Full-automatic industrial flash evaporator

Abstract

The invention relates to full-automatic industrial flash evaporator. A high-frequency induction power supply is used for continuously transmitting high-frequency signals to a high-frequency induction ring terminal at the time intervals of 3-5 seconds, a flash evaporation disk in a flash evaporation cavity is heated to 500-800 DEG C instantly, a power supply frequency controller is turned on, atomized water is sprayed to the flash evaporation disk through a flash evaporation water jet main pipe, a flash evaporation water distributing pipe and a nozzle at a high speed and a high flow and is evaporated momentarily, high-temperature steam is conveyed outwards continuously, residual gas-liquid two-phase mixed steam in equipment is conveyed into the flash evaporation cabin through a steam return pipe, liquid in two-phase steam liquid flows into a water tank while flowing through the water tank, residual steam enters a helical pipe for performing residual steam re-evaporation heat exchange for heat exchange through the steam return pipe, and the cycle is performed via the formed thermal vacuum and siphon phenomena; and a PLC (Programmable Logic controller) is used for controlling in a full-automatic way in an entire production process. The full-automatic industrial flash evaporator has the advantages of rapid high-frequency induction heating, rapid heating repeatability, recovery of two-phase steam liquid for performing heat exchange circularly, energy saving, zero emission, simple structure, automatic control, high production efficiency and remarkable energy-saving effect.

Description

technical field [0001] The invention belongs to an industrial steam generating system, in particular to a fast energy-saving, sustainable work, simple system structure, easy to control, temperature up to 400 degrees Celsius - 800 degrees Celsius, pressure below 5MPa, rapid steam generation, low energy consumption and large flow , low-cost fully automatic industrial flash evaporator. Background technique [0002] As we all know, at present, steam boilers, electric heating tubes and other technologies are mostly used to manufacture steam in the industrial and steam application fields, which consume a lot of energy and cause different degrees of pollution to the environment. However, steam production takes a long time, consumes huge energy, and has low efficiency. The recycling rate is low, and it is limited by conditions such as safe production, installation site, manufacturing cost, transportation distance and natural wear and tear, resulting in more and more prominent equipm...

AI Technical Summary

Problems solved by technology

[0002] As we all know, at present, steam boilers, electric heating tubes and other technologies are mostly used to manufacture steam in the industrial and steam application fields, which consume a lot of energy and cause different degrees of pollution to the environment. However, steam production takes a long time, consumes huge energy, and has low efficiency. The recycling rate is low, and it is limited by conditions such as safe production, installation site, manufacturing cost, transportation distance and natural loss, resulting in more and more prominent equipment defects

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