The invention tester body having therein a zone in which a culture apparatus, a culture medium inoculated with bacteria is a strain containing the test vessel and the test vessel location to verify the corrosion resistance of the concrete in a similar biochemical conditions and the sewer environment; A gas supply for supplying gas to the tester main body; It is for the concrete biochemical corrosion artificial accelerated test apparatus which comprises; and a control unit for controlling the pressure of the gas supplied from the gas supply and the internal environment of the tester body. Particularly, the present invention is the testing machine body may further include a bacterial culture political region of politics a culture medium inoculated with bacteria and the cultured strain by separation zone therein. In addition, more particularly, the present invention may provide a biochemical corrosion artificial accelerated test device, it characterized in that the concrete used as a sulfated bacterial strains of the bacterium is inoculated in the culture medium, and supplying the hydrogen sulfide gas. In addition, the present invention test sample preparation steps including the process of a method for verifying a biochemical corrosion of concrete, sterilizing the (a) process the test piece; (B) Preparation positioning the test sample in the test vessel of the artificial biochemical corrosion promoting test apparatus of the concrete; (C) culturing step of culturing the strain in the test body; It provides a biochemical corrosion resistance evaluation method for concrete using biochemical corrosion artificial accelerated test apparatus of the concrete containing and (d) an evaluation step of the test specimen subjected to the culturing step. Specifically, the present invention can provide an evaluation method further comprises a neutralization process of the test samples prepared from the test sample phase. Biochemical corrosion artificial accelerated test devices and biochemical corrosion resistance evaluation method for concrete using the same in the concrete according to the present invention makes it possible practically to evaluate the biochemical corrosion properties of the concrete, like biochemical corrosion taking place in the actual wastewater environment . In other words, by evaluating the present invention in the concrete of the biochemical corrosion artificial facilitate evaluation and sulfur ion permeation rate and the erosion rate, etc. for the sulfated bacteria by culturing the specimens in the sulfated bacterial growth status of the test samples using a test equipment, the old my only outside the growing degree of sulfation sulfuric acid bacterium of concrete specimens in a manner that will be evaluated individually evaluated in a comprehensive and practical concrete biochemical corrosion resistance. Artificial accelerated test equipment, biochemical corrosion, sulfur bacteria, culture, environment, sewer, concrete