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The raw material water is heated by the industrial steam in the first effect preheater, and after entering, the various effect preheaters are further heated by the secondary steam; the condenser is heated by the secondary steam and the distilled water; and then the water separator is uniformly distributed on the top of the evaporator. Distribution into the evaporation column, forming a film-like water flow in the evaporation column; these water streams are quickly evaporated due to thinness, generating secondary steam; raw water that has not been evaporated is transported to the next effect, as a secondary effect evaporator Raw material water, similar in effect in the future, does not evaporate into the next effect, until after the Zui effect is still not evaporated, will be discharged as condensed water; the evaporated raw material water, now secondary steam, continue in The evaporator rises spirally, enters the pure steam pipeline through the special separation device in the middle and upper part, and acts as the secondary heat source; the secondary steam condenses into distilled water after the secondary effect is absorbed by heat; the effect process is similar to this. The distilled water and the secondary secondary steam are collected by the condenser, and exchange heat with the cooling water and the raw material water to be cooled to become distilled water; after the on-line detection of the conductivity, the qualified distilled water is used as the injection.
The secondary steam converted from raw water is clean steam, which undergoes three separations: after entering the evaporator at the beginning of the Zui, it flows down the column tube and simultaneously evaporates, which is * times separation; the evaporated raw water (secondary Steam) is folded back 180 degrees at the lower end of the evaporator, and the impurities are separated into the lower part by gravity. This is the second separation; the evaporated raw water, ie the secondary steam, continues to spiral up in the evaporator to the middle. At the upper special separation device, a third separation is performed. The cooling water is only passed through the condenser, and the distilled water and the secondary secondary steam generated by each effect are cooled. The industrial steam heats the raw material water in an evaporator and a preheater, and the heat is absorbed and becomes condensed water discharged outside the machine. In the condenser, there is a part of gas which cannot be condensed into water, which is called a non-condensable gas, and this part of the gas will be removed by a discharge device installed at the upper portion of the condenser. Depending on the model, a continuous discharge of non-condensable gas may also be provided on each effect evaporator. 
1. Industrial steam 2. Condensate discharge 3. Concentrated water discharge 4. Cooling water out 5. Distilled water 6. Cooling water into 7. Raw material water in 8. Non-condensable gas discharge MS-S series distilled water machine working principle MS-S series The process of the multi-effect distilled water machine is as follows:
The raw water is heated by the industrial steam condensate in the first effect preheater, and then the various effect preheaters are heated by the secondary steam condensate (distilled water); the condenser is heated by the secondary steam and the distilled water; then at the top of the evaporator Through the water dividing device, it is evenly distributed into the evaporation tube, and a film-like water flow is formed in the evaporation tube; these water streams are quickly evaporated due to the thinness, and secondary steam is generated; the raw water that has not been evaporated is transported to the next effect. As the raw material water of the secondary effect evaporator, the subsequent effects are similar. If the effect is not evaporated, the effect will be discharged as condensed water; the evaporated raw material water, now It is a secondary steam, which continues to spiral up in the evaporator, passes through the middle and upper special separation device, enters the pure steam pipeline as a secondary heat source; the secondary steam condenses into distilled water after the secondary effect is absorbed by heat; Similarly, the distilled water of each effect and the secondary steam of the last effect are collected by the condenser, and exchange heat with the cooling water and the raw material water to be cooled to become distilled water; the on-line detection of conductivity is performed.
The secondary steam converted from raw water is clean steam, which undergoes three separations: after entering the evaporator at the beginning of the Zui, it flows down the column tube and simultaneously evaporates, which is * times separation; the evaporated raw water (secondary Steam) is folded back 180 degrees at the lower end of the evaporator, and the impurities are separated into the lower part by gravity. This is the second separation; the evaporated raw water, ie the secondary steam, continues to spiral up in the evaporator to the middle. At the separation device, a third separation is performed.
The cooling water is only passed through the condenser, and the distilled water and the secondary secondary steam generated by each effect are cooled. The industrial steam heats the raw material water in the *effect evaporator, and the condensed water heats the raw material water in the *effect preheater, and the heat is absorbed and becomes the condensed water discharged outside the machine. In the condenser, there is a part of gas which cannot be condensed into water, which is called a non-condensable gas, and this part of the gas will be removed by a discharge device installed at the upper portion of the condenser. Depending on the model, such a non-condensable gas continuous discharge device may also be provided on each effect evaporator. 
1. Industrial steam 2. Condensate water discharge 3. Concentrated water discharge 4. Cooling water outlet 5. Distilled water 6. Cooling water inlet 7. Raw material water inlet 8. Non-condensable gas discharge Different from S series and T series The separation form adopted by the S series is slightly simple. The T series adopts the proprietary separation form of Huatong.
Product specifications and models range: T-type has better performance in large models. See the product selection table for different heating sources for preheater. S series uses water to provide heat source, and T series uses steam. Provide a heat source.
MS-T series distilled water machine working principle
The process of the MS-T series multi-effect distilled water machine is as follows:
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