Abstract
This report was made as Deliverable D3.3.3 in the SusFeed NFR project.
It responds to the task objective to help in modelling value chains for the new feed
solutions of Grass, Algae and Insects; their economic viability, logistics of a new nad
established chain, and impacts on other related chains.
Mathematical optimisation was chosen as modelling tool, and the BROMo model was
developed partly in this project.
Result indicate Algae and Grass feed have good potential to be integrated into the system
in an efficient manner, but incest-based feeds would require more effort to scale.
The results should be seen together with other deliverables in the project, especially the
Scenario Report in which more cases on import and global conditions are considered.
It responds to the task objective to help in modelling value chains for the new feed
solutions of Grass, Algae and Insects; their economic viability, logistics of a new nad
established chain, and impacts on other related chains.
Mathematical optimisation was chosen as modelling tool, and the BROMo model was
developed partly in this project.
Result indicate Algae and Grass feed have good potential to be integrated into the system
in an efficient manner, but incest-based feeds would require more effort to scale.
The results should be seen together with other deliverables in the project, especially the
Scenario Report in which more cases on import and global conditions are considered.