Co-Digestion Process Optimization for Renewable Energy Production
Client:
United States Agency for International Development (USAID)
Partner:
Ain Shams University, Egypt, in collaboration with Arizona State University, USA
Technical and economic optimization of waste biomass and sewage sludge co-digestion to enhance biogas production and renewable energy recovery.
Project Overview
The project evaluated the technical and economic potential of co-digesting waste biomass with sewage sludge to improve renewable energy production. The work focused on optimizing process conditions and mixing ratios to maximize biogas yields while assessing the feasibility of large-scale implementation.
Our Role
- Served as Principal Engineering Consultant.
- Evaluated existing anaerobic digestion technologies and their applicability to co-digestion.
- Designed experimental setups to assess different co-digestion scenarios.
- Established optimal mixing ratios for waste biomass and sewage sludge.
- Conducted technical and economic modeling for large-scale implementation.
- Evaluated the bio-economic feasibility of co-digestion facilities.
Key Impact
- Established optimized mixing ratios for enhanced co-digestion performance.
- Demonstrated improved biogas production through process optimization.
- Delivered a bio-economic feasibility assessment for large-scale co-digestion.
- Supported the development of renewable energy recovery solutions from mixed organic waste streams.