Biogas applications have a great potential to significantly contribute to the Energy Strategy 2050 of Switzerland. However, some challenges such as biogas upgrade/purification and issues related to its transportation to remote sites certainly prevent the full potential exploitation. Especially power-to-liquid technologies, which provide bioenergy with high energy density, can be used to convert gas into liquid fuels, circumventing these issues. But in the majority of these technologies additional H2 infrastructure, electrolyzers, and harsh operation conditions (high temperatures and pressures) are required. In this direction, biobased methanol is an excellent platform alternative to replace fossil products, either inchemistry or for combustion processes and even electrochemical applications such as fuel cells and aviation fuels. Additionally, biobased fuels emit less SOx, NOx, and particulate matter during combustion. However, most processes nowadays need electric power to provide hydrogen, which is subsequentially converted with CO2 to methanol at high pressure and temperature. This proposal suggests a novel technology to convert biogas directly into biomethanol with no use of H2 or H2infrastructure such as costly electrolyzers and that under very mild operation conditions. Having that in mind, one of the biggest advantages of the process is that bio-based residual CO2, usually emitted,can be upcycled, offering an important negative CO2 balance to the biosector.