In this work, we propose a systematic framework to synthesize process intensification
systems with guaranteed operability, safety, and control performances accounting for both …

In this work, a framework for the integration of planning, scheduling and control using data-
driven methodologies is proposed. The framework consists of addressing the integrated …

Recent studies on modular and distributed manufacturing have introduced a new angle to
the traditional economies of scale that claim that large plants exhibit better efficiencies and …

Robust design of hydrogen systems for large-scale refineries under multi-scale uncertainties
has great potential for energy saving and cost reduction. The operation of hydrogen network …

In this work, we formulate the extended flexibility analysis, which takes into account two
different types of uncertain parameters, measured (θ m) and unmeasured (θ u), as a …

The cylindrical algebraic decomposition (CAD) method has been proposed for flexibility
analysis to derive analytical expressions of a feasible region. Due to the heavy …

We describe BASBL, our implementation of the deterministic global optimization algorithm
Branch-and-Sandwich for a general class of nonconvex/nonlinear bilevel problems, within …

Retrofitting of industrial heat recovery systems can contribute significantly to meeting energy
efficiency targets for industrial plants. One issue to consider when screening retrofit design …

Typical optimal experimental design (OED) methods aim at minimizing the covariance matrix
of the estimated parameters regardless of the intended application of the model that is being …

在换热网络的运行过程中, 其操作条件时常变化. 针对过程系统安全平稳运行的基本要求,
基于频域稳定性分析方法, 得出影响过程系统动态性能与稳定性的关键点 …