In British Columbia, researchers are pioneering an innovative approach to tackle energy generation and reduce reliance on fossil fuels by harnessing the power of microbes to convert human waste into biogas. The project, based at the Lulu Island sewage treatment site in Richmond, involves creating an optimized environment for naturally occurring microbes to digest organic matter in sewage, producing biogas that primarily consists of methane. This biogas is then refined to generate electricity, with the surplus being sold back to the provincial gas provider, FortisBC, providing financial support for the facility. The team, led by microbiologists and engineers, is emphasizing the importance of microbial populations in transforming waste into a valuable energy source. By cultivating these microbes within a specialized digester, they aim to increase biogas production and promote sustainable practices in waste management. The success of the project at the Lulu Island plant has fuelled ambitions to scale up the technology and share it with other sewage treatment facilities across Canada. With a new prototype bio reactor currently under development and expected to be operational by 2027, the project envisions a significant boost in methane production, potentially by as much as 50%. This expansion could facilitate the widespread adoption of biogas production from wastewater, contributing to a more sustainable and environmentally friendly energy landscape in the country. Supported by funding from various research councils and sustainability initiatives, the project highlights the potential of innovative solutions in transforming waste into wealth and promoting a greener future.