2024减少范围3排放的10个实际步骤报告

10 Practical Steps to Reduce Scope 3 Emissions

Introduction

Scope 3 emissions represent the indirect emissions associated with a company's value chain, accounting for 70-80% of total greenhouse gas emissions. Addressing these emissions is crucial for comprehensive sustainability efforts.

Challenges and Importance

• Complexity: Scope 3 emissions are challenging due to their extensive nature and reliance on external data.
• Accuracy: Data from suppliers and other third parties can be incomplete, inaccurate, or insufficiently detailed.
• Engagement: Engaging with numerous partners across the supply chain poses significant challenges.
• Resource Intensity: Managing scope 3 emissions requires substantial resources, particularly for companies with limited capabilities.

10-Step Framework

Emissions Assessment

• Guided Computation: Develop a systematic approach to calculate emissions.
• EF Database: Establish a database of emission factors.
• Visibility: Enhance visibility into emissions from suppliers and products.
• Impact Tracking: Monitor the effect of emissions on established targets.

Supplier Segmentation

• ESG Maturity Assessment: Evaluate suppliers based on environmental, social, and governance criteria.
• Segmentation Framework: Create a structured approach to prioritize suppliers based on emissions and criticality.

Emissions Breakdown

• Value Chain Analysis: Understand the lifecycle of products/services.
• Lifecycle Assessment: Analyze carbon factors for services that significantly influence emissions.

Hotspot Identification

• Analytics: Use data analytics to pinpoint high-impact emission areas.
• Dashboards: Utilize dashboards to visualize and identify emission hotspots.

Maturity and Criticality Matrix

• Criticality and Maturity Levels: Categorize suppliers based on the importance of emissions and their readiness to address them.

Reduction Potential

• Abatement Levers Database: Identify strategies applicable across the value chain.
• Impact Assessment: Evaluate the effectiveness of potential mitigation measures.

Target Setting

• Scenario Modelling: Develop scenarios to guide target setting.
• Auto Reporting: Implement automated reporting and disclosure mechanisms.
• Decarbonization Targets: Define clear, achievable emission reduction goals.
• Prioritization: Allocate resources based on target and criticality.

Supplier Engagement

• Engagement Wave Plan: Plan a strategic approach to engage suppliers.
• Incentive Framework: Design incentives and disincentives to motivate participation.
• Contract Updates: Modify contracts to incorporate sustainability terms.
• SRM Program Restructuring: Enhance supplier relationship management processes.

Cost-Benefit Analysis

• Cost Assessment Framework: Evaluate the costs of implementing abatement measures.
• Marginal Abatement Cost Curve (MACC): Guide decisions on cost-effective emission reduction strategies.

Internal Engagement

• Procurement Transformation Toolkits: Enhance procurement functions with sustainability focus.
• Change Management: Implement change management strategies for internal adoption.
• TVO and Savings Methodology: Align procurement goals with total value optimization and savings.

Implementation and Governance

• Project Management Tools: Use tools for effective project management.
• Reporting: Establish robust reporting mechanisms to track progress.

Digital Solutions

Adopting digital solutions, powered by AI and advanced analytics, can significantly enhance the management of scope 3 emissions, offering greater efficiency and effectiveness in sustainable sourcing practices.

Conclusion

By following this structured approach, companies can effectively manage and reduce scope 3 emissions, contributing to their sustainability goals and addressing the environmental impact of their operations. This strategy not only supports regulatory compliance but also fosters innovation and resilience within the organization.