The increase of the global population has a negative impact to the environment due to the
direct correlation between the amount of solid waste generated and the population growth …

Nowadays, mankind is facing several environmental challenges such as climate change,
pollutions, etc. In order to create a more sustainable future, an adequate waste management …

The valorisation of biomass by synthesising a multi-biomass corridor can be an optimistic
pathway to solving the growing waste management problem. However, the supply chain …

This paper presents a new method for regional energy targeting and supply chain synthesis.
The method is based on a novel approach to the optimisation of renewable energy supply. A …

Biomass supply chain has been extended to cope with the growing concern on sustainability
development and cleaner production. Process network optimisation is no longer sufficient to …

The evaluation of sustainability performance of a biomass supply chain is often
compounded of a complex series of variables. The redundancies in variables often make the …

This work presents a novel P-graph-based model for optimizing a biomass supply network.
The objective of this optimisation is twofold: to find the most cost-effective biomass supply …

This paper presents a novel debottlenecking approach which incorporates principal
component analysis (PCA) that can be used to identify sustainability bottlenecks at planning …

Sustainable biomass supply chain management (SBSCM) problem is a multi-objective
optimisation (MOO) problem since the objectives of each sustainability dimension and (or) …

In this paper, an improved mathematical model is proposed to solve the multi-echelon
biomass supply chain synthesis problem, including processing hubs selection, biomass …