Oxy-fuel circulating fluidized bed combustion (Oxy-CFBC) is regarded as one of the most
promising and sustainable technologies for carbon capture, utilization and sequestration …

Calcium loo**, basing on sorption/desorption cycles, is a novel and promising approach
to capture CO 2 from flue gas of power plant. In the desorption process, sulfation inevitably …

Oxy-fuel circulating fluidized bed combustion is known as one of the most potent fuel
combustion technologies that capture ultra-low greenhouse gases and pollutant emissions …

We compared the direct desulfurization behavior of four different domestic limestone
samples (CaO fraction 40–55%, average particle size 37.5 μm) using a thermogravimetric …

To alleviate the global warming issue, various CO2 abatement technologies have been
proposed. As one of the leading options for CO2 capture in power plants mostly firing coal …

Cement industry contributes to more and more SO 2 emission due to utilization of alternative
raw materials and fuels, whereas the available calcium-based dry flue gas desulfurization …

Pressurized oxy-fuel combustion (POFC) has attracted wide attention due to its potentials of
high efficiency and low cost in CO 2 capture. Compared with numerical simulation and …

Chemical-loo** gasification (CLG) is a novel process for syngas generation from solid
fuels that shares the same basic principles as chemical-loo** combustion (CLC). This …

Calcium loo** is an effective method to capture CO 2 from the flue gas in coal-fired power
plants. However, the presence of SO 2 in the flue gas will lead to the occurrence of sulfation …

In this study, syngas preparation by chemical loo** gasification (CLG) process is
investigated through theory and experiment. The starting materials for the syngas are low …