The transient, cyclic nature and flexibility in process design make the optimization of
pressure swing adsorption (PSA) computationally intensive. Two hybrid approaches …

The design of temperature swing adsorption (TSA) cycles aimed at recovering the heavy
product at high purity is investigated by model-based design and applied to the capture of …

Oxy-combustion power cycles are an alternative technology for electricity generation to
facilitate carbon capture and storage (CCS). Among oxy-combustion power cycles, the Allam …

Efficient nonlinear programming (NLP) algorithms and modeling platforms have led to
powerful process optimization strategies. Nevertheless, these algorithms are challenged by …

The large amount of food waste generated worldwidely has significant adverse
environmental impacts to our entire ecosystem, highlighting the urgent need for a historic …

CO2 capture and storage (CCS) is an effective method for achieving CO2 mitigation while
simultaneously keeping energy supplies secure. To put CCS into practice, it is important to …

Predictive mathematical models are a cornerstone of science and engineering. Yet
selecting, calibrating, and validating said science‐based models often remains an art in …

Few energy/cost estimates exist in the literature for adsorption-based CO 2 capture. We
study a pressure/vacuum swing adsorption (PVSA) process using zeolite 13X for post …

A computationally faster and reliable modeling approach called a physics-based artificial
neural network framework for adsorption and chromatography emulation (PANACHE) is …

Separating azeotropic mixtures of hydrofluorocarbons (HFCs) for reuse and recycle is
environmentally and economically imperative. While ionic liquid (IL)-enabled HFC …