Gas flaring has been a long-standing issue causing air pollution and wastefulness, with around 148 billion cubic meters flared in 2023. This led to environmental concerns due to CO2 emissions, methane, and black soot. To tackle this, a joint American-South Korean study proposed converting flared gas into hydrogen, utilizing captured CO2 for enhanced oil recovery. The study focused on the AACPE scenario, achieving a 72% CO2 rate with promising economic and environmental outcomes. The process involves capturing, reforming, and purifying flare gas to produce high-purity hydrogen, which is then commercially viable. Despite the initial investment costs, the system's profitability is maintained through increased oil production. The AACPE process could potentially produce significant amounts of hydrogen, reducing carbon emissions in OPEC-plus and non-OPEC countries. This innovative solution demonstrates the feasibility of utilizing flared gas for sustainable hydrogen production while addressing climate change concerns. The study was supported by grants from the South Korean government, emphasizing the importance of international collaborations in advancing renewable energy solutions.