Confirmation of Candidature - Life Cycle Analysis of the Environmental Impacts of Urban Composting

Composting is an excellent alternative to landfills to reduce GHG emissions including CO2 and NH3 emissions. It is considered a more sustainable approach to solving urban and agricultural waste. It is also important for soil remediation and may act as a fertilizer to improve soil quality. The research that will be conducted will analyse the three following aspects. 

1. How does the turning frequency impact carbon footprint, microbial activity, and nutrient availability of compost. 
2. How are microbial communities and nutrients impacted throughout the different stages of composting. 
3. What is the carbon footprint from composting throughout the different life stages?

For more information, please email the Graduate Research School or phone 0746 31088.