A pipeline reactor for power preparation of new energy vehicles

Abstract

The invention discloses a pipeline reactor for power preparation of a new-energy automobile. The pipeline reactor comprises a reaction pipe, a first cover plate arranged at one end of the reaction pipe, and a material holding component arranged in the reaction pipe, wherein the sidewall of the reaction tube is provided with a gas conveying pipe; a first valve is arranged in the gas conveying pipe;the first cover plate is detachably connected with the reaction pipe, and is provided with a gas inlet pipe; the gas inlet pipe is provided with a second valve; a mounting block is arranged in the reaction pipe; a first connecting block is arranged on the inner wall of the reaction pipe; the mounting block is fixedly connected with the first connecting block; a threaded heating pipe is arranged on the mounting block; the material holding component is arranged on the threaded heating pipe; the mounting block is provided with a driving motor for driving the material holding component to rotate;and the material holding component holds a copper oxide solid.

Description

technical field [0001] The invention belongs to the technical field of new energy vehicles, and in particular relates to a pipeline reactor for power preparation of new energy vehicles. Background technique [0002] Hydrogen is not only an important industrial raw material and reducing agent, but also an essential fuel for fuel cells. With the promotion and popularization of fuel cells and fuel cell vehicles entering the mature market, the consumption of hydrogen will also increase at an alarming rate. At present, industrial hydrogen production uses water vapor to pass through the hot carbon layer to produce hydrogen. After the water vapor reacts with the carbon layer, carbon monoxide and hydrogen are generated. The traditional method of separating carbon monoxide is low-temperature separation, which cannot be utilized for carbon monoxide gas. Subsequent operations continue to discharge carbon monoxide after treatment, which increases the cost of hydrogen production. Cont...

AI Technical Summary

Problems solved by technology

At present, industrial hydrogen production uses water vapor to pass through the hot carbon layer to produce hydrogen. After the water vapor reacts with the carbon layer, carbon monoxide and hydrogen are generated. The traditional method of separating carbon monoxide is low-temperature separation, which cannot be utilized for carbon monoxide gas. Subsequent operations continue to discharge carbon monoxide after treatment, increasing the cost of hydrogen production

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