As global efforts to reduce greenhouse gas emissions intensify, green e-methanol emerges as a key player in the transition towards sustainability, particularly for challenging sectors like the chemical industry and marine transportation. A recent study by LUT University delves into the cost dynamics of producing and transporting e-methanol, showcasing the significance of solar resources in driving down production costs. Importing e-methanol from regions like Morocco and Chile to energy-demanding European countries presents a cost-effective solution, with potential savings of up to 37% for Finland by 2050. Although challenges exist in securing sustainable CO2 sources for production, utilizing bio-CO2 from industries offers a promising short-term cost reduction strategy. Finland, with its access to bio-CO2 and wind-rich regions, stands as a potential exporter of e-methanol, emphasizing the importance of infrastructure development and energy sovereignty. This research aligns with previous studies on green e-ammonia trading, highlighting the advantages of e-methanol over hydrogen in terms of transportation costs and versatility for various applications. The Methanol Economy emerges as a feasible and crucial concept within the broader energy transition landscape.