A new modelling approach for reliable prediction of solid-fluid behaviour: Application to the methane + benzene system including low-temperature and high-pressure regions

Campestrini, Marco; Stringari, Paolo; Hoceini, Salem

doi:10.1016/j.fluid.2023.113964

Fluid Phase Equilibria

2024

DOI: 10.1016/j.fluid.2023.113964

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A new modelling approach for reliable prediction of solid-fluid behaviour: Application to the methane + benzene system including low-temperature and high-pressure regions

Marco Campestrini,

Paolo Stringari,

Salem Hoceini

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Optimizing front-end purification units for LNG production: A novel modelling approach for predicting solid-fluid equilibria applied to benzene solubility

Campestrini,

Hoceini,

Stringari

2024

Gas Science and Engineering

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Optimizing front-end purification units for LNG production: A novel modelling approach for predicting solid-fluid equilibria applied to benzene solubility

Campestrini,

Hoceini,

Stringari

2024

Gas Science and Engineering

View full text Add to dashboard Cite

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A new modelling approach for reliable prediction of solid-fluid behaviour: Application to the methane + benzene system including low-temperature and high-pressure regions

Cited by 1 publication

References 22 publications

Optimizing front-end purification units for LNG production: A novel modelling approach for predicting solid-fluid equilibria applied to benzene solubility

Optimizing front-end purification units for LNG production: A novel modelling approach for predicting solid-fluid equilibria applied to benzene solubility

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