EUBCE 2025 - Seyyedeh Rozita EBRAHIMI - Collaborative Integration of Forestry, Agricultural, and MSW Value Chains: A Sustainable Approach to Biomass-to-Bioenergy Logistics in Quebec

Collaborative Integration of Forestry, Agricultural, and MSW Value Chains: A Sustainable Approach to Biomass-to-Bioenergy Logistics in Quebec

Short Introductive summary

This study addresses the need for integrating forestry, agricultural, and municipal solid waste (MSW) value chains to optimize sustainable bioenergy production. Previous research has explored individual biomass value chains, but little attention has been given to the benefits of collaboration between these distinct chains. To fill this gap, the study proposes a large-scale Mixed-Integer Programming (MIP) model that leverages real-world data on resource availability and transportation logistics. The model optimizes key logistical operations like transportation, storage, and preprocessing, considering factors such as moisture content and seasonal variability. By combining these biomass sources, the model enhances efficiency and reduces costs, while also addressing logistical challenges like transport costs and resource distribution. A case study in Quebec demonstrates the model's effectiveness in integrating biomass sources to meet bioenergy demand, showing significant cost reductions and improved system resilience. This collaborative approach not only enhances the flexibility and sustainability of bioenergy systems but also offers a scalable solution for future applications.

S.R. Ebrahimi, Laval University, Quebec City, CANADA
M. Rönnqvist, Laval University, Quebec City, CANADA
M. Ouhimmou, ETS, Montreal, CANADA
P. Stuart, Polytechnique Montreal, Montreal, CANADA