Carbon dioxide is viewed as a significant source of greenhouse gases GHG, accountable for global warming in which man-made CO2 contributes about 63.5%. The cement business contributes around 5% of worldwide anthropogenic carbon dioxide emissions. The main objective of this study is to design, build, and operate a framework to catch CO2 from a slipstream of vent gas from a business coal-fired cement kiln, convert that CO2 to items having business esteem, show the economic feasibility of the CO2 capture and conversion process, and accordingly advance the innovation to a point of status for business scale production. The advancement will also validate market prospects by offers of synthetic compounds into existing markets, and recognize chances to improve innovation execution and lessen costs at business scale. The Mineralization process is a unique process designed to remove carbon dioxide from a gaseous waste stream, convert the carbon dioxide to a mineralized carbon product, and produce valuable chemical byproducts. In this research, carbon dioxide from waste flue gas reacts with sodium hydroxide to form sodium bicarbonate. The project is designed as a multi-bubble column system. This scheme is designed to remove over 90 % of the CO2 from the flue gas stream. The resulting products produced by the process are of high purity, and readily marketable.