Molten medium natural gas hydrogen production reactor carbon discharge mechanism and post-treatment process thereof

Abstract

The invention provides a molten medium natural gas hydrogen production reactor carbon discharge mechanism. The mechanism comprises a liquid metal high-temperature pyrolysis methane hydrogen production system body, a carbon collection chamber, a carbon discharge cavity, a collecting pipe, a push rod, an air cylinder, a cyclone separator, a bag-type dust collector, a rinsing tank and a pickling tank, wherein the carbon collection chamber, the carbon discharge cavity, the collecting pipe, the push rod, the air cylinder, the cyclone separator, the bag-type dust collector, the rinsing tank and the pickling tank are mounted together and are connected with a chamber, an exhaust pipe, a filter, a gas separator and the like of the body of a system for producing hydrogen by cracking methane at high temperature through liquid metal; and the treatment process of the molten medium natural gas hydrogen production reactor carbon discharge mechanism comprises five steps. Under the combined action of related mechanisms, carbon gas separation, dust removal, water washing and acid pickling can be achieved through multiple steps, obtained carbon can be directly used in other production fields, the application value of a hydrogen production reactor is maximized, and the defect that by-product carbon generated by methane hydrogen production cannot be effectively treated and utilized in the prior art is overcome.

Description

Technical field [0001] The present invention relates to hydrogen preparation auxiliary equipment and application methods, in particular, a melt medium natural gas hydrogen reactor charcoal discharge mechanism and subsequent processing processes. Background technique [0002] Due to the rapid increase in global energy demand, non-renewable energy such as fossil fuels faces the risk of depletion, and the impact of fossil fuel to the environment is not neglected, so the development and utilization of new energy becomes increasingly urgent requirements. In numerous new energy fuels, hydrogen is used as energy fuel, which is considered to be ideal cleaning high-energy fuel, which is increasingly concerned about people. However, in the prior art, there is still difficult to use hydrogen energy in life and production due to high production costs in life and production. Therefore, research and development is more advanced, new hydrogen process technology is an important guarantee for sol...

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Problems solved by technology

[0003] Although a liquid metal high-temperature pyrolysis methane hydrogen production system has achieved a technological breakthrough in methane hydrogen production, but due to technical limitations, it only collects the by-product carbon and treats it as waste without further processing of carbon. Carbon also has high industrial application value. Therefore, it is particularly necessary to provide a treatment mechanism and application method that can effectively process and recover the by-product carbon produced by methane hydrogen production in combination with a liquid metal pyrolysis methane hydrogen production system.

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