Grant: Alliance Grants

This project focuses on reducing greenhouse gas (GHG) emissions in the egg farming industry by turning poultry manure into a sustainable energy source. It directly supports the priorities of Egg Farmers Canada (EFC) and addresses key gaps in sustainable production and environmental efficiency, as outlined in the industry's Code of Practice. The project also promotes a circular economy by reusing waste materials in productive ways. Egg farming currently emits over 2,000 kilograms of CO2-equivalent per tonne of eggs, with manure management contributing about 20% of these emissions. Manure can have harmful effects on the environment and health, but it also offers an opportunity to create renewable energy. This research explores ways to use poultry manure efficiently, reducing emissions while lowering costs and supporting sustainable practices. The main goal is to study whether a process called pyrolysis can be used to turn manure into valuable products. Pyrolysis involves heating manure in a way that produces bio-oil, a renewable energy source that can replace fossil fuels; pyro-gas, which can be reused in the process to save energy or converted into biofuels; and biochar, which can improve soil health or serve as a solid fuel. This process is environmentally friendly, efficient, and flexible, making it a strong candidate for egg farms. To ensure success, the research will include advanced computer modeling, life cycle assessments, and economic studies to tailor the technology to egg farms in Canada. The findings will help create an online tool that recommends the best pyrolysis settings based on individual farm conditions. This project offers economic benefits by reducing energy costs, environmental benefits by cutting GHG emissions, and social benefits by contributing to a cleaner, more sustainable agricultural sector for Canadians.