A review of process intensified CO2 capture in RPB for sustainability and contribution to industrial net zero

Carbon dioxide (CO 2 ), a significant greenhouse gas released from power plants and industries, substantially impacts climate change; minimizing it achieving carbon net zero is essential globally. In the direction of reducing CO emissions into atmosphere, post-combustion capture large point emitters by chemical absorption involving this in capturing fluid commonly used efficacious mechanism. Researchers have worked on process using conventional columns. However, intensification technology required because high capital cost, column height, traditional columns’ low energy efficiency. Rotating packed bed (RPB) equipment has been identified as suitable for enhanced an absorbing fluid. This article reviews discusses recent model developments rotating beds. literature, various researchers developed steady-state mathematical models regarding mass balance equations liquid phases ordinary or partial differential equations. Due to circular shape, are considered radial solved numerical approach simulated different software platforms, viz. MATLAB, FORTRAN, gPROMS. A comparison correlations presented. The predict mole fraction absorbed correspond well with experimental results. Along these models, data review also included work.