DTU researchers have successfully implemented a groundbreaking method for producing green methanol from biogas, marking a significant milestone in renewable energy production. The traditional process of producing green methanol involves adding hydrogen obtained through electrolysis, which is costly due to the required electricity supply. However, DTU's new method bypasses the need for hydrogen addition, utilizing biogas and CO2 to produce high-purity methanol. The innovative catalyst developed by DTU researchers overcomes deposition issues, allowing for efficient conversion of biogas to synthesis gas. This process not only eliminates the need for externally sourced hydrogen but also enables the recycling of CO2 in methanol production, enhancing overall efficiency. This flexible technology caters to small biogas plants, offering a viable solution for converting biogas into methanol instead of burning it for heat or electricity. By adapting to changing needs and feed gases, the methanol plant ensures optimal utilization of biogas components, contributing to sustainability and cost-effectiveness. Furthermore, the storage of methanol provides a practical solution for biogas plants unable to dispose of gas into the grid. While green methanol production from biogas is currently more expensive than traditional methods, implementing potential taxes on conventional methanol could level the playing field and drive the competitiveness of green methanol. The successful demonstration of a 400-liter daily production capacity methanol plant signifies a significant advancement in transitioning towards sustainable and eco-friendly energy sources.