Environmental issues related to climate change have constantly been increasing in the last
years, and global emissions must be managed wisely, adopting the most powerful and …

The residual entropy scaling of viscosity was applied to pure refrigerants, including natural
refrigerants, hydrofluoroolefins, hydrochlorofluoroolefins, perfluorocarbons …

Acquiring accurate knowledge about the viscosity of carbon dioxide, nitrogen, and their
mixtures as an extremely fundamental thermo-physical property for a broad range of …

Carbon dioxide (CO2) has an essential role in most enhanced oil recovery (EOR) methods
in the oil industry. Oil swelling and viscosity reduction are the dominant mechanisms in an …

The presence of impurities in captured CO2 plays a vital role in the safe and effective CO2
transport and storage in the CCUS chain. Impurities can significantly increase the cost of …

Eighteen models based on two equations of state (EoS), three viscosity models, and four
mixing rules were constructed to predict the viscosities of natural gases at high temperature …

Crucial for carbon capture, utilization, and storage (CCUS) initiatives and diverse industries,
heat transfer underscores the need for a precise assessment of carbon dioxide (CO 2) and …

The knowledge of accurate thermo-physical properties is crucial for the development and
deployment of CO 2 capture, transport and storage (CCS). The progress on the experimental …

From the presented experimental data of two CO 2-rich mixtures containing SO 2 and CO as
impurities of anthropogenic CO 2, we evaluated the impact of the simultaneous presence of …

Transcritical cycles working with CO2‐based mixtures gain considerable attention due to
thermodynamic efficiency gain compared to pure sCO2 in hot environments. Previous …