Accelerating the transition to a just, resilient, low-carbon future

The University of Waterloo Climate Institute brings together scientists and students to elevate and enhance the impact and excellence of innovative interdisciplinary research and education that empowers business, government and civil society to respond effectively to the climate crisis.

University of Waterloo’s unique combination of strengths and depth of expertise allows us to deal head-on with the complexity and interconnectedness of social, political and technological dimensions of the climate crisis.

Our expertise and focus

Our three core areas of research and innovation are developed through lenses of equity, justice, governance, and innovation to create truly impactful solutions for this existential global challenge. 

News

Researchers at the University of Waterloo are collaborating with Maple Ridge Acres to transform alpaca waste into a sustainable compost. By combining waste fiber, manure, and biochar, they aim to create a natural alternative to chemical soil amendments. This innovative approach not only improves soil health and nutrient content but also addresses waste management issues. The project is led by Waterloo Climate Institute member Dr. Maren Oelbermann and post-doctoral fellow Augustine Kwame Osei.

Researchers at the University of Waterloo are developing biodegradable plastics from food waste using bacteria. This innovative method produces eco-friendly plastics that degrade naturally and could be cheaper to manufacture. The team, including Waterloo Climate Institute member Dr. Trevor Charles and Dr. Tizazu Mekonnen, is working on cost-effective extraction techniques for large-scale production. These bioplastics have potential applications in food wrap, drug delivery, and tissue repair, supporting a circular economy by transforming waste into valuable resources. The study was recently published in ACS ES&T Engineering.

Shahan Salim, a PhD candidate at the University of Waterloo, is advancing air quality research through collaborations formed at COP28 and COP29. By securing funding for early warning systems in low-income countries, Salim's work focuses on using low-cost sensors and AI to monitor air quality. His efforts aim to protect vulnerable populations from harmful pollutants, enhancing health equity and climate resilience globally.

Events