Singapore has announced a $118 million investment to advance its bioeconomy sector by developing materials and chemicals derived from living organisms. The initiative aims to leverage nature’s capabilities to produce sustainable alternatives for products currently reliant on fossil fuels, including enzymes, chemicals, and materials such as sustainable aviation fuel.
The funding, unveiled on October 5 by Education Minister Desmond Lee during the launch of the National Centre for Engineering Biology, marks the largest tranche dedicated to bioeconomy development in Singapore. It supplements approximately $82 million in existing funding, bringing the total commitment to around $200 million over the next five years. The program is jointly driven by the Economic Development Board (EDB) and the Agency for Science, Technology and Research (A*STAR).
Officials cited the rapidly growing global market for bio-based materials and chemicals, which is forecast to exceed US$200 billion by 2030, as a key driver for the push. Jermaine Loy, managing director of EDB, noted that regulatory shifts encouraging companies to seek alternatives to fossil fuel-derived raw materials are propelling demand. He emphasized Singapore’s potential to position the bioeconomy as a new engine of growth, particularly in specialty chemicals and advanced materials, while creating new jobs and career opportunities.
Kelly Lai, vice-president for chemicals and materials at EDB, highlighted the city-state’s strengths in energy, chemicals, synthetic biology, and innovation as critical enablers. She pointed to Singapore’s established role as a hub for a diverse range of companies serving Asian markets, which equips it to capitalize on bioeconomy opportunities by diversifying raw material sources and developing sustainable high-value products.
The initiative will focus on four key areas: converting underused agricultural waste such as crude glycerol from palm oil residues into cost-effective and sustainable raw materials; engineering microbes and enzymes with advanced technologies including artificial intelligence; enhancing industrial-scale processes with smart monitoring and digital tools to reduce waste and costs; and identifying scalable production methods for commercially relevant products like high-grade synthetic rubber and cosmetic ingredients.
Research efforts have already yielded innovations, such as developments at the HH@NUS SINERGY Laboratory—a collaboration between the National University of Singapore and Huahao Chemical—that utilize living cells as factories to produce polymer building blocks for fibers and fabrics.
The Bioeconomy Innovation Office within A*STAR will oversee project management and facilitate commercialization of promising technologies. Wong Min Hao, interim program director of the office, said the initiative aims to boost supply chain resilience by finding bio-based materials to decrease reliance on petrochemicals. He noted Southeast Asia’s distinctive waste streams from palm oil, cassava, tapioca, and rice as potential feedstocks, with applications including bio-based dyes.
The government hopes that by the end of the five-year funding period, the program will generate significant commercial outcomes that advance Singapore’s strategic shift toward a more sustainable and innovation-driven bioeconomy.