Transitioning our society to a sustainable future, with low or net-zero carbon emissions to the
atmosphere, will require a wide-spread transformation of energy and environmental …

Microfluidics presents an unprecedented opportunity to understand fluid properties and
phase measurements at extreme conditions relevant to energy applications. Since the …

Phase change materials that leverage the latent heat of solid–liquid transition have many
applications in thermal energy transport and storage. When employed as particles within a …

The assessment of heat capacity, or calorimetry, is critical to the development of fluids that
will cool electrified processes and systems, such as computing infrastructure, data centres …

Geothermal energy offers a route to clean power generation with baseload reliability that is
unique among renewable sources. Current geothermal energy systems employ water, brine …

A new method is proposed to fabricate high-performance phase change material capsules
with high thermal storage capacity and increased thermal conductivity. The capsules are …

Geothermal energy offers the potential to provide continuous baseload renewable energy.
Unlike conventional geothermal approaches, emerging closed-loop geothermal can employ …

Hypothesis Phase change slurries (PCS) have emerged as a promising class of oil-in-water
emulsions for energy applications, but stability remains an issue. Pickering phase change …

The thermal energy recovery of a closed-loop geothermal system can increase with the use
of latent-heat storage phase change slurries as working fluids. To date, the thermophysical …

Mastering the breakthrough process and predicting the breakthrough pressure in partially
saturated porous media (PSPM) are crucial for evaluating the sealing ability of reservoir …