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This framework aims to assist in decision-making for biobased production systems by factoring in biomass yield uncertainty.

May 16, 2026ProcessesOpen Access

Biobased Production Systems: A Decision-Making Support Framework to Account for Biomass Yield Uncertainty

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Randomized trial demonstrates decision-making framework for biomass systems, highlighting the importance of yield uncertainty.

This framework aims to assist in decision-making for biobased production systems by factoring in biomass yield uncertainty.
Developed a two-stage stochastic mixed integer linear programming framework.
Applied to a multi-echelon supply chain network for lignocellulose-based biorefining.
Implemented a risk-constrained formulation for decision-making under uncertainty.
Biobased biorefining systems are identified as risky yet potentially profitable, given yield variability.
Risk-constrained configurations show greater stability compared to risk-neutral setups.
Centralised configurations yield higher profits, while decentralised models provide more stability and community integration.

Panteli et al. (2026) studied this question.

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