Abstract: Reaching net-zero emissions by the middle of this century requires the implementation of massive carbon dioxide (CO2) emission reduction strategies along with the reduction of other greenhouse gases on both global and country scales. Thus, carbon capture, storage, and utilization (CCSU) is a promising technology in combination with renewable energy transition. Currently, CO2 utilization has attracted much attention from the scientific community worldwide, since it can improve the economic viability of CCSU deployment by creating a market for the recovered CO2 stream. In this study, a brief assessment and comparison of potential CO2 utilization pathways in Uzbekistan, including CO2-to-chemical/fuel conversion, CO2 bio-fixation/mineralization, and the direct use of CO2, such as for enhanced hydrocarbon recovery (EHR), are conducted considering the CO2 stationary sources and site-specific conditions of the country. In addition, possible challenges and opportunities for large-scale CO2 utilization routes are also discussed. According to this assessment, there is great potential for the direct use of CO2 as a process-boosting agent for EHR in more than 22 major natural gas, crude oil, and coal reservoirs. Moreover, methanol and urea production processes can also create huge market demand for recovered CO2 as long as the conventional CO2 production processes are replaced by sustainable ones.
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