Thermal design of dual circulating fluidized bed reactors for a large-scale CO2 capture system

Covalent organic frameworks for CO2 capture: from laboratory curiosity to industry implementation

“…Though it has the potential to reach capture targets, desired temperature could not be achieved at the expense of low energy penalty; authors attributed this to heat transfer limitation of the setup. 318 The sound assisted fluidized bed has been utilized in TSA process, where free-flowing powdered sorbents exhibit extraordinary performance compared with ordinary fixed bed and fluidized bed configurations. 319 In the future, one can include these configurations and consider different engineering approaches depending on the COF characteristics.…”

Experimental study of solid circulation rate and pressure distribution characteristics in a cold fluidized bed with an external heat exchanger in an municipal solid waste incinerator

“…Circulating fluidized bed (CFB) technology has been widely used in various fields of industry such as carbon dioxide (CO 2 ) capture, 1 chemical looping combustion, 2 petroleum refining processes, 3 coal and biomass gasification, 4 and so on. In recent years, the amount of domestic municipal solid waste in China has been increasing, as a new type of incineration technology, the benefits of CFB incinerators include the efficient use of resources, 5 wide fuel adaptability, 6 stable combustion, low emission, and so on.…”