The goal of the work is to create a superstructure of conversion pathways for biorefineries and develop a methodology to evaluate and rank them with the use of MILP techniques and Integer-Cut constraint. The method is applied to the Wood2CHem Platform and it is validated in a case study in which is evaluated the best technologies to exploit wooden biomass in Switzerland according to a small scale (20 MW) and large size (200 MW)
Optimum biorefinery pathways selection using MILP with Integer-Cuts constraint method
Maronese, Stefano
2014/2015
Abstract
The goal of the work is to create a superstructure of conversion pathways for biorefineries and develop a methodology to evaluate and rank them with the use of MILP techniques and Integer-Cut constraint. The method is applied to the Wood2CHem Platform and it is validated in a case study in which is evaluated the best technologies to exploit wooden biomass in Switzerland according to a small scale (20 MW) and large size (200 MW)File in questo prodotto:
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Utilizza questo identificativo per citare o creare un link a questo documento:
https://hdl.handle.net/20.500.12608/17897