The power management strategy (PMS) plays an important role in the optimum design and
efficient utilization of hybrid energy systems. The power available from hybrid systems and …

The process systems engineering (PSE) as well as the operations research and
management science (ORMS) literature has hitherto focused on disparate processes and …

The presented work addresses the design and optimization under uncertainty of power
generation systems using renewable energy sources and hydrogen storage. A systematic …

Currently, the process industry is moving towards the design of innovative, more sustainable
processes that show improvements in both economic and environmental factors. The design …

The importance of balancing social, environmental and economic objectives in companies'
development has cultivated a growing awareness on the sustainable optimal design and …

In this paper, a stochastic programming framework is presented to address process
synthesis problems under uncertainty. The framework is based on a two-state stochastic …

Design feasibility and flexibility are recognized as important operability characteristics of a
chemical process. This is due to the variability of the parameters that appear in process …

A two-stage, stochastic programming approach is proposed for incorporating demand
uncertainty in multisite midterm supply-chain planning problems. In this bilevel decision …

Uncertainty is an inherent characteristic in most industrial processes, and a variety of
approaches including sensitivity analysis, robust optimization and stochastic programming …

Design of chemicals-based products is broadly classified into those that are process
centered and those that are product centered. In this article, the designs of both classes of …