Sustainable and Resilient Design of the Bioenergy Supply Chain Under Uncertain Conditions in the Framework of the Water-Energy Nexus DOI
Vahid Naseri, Hadi Sahebi, Emran Mohammadi

et al.

Published: Jan. 1, 2024

Transitioning to biofuels instead of conventional fossil fuels necessitates the careful integration environmental considerations and intricate water-energy nexus. The nexus delves into relationship between water usage in various stages energy supply consumption entailed processes. Within domain bioenergy networks, resilience against potential disruptions is a crucial dimension. Yet, one aspect that has been relatively underexplored research networks face scarcity, particularly during droughts access crises. This endeavors model an integrated network explicitly addresses strategies. It revolves around utilization two types biomass—jatropha microalgae—to meet demand. study systematically investigates diverse drought scenarios. To accomplish this, scenarios have examined. Subsequently, employing principles evidence theory, amalgamation expert insights yields probability each scenario's realization. Finally, stochastic programming techniques, we analyze methods, including precipitation rates, sewage-derived water, desalinated seawater. findings suggest substantial portion, 73.7 percent, required should be sourced from

Language: Английский

Applying multicomponent dry water agent for explosion suppression of pulverized biomass fuels DOI

Chongqiang Ye,

Qing Xia, Hao Wu

et al.

Renewable Energy, Journal Year: 2025, Volume and Issue: unknown, P. 123226 - 123226

Published: April 1, 2025

Language: Английский

Citations

0
Sustainable and Resilient Design of the Bioenergy Supply Chain Under Uncertain Conditions in the Framework of the Water-Energy Nexus DOI
Vahid Naseri, Hadi Sahebi, Emran Mohammadi

et al.

Published: Jan. 1, 2024

Transitioning to biofuels instead of conventional fossil fuels necessitates the careful integration environmental considerations and intricate water-energy nexus. The nexus delves into relationship between water usage in various stages energy supply consumption entailed processes. Within domain bioenergy networks, resilience against potential disruptions is a crucial dimension. Yet, one aspect that has been relatively underexplored research networks face scarcity, particularly during droughts access crises. This endeavors model an integrated network explicitly addresses strategies. It revolves around utilization two types biomass—jatropha microalgae—to meet demand. study systematically investigates diverse drought scenarios. To accomplish this, scenarios have examined. Subsequently, employing principles evidence theory, amalgamation expert insights yields probability each scenario's realization. Finally, stochastic programming techniques, we analyze methods, including precipitation rates, sewage-derived water, desalinated seawater. findings suggest substantial portion, 73.7 percent, required should be sourced from

Language: Английский

Citations

0