Combined external pressurized flow type steam generation device

Abstract

The invention discloses a combined external pressurized flow type steam generation device. The combined external pressurized flow type steam generation device comprises a basic electromagnetic steam generation unit, one or more additional electromagnetic steam generation units and a pressurization device. The basic electromagnetic steam generation unit comprises one or more first heating inner containers, first coils each wound around the corresponding first heating inner container and a first steam bag used for collecting steam generated by the heating inner containers. Each additional electromagnetic steam generation unit comprises one or more second heating inner containers, second coils each wound around the corresponding second heating inner container and a second steam bag used for collecting steam generated by the heating inner containers. The second steam bags communicate with the first steam bag. The pressurization device communicates with the first steam bag. A steam outlet is formed in the first steam bag. According to the combined external pressurized flow type steam generation device, the multiple sets of electromagnetic steam generation units are arranged in parallel, meanwhile, the pressurization device is additionally arranged, and therefore an electromagnetic steam generator can be applied to occasions needing the high evaporation capacity and high-temperature and high-pressure steam.

Description

technical field [0001] The invention relates to the technical field of steam generators, in particular to a combined external pressurized flow type steam generator. Background technique [0002] A steam generating device refers to a device that adds water and heats it to generate high-temperature steam. Existing steam generators are divided into boiler-type steam generators and electromagnetic steam generators according to the heating principle. Boiler-type steam generators use charcoal, coal, etc. as the heat source, while electromagnetic steam generators use electromagnetic induction heating as the heat source. Boiler-type steam generators have the advantages of large heating steam volume and high heating pressure, but due to their low safety performance and high combustion pollution, they have been gradually replaced by electromagnetic steam generators. [0003] However, the electromagnetic steam generating device is limited by factors such as the volume of the electrom...

AI Technical Summary

Problems solved by technology

Boiler-type steam generators have the advantages of large heating steam volume and high heating pressure, but due to their low safety performance and high combustion pollution, they have been gradually replaced by electromagnetic steam generators

[0003] However, the electromagnetic steam generating device is limited by factors such as the volume of the electromagnetic coil and the voltage, and a single electromagnetic steam generating device cannot generate high-pressure and large-flow water vapor, which limits the use of the electromagnetic steam generating device in the environment of large evaporation. usage of

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