About
Amid the complex challenges presented by climate change, which is intensifying natural disasters, imperiling food security, and modifying critical ecosystems, technological advancements in climate adaptation and mitigation are emerging. A primary focus of this discourse is the burgeoning field of synthetic biology, identified as a pivotal component of climate technology. This research area seeks to understand how biological processes might be harnessed to address the escalating climate crisis directly. Critical inquiries revolve around the potential of synthetic biology to rejuvenate natural ecosystems and enhance carbon sequestration capabilities. Current explorations consider the feasibility of microbial systems in sequestering atmospheric CO2 and converting pollutants into sustainable energy and food resources. This discourse aims to critically assess the prospective role of synthetic biology in charting a sustainable trajectory for our planet's ecological future.
Speakers
Agenda
Agenda
Monday
May 05
Tuesday
May 06
From Fossil to Functional: The Rise of Zero-Carbon Materials
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Innovative materials hold the key to accelerating the transition away from fossil fuel dependence and into a thriving low-carbon future. This session will explore how novel approaches to manufacturing—from cutting-edge biotechnologies to scalable production techniques—are transforming the way we create everyday products. Attendees will learn how these next-generation materials can be scaled effectively, the latest insights on cost-competitive climate technologies, and the milestones needed to ensure they rapidly penetrate global markets. By highlighting diverse strategies and tangible success stories, this discussion will illuminate a clear path toward a defossilized economy—one where carbon footprints shrink and circularity becomes the new standard.
Wednesday
May 07
Nature 2.0 - Using SynBio to Unlock the Next Level of Natural Systems
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With a 4.5 billion year head start, it’s no surprise that nature has honed its systems to perfection. But what if we could take these systems to the next level and harness them for the modern age? SynBio holds the key to unlocking the next level of these natural systems. By leveraging advancement in biotechnology, we can enhance natural systems and accelerate our transition to a green future.
Thursday
May 08
Conquering Carbon Emissions From the Concrete Industry
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Described as the most destructive material on earth, the concrete industry is responsible for 8% of total carbon dioxide emissions worldwide. As the second most used material only after water, we are in dire need for greener concrete solutions.
