The random pore model (RPM) is the most comprehensive model for non-catalytic gas-solid
reactions. The application of RPM is critical in some environmental pollutant removal …

Calcium-looping energy storage technology presents a promising potential to address the
instability issues associated with the renewable energy sources (eg solar power). In this …

The kinetics of reactions between gases and solids are typically modeled using shrinking-
core or shrinking-pore theoretical frameworks, in which the formation of a uniform solid …

Hydrogen is regarded as a promising energy carrier with several key advantages for future
low carbon applications (eg no greenhouse gas emission at the point of use, higher energy …

A micro-fluidized bed thermogravimetric analysis (MFB-TGA) method based on real-time
mass measurement of solid sample inside a fluidized bed was developed. This technique …

Accurate modelling of the gaseous reduction of porous iron oxide powders or fines is
important in industry for (i) reinventing the carbon intensive production of iron and steel and …

A cradle-to-gate life cycle assessment is carried out to evaluate the environmental impact of
producing 1 kg of hydrogen implementing innovative chemical looping technologies …

A reduced-order model was developed to describe the CaO carbonation kinetics by
simplifying the detailed one-dimensional rate-equation-based grain model. The reduced …

Chemical looping combustion (CLC) and chemical looping with oxygen uncoupling (CLOU)
are novel combustion technologies with low energy penalty CO2 capture. In a CLC/CLOU …

Thermochemical heat storage is a process of storing and releasing thermal energy with gas-
solid reactions, eg the interaction of oxides and water vapor. To guarantee a more balanced …