Amidst the global shift towards clean energy and sustainable practices, the methanol-to-hydrogen technology is emerging as a vital player in the hydrogen energy industry, showcasing immense potential and market value. This innovative technology operates on the principle of converting methanol into hydrogen and carbon dioxide through specific catalytic reactions, offering a cost-effective and environmentally friendly hydrogen production method. One of the core advantages of methanol-to-hydrogen technology is its versatility and ease of use. Methanol, derived from fossil resources and biomass, provides a low-cost raw material for hydrogen production. Additionally, methanol's liquid state at normal conditions enables convenient storage and transportation, eliminating geographical restrictions on hydrogen production. The applications of methanol-to-hydrogen technology in the transportation sector are diverse and impactful. From fueling cell vehicles to powering forklifts and revolutionizing hydrogen refueling stations, this technology ensures a stable and efficient hydrogen source, enhancing safety and environmental protection. Several prominent enterprises like China Hydrogen New Energy, Hefei NaHydrogen, and Guangdong Ncreator have pioneered the development of methanol-to-hydrogen equipment, achieving impressive results in efficiency and sustainability. Their innovations not only drive the hydrogen energy industry forward but also contribute significantly to global energy transition efforts and sustainable development goals.