Self-coupling conversion technology of carbon dioxide in catalytic cracking flue gas

The catalytic cracking flue gas carbon dioxide direct conversion technology refers to the process of converting the emitted carbon dioxide into other useful chemicals, such as methanol, formic acid, and petroleum gas, through chemical reactions under specific catalysts and appropriate conditions. It represents a positive approach to carbon capture and utilization. The specific process can be divided into several steps: 1. Absorption: The carbon dioxide emitted is first absorbed by the adsorbent. 2. Separation: Then, carbon dioxide is separated from the adsorbent. 3. Conversion: Finally, carbon dioxide is converted into other chemical substances under specific catalysts and appropriate conditions. Factors such as the type of catalyst and reaction conditions have a profound impact on this process, and researchers are continuously conducting studies and developments to further improve the efficiency and feasibility of such technologies. Please note that although this technology may help reduce carbon dioxide levels in the atmosphere, it is only part of the solution to the overall issue of climate change; the ultimate goal remains to reduce carbon emissions. .