Fraunhofer Institute for Microengineering and Microsystems (IMM) has developed a 25 kW diesel reformer designed for maritime applications, aimed at converting onboard diesel fuel into hydrogen-rich gas suitable for fuel cells. This innovative system will be showcased at the upcoming Hydrogen Technology World Expo in Hamburg, where it will undergo a public demonstration. The reformer is specifically engineered for auxiliary power use on ships, addressing the challenge of limited space for large fuel tanks or hydrogen storage.
The device operates by vaporizing liquid diesel and blending it with controlled air, facilitating the conversion process. This technology represents a significant advancement in maritime power generation, particularly in enhancing the efficiency and sustainability of ships. The Fraunhofer IMM emphasizes that this development is a prototype ready for demonstration, rather than a fully commercialized product.
By focusing on the conversion of conventional diesel into a cleaner energy source, this reformer aligns with the growing demand for greener maritime solutions. The project, supported by ZIM under the DIMARIT initiative, highlights the potential for integrating hydrogen technologies into maritime operations, contributing to the overall reduction of emissions in the shipping industry.
