Secondary steam, through the compressor compression, pressure and temperature can be increased, enthalpy increased, is sent to the heating chamber of the evaporator as heating steam, that is, raw steam, so that the material liquid to maintain the evaporation state, and the heating steam itself will be heat transfer to the material itself condensed into water. In this way, the original steam to be discarded is fully utilized, recovering the latent heat and improving the thermal efficiency
MVR process is an advanced evaporation process, which has greater advantages compared with the traditional evaporation method, and can realize the conversion of electrical energy as well as heat energy.
First of all, the energy-saving effect of MVR evaporation process is obvious. In the whole process of equipment work, it can convert heat energy into electric energy, and realize the purpose of resource recycling, and continuously improve the efficiency of work, at the same time, in the whole process of equipment work, there is no need to add extra steam, so the amount of energy used is lower than the traditional evaporator.
The MVR equipment is simple to operate. The whole MVR equipment covers a relatively small area, and the operation is simple, therefore, the professional and technical level of the operator for the process is relatively low, just need to ensure the stable operation of the system through simple operation.
in the whole system, the capital investment is relatively small, because the energy input of the equipment is low, especially when the temperature is lower than 40 ℃, there is no need to use refrigeration equipment, the overall thermal sensitivity of the equipment is very suitable, therefore, save a lot of money investment, very conducive to the application in many chemical industry.
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