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 …

This paper focuses on the use of the CO 2+ SO 2 binary mixture as innovative working fluid
for closed transcritical power cycles with a minimum temperature above 50° C. Starting from …

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 …

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 …

Thermodynamic properties of fluids are essential for many technical applications, in
particular for energy and chemical process engineering. A classic example is the design …

CO2 capture and storage (CCS) is an important technology for avoiding atmospheric CO2
emissions, which are principally originated from fossil fuels combustion. Anthropogenic CO2 …

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 heat pumps working with CO 2-based mixtures with a low-volatility dopant are
found to achieve good performances in thermally integrated heat pumps, especially when …

Density was measured for three multicomponent CO2 mixtures (with CO2 molar fractions of
0.406, 0.693, and 0.987) over a wide range of temperature 220–422 K and pressures up to …

Thermodynamic properties for CCS-relevant mixtures can be calculated with the
fundamental equation of state presented in this work over wide ranges of pressure …