Technological Characteristics of Catalysts for Hydrogen Production via Methanol Cracking
2020.05.08
As a manufacturer of catalysts for hydrogen production from methanol cracking, Suzhou Jiarui Gas is here to share the technological characteristics of hydrogen production via methanol cracking:
1. The cracking and reforming of methanol steam over a dedicated catalyst are completed in one step.
2. Pressurized operation is adopted. The generated reformed gas can be directly fed into a pressure swing adsorption separation unit without further compression, reducing energy consumption.
3. Compared with the electrolysis method, power consumption is reduced by more than 90%, production cost can be lowered by 40–50%, and hydrogen purity is high. Compared with coal gasification, this process features simpler equipment and more convenient, stable operation. Although coal gasification has slightly lower raw material costs, it involves a long process flow, high investment, heavy pollution, numerous impurities, and requires desulfurization and purification, making it unsuitable for small and medium‑scale plants.
4. The dedicated catalyst features high activity, good selectivity, low operating temperature, and long service life.
5. Heat transfer oil is used as a circulating heat supply medium, which meets process requirements while achieving low investment, low energy consumption, and reduced operating costs.
The above are the technological characteristics of catalysts for hydrogen production from methanol cracking, compiled and released by Suzhou Jiarui Gas, a manufacturer of such catalysts.
Suzhou Jiarui Gas System Co., Ltd. is a technology‑oriented enterprise specializing in the research and development of gas separation and purification technologies. All its technologies have reached advanced domestic levels. Both product quality and after‑sales service have been highly praised by users. We look forward to cooperating with you.