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S-ME3 is three modules structure, using alternative energy sources such as the steam to heat the wastewater. The boling temperature will be very low under vacuum condition, like 35~40℃. And the vapor coming from wastewater will be cooled down by cooling water to form distillate. And finally, the wastewater will be treated into dry solid crystallization and discharged automatically.

S-ME4 is four module structure thermal crystallizer. It uses steam as energy. There is scraper inside of the boiling chamber to stir the wall continuously. Under the vacuum condition, the wastewaster will boil at 30~40℃. This temperature is close to normal temperature, so it's not easy to scale. With continuous evaporation, the wastewater will be dried up and finally dicharged automatically.

S-ME5 is the five-module structure. The pressure in the boiling chamber is nearly -0.098mpa and the water will boil at a very low temperature like 35℃. It uses alternative energy sources such as steam for heating. Scraper continues to scrap tank wall and mix liquid to prevent crystal condensation in the tank wall, eventually make the waste water be processed into dry powder solid, and automatically discharged.

S-HP1 is single module structure. Is uses the electricity to evaporate and dry the wastewater at 35 ℃ low temperature. The scraper for stiring tank wall and liquid mixing is to prevent crystal condensation in the tank wall, eventually make wastewater into dry powder solid, and automatically discharge dry powder solid.

S-HP2 is double module structure. It uses vacuum pump to vacuumize the air in the boiling chamber, so the wastewater will boil at a very low temperature like 30~40℃. And in this unit, Freon is used for heat exchange. The final product can be solid salt or semi-solid salt. The solid waste will be discharged by the scraper automatically.

S-HP3 is three module structure. The only power is eletricity. At a low temperature of 35℃, the scraper continues to stir the tank wall and waste liquid to prevent the condensation of crystals on the tank wall, and finally treat the wastewater into dry soild waste, and automatically discharged.