The invention belongs to the technical field of inorganic membrane reactors and in particular relates to a preparation method for an oxygen permeation-hydrogen permeation-reaction three-effect tubularmembrane reactor for partial methane oxidation hydrogen production. The preparation method comprises the following steps: firstly, preparing a tubular dense ceramic oxygen permeation membrane, a tubular dense ceramic hydrogen permeation membrane and a nickel catalyst; sleeving the tubular dense ceramic oxygen permeation membrane by the tubular dense ceramic hydrogen permeation membrane, mountingone end of the tubular dense ceramic hydrogen permeation membrane on a first sealing head, and filling interlayers of the two tubular membranes with the nickel catalyst; sleeving the hydrogen permeation membrane by a quartz tube, and mounting one end of the quartz tube on the first sealing head; further sealing the quartz tube and the other ends of the two tubular membranes by using second sealingheads, thereby forming a reactor. By adopting the preparation method, deep oxidation of methane can be prevented, real-time separation of hydrogen from carbon monoxide can be achieved, and reaction balance can also be promoted towards a product direction. By adopting the preparation method, the problem that raw material separation, methane reactions and product separation, of a partial methane oxidation reaction, cannot be carried out in a same reactor simultaneously can be solved.