Reforming hydrogen production reactor of micro-bump structure with annular array

Abstract

The invention discloses a reforming hydrogen production reactor of a micro-bump structure with an annular array. The reforming hydrogen production reactor is composed of an inlet cover plate, an evaporation unit, a reaction carrier unit, a heating unit and an outlet cover plate which are stacked up from top to bottom in sequence, wherein reaction fluid flows into the micro-bump structure of the annular array through a plurality of inlets which are arranged into a circle and flows out from the center of circle, so that the distribution uniformity of the reaction fluid in the reaction carrier is improved, and the reaction efficiency of the reactor is favorably improved; the micro-bump structure of the annular array is used as the reaction carrier for the reforming hydrogen production reactor, so that the specific surface area of the reactor is increased, and meanwhile the heat transfer and mass transfer performance of the reaction are improved; the reforming hydrogen production reactor has a compact structure, is convenient to mount and lower in cost, can be widely used in the field of reforming hydrogen production of various alcohols such as hydrocarbon, methanol and alcohol.

Description

technical field [0001] The invention relates to a reforming hydrogen production reactor, in particular to a reforming hydrogen production reactor with an annular array micro-protrusion structure. technical background [0002] Today, with the rapid development of industrial economy, energy shortage and environmental pollution have become major challenges facing human beings. On the one hand, oil and coal resources are becoming increasingly depleted, and human beings need efficient and reliable energy for their future survival and development; on the other hand, environmental pollution caused by the use of traditional resources such as oil and coal also needs to be improved urgently. Therefore, the development of clean and efficient energy has drawn increasing attention from countries all over the world. Hydrogen energy has become the focus of new energy due to its high combustion calorific value, no polluting products, and a wide range of sources. Vigorously developing hydro...

AI Technical Summary

Problems solved by technology

However, the reaction fluid of this reactor flows in from one inlet and flows out from an outlet on the other side, and the distribution of the reaction fluid in the reaction carrier will still have a high degree of inhomogeneity.

[0005] In summary, the existing reforming hydrogen production reactors generally have the disadvantage of low flow rate distribution uniformity

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