This paper presents an approach to the planning of bioenergy supply chains, taking into account both total cost minimisation and supply chain risk reduction via Process graph (P-graph). The supply chain risk is accounted for in terms of transportation fatalities computed in an actuarial manner. An illustrative example based on Malaysian palm-based bioenergy supply chain is solved to illustrate the proposed approach
The environmental changes caused by industrial activities have spurred a significant interest in des...
A crucial element of the quest of curbing carbon dioxide emissions is deemed to rely on a biobased e...
In this article, a multiobjective mixed-integer linear programming (MILP) model is proposed to addre...
Widespread adoption of bioenergy for electricity generation could lead to a globally greener environ...
Biomass is one of the alternative sources of energy which has a promising future to complement or r...
The present work proposes a computer-aided methodology for designing sustainable supply chains in te...
The adoption of bioenergy parks is a prospective solution to increase the sustainability of stand-al...
The world energy demand will keep rising and put a strain on all sources of energy unless a change i...
Establishment of biomass supply chain management is a beginning stage for the production of bio-ene...
Bioenergy from forest-based biomass could reduce fossil fuel dependency, GHG emissions, and generate...
The use of integrated bioenergy systems (IBS) is a prospective solution to address the emergent glob...
To design a bioethanol supply chain, along with the transportation and operational costs, it is vita...
This chapter describes how to optimise energy systems considering their economic and environmental p...
Industrial complexes allow for efficient and sustainable production of various goods, but at the sam...
International audienceThe use of renewable energies has become very attractive, because it protects ...
The environmental changes caused by industrial activities have spurred a significant interest in des...
A crucial element of the quest of curbing carbon dioxide emissions is deemed to rely on a biobased e...
In this article, a multiobjective mixed-integer linear programming (MILP) model is proposed to addre...
Widespread adoption of bioenergy for electricity generation could lead to a globally greener environ...
Biomass is one of the alternative sources of energy which has a promising future to complement or r...
The present work proposes a computer-aided methodology for designing sustainable supply chains in te...
The adoption of bioenergy parks is a prospective solution to increase the sustainability of stand-al...
The world energy demand will keep rising and put a strain on all sources of energy unless a change i...
Establishment of biomass supply chain management is a beginning stage for the production of bio-ene...
Bioenergy from forest-based biomass could reduce fossil fuel dependency, GHG emissions, and generate...
The use of integrated bioenergy systems (IBS) is a prospective solution to address the emergent glob...
To design a bioethanol supply chain, along with the transportation and operational costs, it is vita...
This chapter describes how to optimise energy systems considering their economic and environmental p...
Industrial complexes allow for efficient and sustainable production of various goods, but at the sam...
International audienceThe use of renewable energies has become very attractive, because it protects ...
The environmental changes caused by industrial activities have spurred a significant interest in des...
A crucial element of the quest of curbing carbon dioxide emissions is deemed to rely on a biobased e...
In this article, a multiobjective mixed-integer linear programming (MILP) model is proposed to addre...