> **来源：[研报客](https://pc.yanbaoke.cn)** # Summary of "Lead Markets in Chemicals" ## Core Content The report "Lead Markets in Chemicals" explores the potential of specific end markets to act as catalysts for the transition to sustainable chemicals in the European Union. It emphasizes the need for a strategic and coordinated approach to support the development of a low-carbon, competitive and resilient chemicals sector, which is central to the EU's economic, environmental and strategic goals. ## Main Objectives - To identify end markets that can serve as **lead markets** for sustainable chemicals, creating **early, credible and scalable demand**. - To support **investment in sustainable production** by aligning demand with the **bankability of offtake**. - To ensure that **policy instruments** are designed to reflect the **strategic priorities** of the EU and to be **politically feasible**. ## Key Concepts - **Sustainable chemicals**: Products with significantly lower lifecycle greenhouse gas emissions compared to conventional fossil-based production. - **Lead market**: An end market that can drive early and scalable demand for sustainable chemicals, supporting investment in production. - **End market**: The downstream sector where chemicals are used, determining the demand for upstream chemical production. - **End-product economics**: The ability of a market to absorb the **green premium** without losing demand or competitiveness. - **Adjacencies**: Markets or applications that share **upstream production routes**, **feedstocks** or **infrastructure** with sustainable chemicals, thus reinforcing demand and investment. ## Strategic Rationales for Prioritisation The report identifies three strategic categories of lead markets: ### 1. **Scaled First Movers** - **Construction, packaging and automotive** are highlighted as markets with significant **scale** and **feasibility**. - These markets benefit from **existing legislative tools** such as the **PPWR** and **CPR**, which can help enforce sustainable practices. - They are capable of generating **predictable long-term demand** and are **amenable to policy intervention**. ### 2. **Strategic Niches** - **Pharmaceuticals and electronics** are identified as markets with **high strategic value** and **feasibility**, but **limited scale**. - These markets are **concentrated in high value sectors** and can support **innovation and employment**. ### 3. **Strategic but Complex** - **Fertilisers and manufacturing** represent markets with **strategic importance and scale**, but face **customer fragmentation** and **feasibility challenges**, such as **price sensitivity**. ## Feasibility Considerations The report outlines seven criteria to assess lead market potential: ### 1. **Scale** - **Demand size**: Quantified by **volume** and **value** to inform strategic decisions. - Markets with **large offtake** are more likely to drive **scaled impact**. ### 2. **Strategy: Economy and Employment** - **Economic value**: The contribution of the end market to **GVA** and **employment** in the chemical sector. - Policies should aim to **safeguard** and **enhance** these contributions. ### 3. **Strategy: Sustainability** - **Climate impact**: Measured by **emissions abatement potential** and **contribution to EU climate goals**. - Markets that can drive **decarbonisation** are prioritized. ### 4. **Strategy: Security and Autonomy** - **Strategic importance**: Markets that reduce **reliance on fossil fuels** and enhance **industrial resilience**. - This includes **strategic autonomy** in feedstock and production routes. ### 5. **Feasibility: End-product economics** - **Green premium**: The **additional cost** of sustainable alternatives and their **pass-through potential**. - Markets where the **green premium** can be absorbed without losing competitiveness are more viable. ### 6. **Feasibility: Enforceability of demand levers** - The **ability of policy instruments** to create **credible demand signals**. - Markets with **strong regulatory frameworks** and **policy traction** are more likely to support sustainable production. ### 7. **Feasibility: Political economy** - **Policy alignment** with **strategic objectives** and **political feasibility**. - Policies must be **calibrated** to the **market dynamics** and **strategic goals** of the prioritized markets. ## Key Insights - The **core challenge** is **commercial viability**, not technological feasibility. - **High capital intensity** and **operating costs** in Europe compared to other regions can deter investment. - **Strategic trade-offs** are inevitable: prioritizing **climate impact** may require **volume-driven sectors**, while **employment and innovation** are more concentrated in **high value sectors**. - **Feedstock choices** significantly influence **carbon footprint** and **end-of-life emissions**. - **Green fuels** such as **SAF**, **green methanol** and **green ammonia** are already supported by **dedicated policy frameworks**, making them **critical adjacencies** for sustainable chemicals. ## Recommended Next Steps - **Build plausible scenarios** to support strategic prioritisation. - **Shift from end-market to chemical product granularity** for more targeted policy design. - **Connect lead markets** with appropriate **demand policy instruments**. - **Shape the role of chemicals lead markets** within a broader **"EU sustainable molecules"** strategy, including **green fuels** to reach **critical scale**. ## Conclusion The report underscores the importance of **strategic lead markets** in driving the **transition to sustainable chemicals**. It calls for a **policy framework** that is **aligned with market dynamics**, **strategic objectives** and **political feasibility**, to ensure a **resilient and future-fit** chemical industry in Europe.