Training on Green Industrial Policy and Carbon Border Adjustment (CBAM)

Global industrial competitiveness is being rapidly reshaped by climate policies, carbon pricing systems, environmental regulations, and the transition toward low-carbon economies. The introduction of the European Union’s Carbon Border Adjustment Mechanism (CBAM) represents a major structural shift in international trade, directly affecting export-intensive sectors such as steel, cement, aluminum, fertilizers, hydrogen, and energy-intensive manufacturing.

For African and MENA economies, CBAM creates both significant risks and strategic opportunities. Industries that fail to decarbonize may face rising export costs, reduced market access, declining competitiveness, and investor pressure. At the same time, countries and firms that successfully transition toward green industrialization can attract climate finance, strengthen export resilience, improve industrial efficiency, and position themselves as strategic suppliers in emerging low-carbon global value chains.

This course provides advanced practical and policy-oriented training on green industrial policy, CBAM preparedness, industrial decarbonization, circular economy systems, green financing mechanisms, and sustainable industrial competitiveness. Participants learn how to align industrial development strategies with climate transition goals while protecting economic growth, employment, and export performance.

The program explores CBAM compliance frameworks, carbon accounting systems, industrial emissions management, low-carbon manufacturing technologies, circular production models, green hydrogen ecosystems, climate finance instruments, green bonds, carbon markets, industrial policy design, and transition governance. Participants also examine the geopolitical implications of climate trade policies, industrial resilience strategies, ESG-driven investment systems, and AI-enabled sustainability analytics.

Through policy simulations, industrial diagnostics, financing exercises, emissions analysis workshops, circular economy planning, case studies, and strategic transition scenarios, participants develop actionable frameworks for building competitive, resilient, and future-ready green industrial systems.

Duration

10 Days

Who Should Attend

• CEOs and executives of export-oriented industries
• Ministry of industry and trade technocrats
• Environmental regulators and climate policy officials
• Industrial development agencies
• Manufacturing and production directors
• ESG and sustainability leaders
• Export promotion agencies
• Energy transition and climate finance professionals
• Industrial park managers and infrastructure planners
• Investment and development finance institutions
• Circular economy and green growth specialists

Individual Impact

• Strengthen expertise in green industrial transformation
• Improve understanding of CBAM and climate trade systems
• Enhance strategic planning for industrial decarbonization
• Build competency in green finance and sustainable investment mechanisms
• Improve policy design and sustainability governance capabilities
• Develop practical skills in circular manufacturing and emissions management

Organizational Impact

• Improve industrial competitiveness in global export markets
• Strengthen climate compliance and CBAM preparedness
• Reduce carbon intensity and operational inefficiencies
• Increase access to green investment and climate finance
• Enhance sustainability reputation and investor confidence
• Support resilient and future-ready industrial growth

By the end of this course, participants will be able to:

• Understand CBAM and its implications for African and MENA exports
• Develop industrial decarbonization and low-carbon competitiveness strategies
• Apply carbon accounting and emissions management systems
• Design circular economy models for industrial operations
• Access green finance, green bonds, and transition capital
• Develop policy tools that support green industrial growth
• Strengthen export resilience in climate-regulated markets
• Evaluate carbon markets and carbon credit opportunities
• Integrate sustainability into industrial policy and investment planning
• Build future-ready industrial transition roadmaps

Module 1: Foundations of Green Industrial Policy and Global Climate Trade Systems

• Evolution of green industrial policy frameworks
• Climate change, industrial transformation, and global trade
• The shift toward low-carbon industrial competitiveness
• ESG, sustainability, and investor expectations
• Industrial transition challenges in Africa and MENA
• Exercise: Green industrial readiness assessment
• Case Study: Global industrial transition strategies

Module 2: Understanding CBAM and Export Competitiveness

• Overview of the EU Carbon Border Adjustment Mechanism (CBAM)
• Sectors affected by CBAM: steel, cement, hydrogen, fertilizers, and manufacturing
• Carbon pricing and border adjustment mechanisms
• Fiscal and trade implications for African and MENA exporters
• CBAM reporting, verification, and compliance systems
• Exercise: CBAM impact analysis workshop
• Case Study: Industrial export vulnerability under carbon border policies

Module 3: Decarbonization as a Competitive Advantage

• Industrial decarbonization pathways and strategies
• Energy efficiency and low-carbon production systems
• Renewable energy integration in manufacturing
• Green hydrogen and industrial transition opportunities
• Operational efficiency through sustainability transformation
• Exercise: Industrial decarbonization strategy development
• Case Study: Competitive advantage through industrial sustainability

Module 4: Carbon Accounting, Emissions Management, and ESG Reporting

• Fundamentals of carbon accounting and emissions measurement
• Scope 1, Scope 2, and Scope 3 emissions management
• Industrial emissions monitoring and reporting systems
• ESG reporting standards and sustainability disclosures
• Digital tools and AI-enabled sustainability analytics
• Exercise: Carbon accounting and emissions reporting simulations
• Case Study: ESG-driven industrial investment decisions

Module 5: Circular Economy in Manufacturing and Industrial Parks

• Principles of circular economy and industrial sustainability
• Waste-to-energy systems and industrial symbiosis
• Closed-loop manufacturing and resource optimization
• Sustainable materials management and recycling systems
• Eco-industrial parks and shared infrastructure models
• Exercise: Circular manufacturing system design workshop
• Case Study: Circular economy transformation in industrial zones

Module 6: Financing the Green Industrial Transition

• Climate finance and industrial transition funding
• Green bonds, sustainability-linked finance, and blended finance
• Accessing patient capital for industrial retrofitting
• Development finance institutions and climate investment funds
• Risk management and investor engagement strategies
• Exercise: Green finance and investment proposal simulations
• Case Study: Financing large-scale industrial transition projects

Module 7: Carbon Markets, Carbon Credits, and Green Incentives

• Carbon markets and emissions trading systems
• Carbon credits and offset mechanisms
• Designing green industrial incentives
• Balancing industrial growth with climate policy goals
• Avoiding regulatory burdens that weaken competitiveness
• Exercise: Carbon market and incentive policy workshops
• Case Study: National carbon market implementation strategies

Module 8: Sustainable Supply Chains and Green Export Systems

• Low-carbon supply chain management
• Sustainable procurement and supplier engagement
• Export resilience under climate regulations
• Green certification and market differentiation
• Traceability and sustainability verification systems
• Exercise: Sustainable supply chain risk analysis
• Case Study: Green export transformation initiatives

Module 9: Governance, Policy Coordination, and Industrial Transition Leadership

• Green industrial governance frameworks
• Public-private coordination in climate transition
• Regulatory alignment and industrial policy integration
• Managing political, social, and economic transition risks
• Leadership strategies for sustainable industrial transformation
• Exercise: Policy coordination and stakeholder engagement simulations
• Case Study: National green industrial transition models

Module 10: Future-Ready Net-Zero Industrial Ecosystems

• Future trends in global industrial decarbonization
• AI, automation, and sustainability innovation
• Green industrial competitiveness in emerging markets
• Climate resilience and long-term industrial strategy
• Building net-zero industrial ecosystems
• Capstone Exercise: Develop a green industrial transition and CBAM readiness framework
• Case Study: Future-ready low-carbon industrial economies