Abstract
The growing concern over carbon dioxide emissions has garnered substantial attention globally, as the relentless progression of technology continues to contribute to an increase in the production of this greenhouse gas. Consequently, the capture of carbon dioxide has emerged as a crucial mission to counteract the deleterious influences of climate change, which is exacerbated by the rising temperature across the world. This may also lead to various natural hazards, such as the melting of icebergs and the subsequent rise in sea levels. To address these issues, there is no denying the importance of the carbon dioxide capture process. This article will explore some of the methods of capturing carbon dioxide, including the utilization of metal-organic frameworks membranes and Mixed-Matrix Membranes, encompassing the design of such membranes and the strategies employed for their synthesis. To elucidate these techniques, the article will illustrate their processes through multiple examples and empirical findings, accompanied by relevant data.