Improved water reaction device

Abstract

The invention provides an improved water reaction device and belongs to the field belonging to BOIJ / 700 in patent classification number. According to the device, an underwater welding technology, theexisting water reaction technology and a hydraulic press principle are combined to jointly solve the problem of preparation of high-pressure water or supercritical water; specifically, through intermittent discharging, high-voltage electric arc and water reaction metal jointly act on water in a high-pressure container, and the process is controlled by virtue of artificial intelligence; the mode for solving the problem of preparation of high-pressure water or supercritical water is more efficient than the existing water reaction technology and contributes to further simplification and miniaturization of the structure of the water reaction device; and an obvious promotion effect can be brought for obtaining and application of the supercritical water.

Description

[0001] Field [0002] This application relates to the field of high-pressure water preparation, especially supercritical water preparation technology, which belongs to BOIJ / 700 in the patent classification number. Background technique [0003] Supercritical water occupies an important position in modern cutting-edge technology, especially in the application fields of environmental protection and precious metal recovery, but there are still some obstacles in the practical application of this technology. The most important thing is that it is used as a supercritical water preparation device because it is usually Indirect heating methods such as heat conduction are used, so it is difficult for more small and medium-sized enterprises to accept it in terms of its production cost and use cost. This constitutes a technical threshold that prevents this technology from being more effective. Its remarkable practical value, in fact, compared with air pollution, the current situation of w...

AI Technical Summary

Problems solved by technology

[0003] Supercritical water occupies an important position in modern cutting-edge technology, especially in the application fields of environmental protection and precious metal recovery, but there are still some obstacles in the practical application of this technology. The most important thing is that it is used as a supercritical water preparation device because it is usually Indirect heating methods such as heat conduction are used, so it is difficult for more small and medium-sized enterprises to accept it in terms of its production cost and use cost. This constitutes a technical threshold that prevents this technology from being more effective. Its remarkable practical value, in fact, compared with air pollution, the current situation of water pollution is more serious and the demand for its treatment is more urgent, and the sources of water pollution are various, not only related to enterprise production but also to human life Therefore, in order to fundamentally solve the problem of water pollution, it is first necessary to provide some more easily accepted, more miniaturized and efficient governance tools, especially those related to supercritical water, which can make more Many small and medium-sized enterprises can both afford and use the preparation device; the applicant believes that in order to achieve this, the heat conversion technology adopted by the existing supercritical water preparation device should be changed. If the water reaction technology is adopted, the Realize the miniaturization of the device to a greater extent; the so-called water reaction technology or device refers to the technology or device represented by the patent number 201510191262.5, which directly uses water as a chemical reaction medium to participate in heat energy conversion Therefore, its heat conversion efficiency is higher, and the production and use costs of the device are lower, and it is more suitable for miniaturization; but with regard to the existing water reaction device, there are also some problems to be solved, which are mainly manifested in In technical aspects such as its fuel rod and the ignition it brings, the applicant has noticed that if the existing underwater welding technology can be combined with the water reaction technology, the practical value of this technology can be brought into play more effectively. It is not difficult to do this, as long as the previously mentioned fuel rods are improved into discharge fuel rods, of course, the premise of doing this must be to make the discharge process controllable, and this is not considered in the face of the existing artificial intelligence How big a problem is it? Furthermore, as long as the above technical purposes can be effectively implemented, it can be used to solve the problems to be solved in the realization of miniaturization and simplification of supercritical water preparation devices.

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