NUS invests $90.6 M in synbio to propel sustainable manufacturing

Daniela Castillo Monagas

The National University of Singapore (NUS) is advancing its commitment to sustainable manufacturing with a significant investment of S$120 million (approximately US$90.6 million) in synthetic biology. This strategic move aims to position Singapore as a global leader in the synthetic biology sector, driving innovations that promise to reshape various industries while addressing environmental challenges.

Synthetic biology represents a transformative approach to manufacturing, offering alternatives to traditional processes that rely heavily on petrochemicals. By engineering biological systems, synthetic biology enables the development of more sustainable production methods across sectors such as chemicals, textiles, food, and energy. The investment aligns with NUS’s vision of fostering positive, large-scale changes that contribute to climate change mitigation and sustainable development.

“NUS is committed to elevating synthetic biology to new heights,” said Professor Liu Bin, Deputy President for Research and Technology at NUS. “Our goal is to establish a thriving synthetic biology ecosystem that tackles pressing issues like food security while enhancing Singapore’s economic resilience.”

To achieve this, NUS plans to cultivate collaborations with industry partners, nurture a skilled workforce, and spur innovation through startups in the synthetic biology field. The university’s efforts are anchored in its existing initiatives, such as the Synthetic Biology for Clinical and Technological Innovation (SynCTI), established in 2014. This program has been pivotal in developing Singapore’s capabilities in synthetic biology and fostering valuable research partnerships.

The university is poised to lead various ambitious projects, including the National SynBio Initiative for Green Manufacturing, which aims to create a cohesive approach to biomanufacturing and promote sustainable practices within Singapore. This initiative is expected to elevate the country’s standing in green technology on a global scale.

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In addition, NUS is enhancing its synthetic biology ecosystem through collaborations with leading global research institutions. Partnerships with the University of Illinois Urbana-Champaign, Shanghai Jiao Tong University, and the French National Centre for Scientific Research focus on harnessing the potential of synthetic biology to produce nutritious foods and develop sustainable biofuels, among other innovations.

As NUS invests in synthetic biology, it aims not only to drive technological advancements but also to contribute to a more sustainable future, solidifying Singapore’s position in the evolving landscape of green manufacturing and innovation.

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