Carbon dioxide capture, transportation and storage is still being prioritised in studies because of the increasing concentration of Carbon dioxide in the atmosphere. One of interest field to authors is adsorbent for high Carbon dioxide storage. Metal-organic frameworks (MOFs) are widely studies due to their porous crystalline structures, high surface areas, and versatility in gas storage and separation. Ten popular MOFs were collated from different sources that conducted experimental work detailing their synthesis processes, specific reactants, and modification methodologies. Among the ten MOFs reviewed, MOF-177 is reported to have the highest CO2 storage capacity with a maximum of 39.9 mmol/g. This is due to its highly porous structure and large surface area. Solvothermal synthesis is the most preferred method for modifying MOFs due to its effectiveness in controlling the structural and functional properties of MOFs material, precise tuning of pore size, material, and CO2 adsorption enhancement.