Pharmaceutical wastewater single effect evaporator crystallizer

Single effect evaporator for pharmaceutical wastewaterApplication industry:

Suitable for industries such as pharmaceuticals, biology, food, and chemicals, it is mainly used for terminal treatment of saline wastewater and is a commonly used equipment in environmental protection systems.

Single effect evaporator for pharmaceutical wastewaterfunction:

The wastewater evaporator can effectively evaporate up to 100t/h of water during use. Under normal operation, the system only uses electricity. The energy consumption of the wastewater evaporator for evaporating one ton of water is 100KW. h, and the operating cost of the equipment is 1/8 of that of multi effect evaporation.

So far, the use of wastewater evaporators is relatively energy-saving, with small temperature differences in equipment heating and short residence time in the equipment, making it very suitable for heat sensitive materials. The entire equipment has a compact structure and small footprint, which can effectively achieve automatic operation through its central processing unit.

The wastewater evaporator can operate continuously and stably for a long time. The main feature of the equipment is the steam compressor, which can effectively increase the temperature and pressure of its steam through mechanical compression. Different types of steam compressors can be selected according to their compression and air volume requirements.

The speed of the wastewater evaporator is adjusted by a frequency converter, which can effectively adjust its compression speed according to its actual needs during use. The compressor is equipped with temperature monitoring probes and vibration probes, which can effectively ensure the long-term normal operation of the equipment.

The wastewater evaporator is an equipment that effectively concentrates the solution or directly precipitates grains in the solution through heating during use. The equipment mainly consists of an evaporation chamber and a heating chamber. The equipment effectively provides the heat required for evaporation to the liquid, effectively causing the liquid to boil and vaporize.

The secondary steam coming out of the wastewater evaporator is effectively compressed by its compressor, causing an increase in temperature and pressure in the equipment. After the increase in enthalpy, it is effectively sent to the heating chamber of the evaporator as heating steam, which can maintain the boiling state of the feed liquid.