental concerns like resource depletion and waste management to social issues involving labor rights and occupational health, these topics span the entire product lifecycle—from raw material extraction to end-of-life disposal. Consequently, for enterprises to accurately complete the DMA, it is essential to look beyond isolated compliance risks and develop the capability to acquire and integrate data across complex supply chains.
Facing the trend toward more granular disclosure requirements and digital management, REACH24H is dedicated to providing comprehensive technical support for the industry. Leveraging our expertise in chemical regulations, green supply chains (including EPEAT, TCO Certification), and digital management systems, we assist enterprises in overcoming information silos to scientifically identify and control risks at the source. Whether through rigorous hazard assessment or the systematic management of supply chain data, REACH24H stands ready to support enterprises in meeting global regulatory standards while advancing their long-term sustainability goals.
For more information and inquiries, please feel free to contact us at customer@reach24h.com.
