Biomass is a valuable renewable source of energy as an alternative to fossil fuels. The main
barriers in biomass and biofuel development are feedstock high cost, lack of reliable supply …

Optimal network design is a key factor in the enhancement of the economic, environmental,
and social performance and efficiency of the biomass supply chain (BSC), and this is why it …

Global warming due to excessive use of fossil fuels has driven researchers to focus on
sustainable energy sources for the future. For clean production systems, biofuel is …

Increasing energy demand and the rising levels of greenhouse gas emissions have
increased the necessity of bioenergy and sustainable energy generation. The sustainable …

This paper proposes a multi-objective robust possibilistic programming model for the design
of a sustainable switchgrass-based bioethanol supply chain network under the epistemic …

The adoption of circular economy and life cycle thinking (LCT) tools plays an important role
in implementing and evaluating sustainable development strategies of companies …

This paper introduces a viable two-objective model for the design of algae biofuel
production and distribution network with integrated formulation of location, inventory and …

Biomass supply chain faces numerous challenges, uncertainties and risks. Resilience holds
the key for effectively addressing these dynamic challenges and uncertainties and risks …

The most significant basis for sustainable development, as well as one of the most critical
concerns of today's human societies, is energy and how it is consumed. In Iran, about 40 …

Sustainable energy generation is a key feature in sustainable development and among
various sources of energy electricity due to some unique characteristics seems particularly …