Immense decarbonization from power generation plants has been aware of to achieve net zero targets with clean energy transition. Applying life cycle assessment (LCA) methodology to the studies of coal-fired power plants with carbon capture and utilization technology helps to evaluate and avoid the potential environmental risks. In this study, carbon dioxide emissions are captured from 655 MW ultra-supercritical (USC) Mae Moh coal-fired power plant in Thailand and then utilized it in alternative CO₂-based methanol and CO₂-based formic acid productions. According to the environmental and economic analyses of the alternative CO₂-based productions compared to the conventional productions, higher environmental impact and costs are resulted at 6 out 8 investigated impacts with 1227 US$ per ton of CO₂-based methanol production and 2 out of those with 1044 US$ per ton of CO₂-based formic acid production.

发电厂的巨大脱碳已经意识到通过清洁能源转型实现净零目标。将生命周期评估（LCA）方法应用于碳捕集与利用技术燃煤电厂的研究，有助于评估和规避潜在的环境风险。在这项研究中，从泰国 655 MW 超超临界 (USC) Mae Moh 燃煤电厂捕获二氧化碳排放，然后将其用于基于 CO ₂的替代甲醇和基于 CO ₂的甲酸生产。根据替代 CO _{2的环境和经济分析}与传统生产相比，基于 CO 2 的生产产生更高的环境影响和成本，在 8 个调查影响中有 6 个产生 1227 美元/吨 CO 2_甲醇生产，其中 2 个产生 1044 美元/吨 CO ₂ -基于甲酸生产。