2022-02-13-世界经济论坛-Accelerating_the_Biomanufacturing_Revolution_20页_1mb

Executive Summary

The biomanufacturing revolution is transforming traditional manufacturing through sustainable, scalable, and innovative approaches enabled by advances in synthetic biology. Key opportunities include replacing petrochemical-based industries, addressing sustainability goals, and enhancing biosecurity. However, challenges such as limited feedback loops and workforce gaps exist. Strategies to accelerate growth involve strategic partnerships for faster prototyping and investment, along with workforce transformation to upskill STEM professionals and develop new job roles like "cyan-collar" positions. Collective action and public-private collaborations are crucial for achieving a bioeconomy valued at $4 trillion/year and fostering global biosecurity.

Key Strategies for Acceleration

Biomanufacturing advancement relies on two primary strategies: strategic partnerships and workforce transformation.

Strategic Partnerships and Investment

• Product Development Partnerships: Collaborations with companies like Ginkgo Bioworks enable co-development of biomanufacturing applications, such as sustainable bio-nylon with Lululemon, using tools like Cell Development Kits to reduce costs and timelines.
• Scaling Deployment: Partnerships with manufacturing technology providers, such as Limonta for Modern Meadow's Bio-Alloy, facilitate access to advanced facilities and expertise, overcoming prototyping challenges and scaling production efficiently.

Workforce Transformation

• Emerging Opportunities: Biomanufacturing creates new job segments, such as automation and software engineering roles, and "cyan-collar" positions bridging traditional green and manufacturing skills.
• Workforce Strategy: Implement lifelong learning programs, increase STEM education and workforce training, promote soft skills, and encourage international talent mobility to fill skill gaps and support continuous upskilling.

Community Call to Action

Leaders in business, government, academia, and civil society must collaborate through initiatives like public-private partnerships and shared spaces to address bottlenecks in biomanufacturing commercialization. Cultivating a skilled workforce is essential for global biosecurity and responding to crises, with the World Economic Forum supporting pilot projects and collaborations. Individual companies can drive impact by adopting and scaling biomanufacturing technologies, contributing to a sustainable bioeconomy valued at $4 trillion.

Overall Findings

The biomanufacturing revolution holds immense potential to innovate and sustainably replace traditional industries. By leveraging partnerships, workforce development, and collective action, the bioeconomy can grow, addressing environmental and societal challenges while ensuring equitable advancements. Global cooperation is vital for successful implementation.