In recent decades, with the increasing concerns about environmental issues and the pursuit of sustainable energy development, methanation catalysts have emerged as a crucial technology in the context of environmental protection.
In the modern energy landscape, the development and utilization of efficient hydrogen production technologies have become a focal point, and Cu-based methanol-to-hydrogen catalysts have emerged as a remarkable solution with far-reaching significance.
Due to the high exotherm of reaction , proper instrumentation and safety measures always need to be put in place to assure full control of the reaction.