网络设备循环应用的4大挑战及GSMA的战略建议-50页_3mb

Summary of Strategy Paper for Circular Economy

Core Content

This strategy paper outlines a vision for the telecommunications industry to adopt a circular economy model, aiming to reduce environmental impact, enhance resource efficiency, and support long-term sustainability. The paper identifies four key challenges and nine recommendations to drive this transformation, emphasizing the need for collaboration across the entire value chain, including operators, suppliers, policymakers, and civil society organizations.

Main Points

• Circular Economy Definition: The circular economy is a model that reutilises products, parts, and materials in successive production cycles, aiming to reduce waste and pollution. It contrasts with the linear model of "take, make, dispose" by focusing on longevity, reuse, and recycling.

• Current State: The global economy, including the ICT sector, is only 8.6% circular. Most network equipment follows a linear model, leading to significant e-waste and environmental degradation.

• Environmental Impact: The ICT sector is a major contributor to global emissions, with mobile network operators and suppliers aiming to reduce their carbon footprint in line with the Paris Agreement. The paper highlights the importance of addressing both carbon emissions and raw material extraction.

• Network Equipment Overview: The paper focuses on network equipment such as RAN, FAN, transmission, IP core, and IT equipment, excluding end-user devices like mobile phones and IoT devices, which will be addressed in a separate strategy paper.

• Challenges to Circularity:

  1. Reducing environmental impacts from manufacturing and mining.
  2. Improving the sourcing, reuse, and repurposing of existing equipment.
  3. Understanding life cycle impacts through standardized evaluation methods.
  4. Accelerating the shift to circular principles in the supply chain design.

• Opportunities for Circularity:

  • Reuse of network equipment can significantly reduce CO₂ emissions and improve profitability.
  • The paper promotes a unified global approach to circularity, including common KPIs, shared marketplaces, and better regulatory frameworks.
  • The development of a circular business model is encouraged, with a stronger business case for sustainability.

Key Recommendations

1. Keep current equipment in active use longer
2. Share network infrastructure
3. Develop awareness on circular economy across the industry
4. Give refurbished the same consideration as new in business proposals
5. Create common KPI metrics and guidelines
6. Rethink the business relationship to support reuse
7. Improve the regulatory ecosystem in favour of circular operations
8. Create and interconnect marketplaces
9. Ensure energy efficiency is a priority in network equipment

Industry Endorsements

• BT: Committed to transitioning to a circular economy by 2030, focusing on reducing waste and reusing equipment.
• Cisco Systems: Aims to integrate circular principles across the product lifecycle to support net-zero carbon emissions by 2040.
• Deutsche Telekom AG: Seeks to reduce raw material extraction and e-waste by promoting reuse and recycling.
• Nokia: Has over 25 years of experience in circular practices and supports the development of industry standards.
• Orange: Works to transition infrastructure procurement to a circular model, reducing CO₂ emissions and improving operational efficiency.
• Telefónica S.A: Circular economy enhances network efficiency and profitability, contributing to net-zero goals.
• stc: Seeks to make circularity the backbone of asset management to reduce environmental impact.
• Telia Company: Recognizes the dual role of the industry in both causing and solving environmental issues, emphasizing the need to address e-waste and emissions.

Environmental and Economic Benefits

• Eco Design: Implementing eco-design principles can reduce the environmental footprint of network equipment.
• Recycling: Using recycled materials can save up to 90% of energy compared to using virgin materials.
• Resource Hierarchy: The paper introduces a resource hierarchy to guide actions from the most sustainable (rethink, reuse, recycle) to the least (landfill, combustion).
• ICT Waste: Data on end-of-life treatment of ICT equipment shows significant variation by region, highlighting the need for better waste management practices.

Conclusion

The strategy paper emphasizes the necessity of a unified global approach to circular economy principles in the telecommunications industry. It calls for action across the value chain, from product design to end-of-life management, and advocates for collaboration, innovation, and policy support to achieve a more sustainable and circular model of operation.