In the routine operation of hydrogen production from natural gas, where are the areas most prone to problems?

In the routine operation of hydrogen production from natural gas, the most common problems include the following: 1. Safety issues: Natural gas is a flammable and explosive gas, and there is a risk of fire or explosion due to leaks or accumulations during operation. Solution: Ensure the integrity of equipment and pipelines, conduct regular inspections and maintenance, to guarantee the safe transportation and storage of gases. 2. Reaction temperature control issue: The hydrogen production reaction from natural gas needs to take place within a specific temperature range; temperatures that are too high or too low can affect the efficiency of the reaction as well as the quality of the hydrogen produced. Solution: Ensure stable and uniform reaction temperatures by controlling the feed and reactor temperatures, as well as by using appropriate heat transfer equipment and control systems. 3. Catalyst deactivation issue: The catalysts used in the reaction process may become deactivated for various reasons, resulting in a decrease in hydrogen production efficiency. Solution: Regularly replace the catalyst, optimize the reaction conditions, and prevent the catalyst from being contaminated or sintered. 4. Operational error issue: Improper operation by the operators can lead to equipment damage or unstable reactions. Solution: Provide adequate training and safety operation guidelines to ensure that operators are familiar with the equipment and production processes, and strictly enforce operating procedures. In summary, when producing hydrogen from natural gas, it is necessary to pay attention to aspects such as ensuring gas safety, controlling reaction temperature, catalyst management, and proper operation, in order to reduce operational risks and ensure the normal functioning of the process. .

An imbalance in the water-to-carbon ratio can easily lead to coking of the converter； Control of the drum liquid level, and so on.

Protecting the furnace means protecting the equipment. Just remember that. All hydrogen production plant furnaces are the core.

Heat the furnace properly; avoid overheating and overpressure