The Chilean project, led by Fraunhofer Chile, aims to produce methanol and dimethyl ether (DME) from green hydrogen and captured carbon dioxide through the Power-to-MEDME initiative. These alternative fuels are designed to assist industries in decarbonization efforts, particularly in sectors like mining. Discussions are underway for the development and commercialization of the project, with plans to engage energy and mining companies for pilot plant construction. The initiative could offer a solution for reducing carbon emissions from diesel-powered engines by providing a cleaner fuel alternative, DME, which has proven effective in heavy truck and boiler applications. Moreover, the project aligns with the global trend towards clean energy adoption, with miners exploring options like 24/7 renewable energy contracts to lower their carbon footprints. The partnership between Fraunhofer Chile and Germany's RWTH Aachen University in retrofitting dump truck engines further underscores the industry's shift towards decarbonization. On a broader scale, Bavaria's investment in hydrogen technologies reflects a future-oriented approach, with the region targeting carbon neutrality by 2040. The anticipated rise in demand for green hydrogen and its derivatives from 2030 onwards suggests a growing interest in clean energy solutions across sectors such as mobility, petrochemicals, and power generation. The upcoming industry conference, Hydrogen Dialogue Chile + Lithium 2025, will serve as a platform for stakeholders to discuss advancements in hydrogen technologies, emphasizing the potential of projects like Power-to-MEDME in driving the transition towards sustainable energy practices.