2017年-德勤全球_Chemistry_40_29页_1mb

Chemistry 4.0 Summary

Core Content

Chemistry 4.0 represents a transformative era in the chemical industry, characterized by digitalization and the circular economy. These two elements are expected to significantly alter the industry's operations, technologies, and business models, positioning the chemical sector as a key driver of sustainable innovation and growth in Germany.

Main Points

• Chemistry 4.0 is the next phase of development in the German chemical industry, following the evolution from Chemistry 1.0 (industrialization), Chemistry 2.0 (petrochemistry), and Chemistry 3.0 (globalization and specialization).
• Digitalization and circular economy are the core pillars of Chemistry 4.0, influencing all aspects of the industry from production to business models.
• The chemical industry is expected to undergo significant changes up to 2030, driven by both incremental innovations and disruptive trends.

Key Trends and Opportunities

• Incremental Innovations: These are expected to continue in traditional sectors such as automotive, construction, and packaging. Examples include the use of lightweight materials and energy-efficient construction products.
• Disruptive Changes: These are linked to digital transformation and sustainability. They include:
  • Biotechnology: The use of renewable resources and CO₂ for chemical production.
  • Electro mobility: This leads to a decline in demand for traditional chemical products but opens new opportunities in battery technology and recycling.
  • Digital business models: These are becoming increasingly important, enabling the creation of sustainable solutions through digital networks and services.
  • Circular economy: The chemical industry is playing a central role in resource efficiency, waste reduction, and product lifecycle management.

Digital Transformation

• Digitalization allows chemical companies to collect and analyze large amounts of data, leading to operational improvements, new business models, and increased efficiency.

• Three main categories of digitalization are identified:

  1. Transparency and digital processes: Involves the use of process data and automation.
  2. Data-based operating models: Utilizes big data and predictive analytics for decision-making.
  3. Digital business models: Creates value through digital augmentation of products and services.

• Examples of Digital Business Models:

  • Digital Agriculture: Companies like BASF use platforms to provide real-time data and solutions for optimizing agricultural processes.
  • Additive Manufacturing: Collaborative platforms enable the development of materials for 3D printing.
  • Digital Marketplaces: Such as the Materials Marketplace, allow for the efficient exchange of excess raw materials and industrial by-products.

Circular Economy

• The circular economy focuses on resource efficiency, product longevity, and closed-loop systems.
• Key strategies include:
  • Waste-to-Chemicals: Converting waste into chemical products.
  • Chemical Leasing: Offering products as services to reduce waste and improve sustainability.
  • Recycling: Through chemical recycling and digital traceability, the industry can enhance material recovery and reduce environmental impact.

Mutual Enhancement of Digitalization and Circular Economy

• Digitalization supports the circular economy by:
  • Enhancing data transparency and process optimization.
  • Enabling efficient waste management and recycling.
  • Facilitating collaboration and networked operations.
• The two concepts are interconnected, with digitalization enabling more effective circular business models and vice versa.

Role in Economic Networks

• Companies in economic networks can be categorized into:
  • Followers: Focus on cost leadership and easier access to customers.
  • Partners: Deliver specific value through their expertise and product offerings.
  • Orchestrators: Coordinate the network and ensure competitive product delivery.
• The chemical industry is already well-positioned in complex networks, but it must strategically organize and leverage digital opportunities to fully capitalize on these networks.

Recommendations

• Scrutinize current portfolios: Companies should assess their product and service offerings to align with future sustainability and digitalization goals.
• Invest in digitalization: Chemical companies should allocate significant resources to digital projects and business models.
• Promote circular practices: Emphasize resource efficiency, recycling, and sustainable product design.
• Collaborate across sectors: Leverage digital networks to create integrated, sustainable solutions.
• Develop strategic roles: Companies should identify and take on roles (e.g., orchestrator) within economic networks to maximize value creation.

Conclusion

Chemistry 4.0 is a pivotal phase for the chemical industry, combining digital innovation and circular economy principles to drive sustainability, efficiency, and global competitiveness. The industry must adapt to these changes by embracing digital technologies and circular strategies, ensuring long-term growth and relevance in a rapidly evolving market.