MVR, short for mechanical vapor recompression, is an energy-saving technology to reduce the demand for external energy by means of reutilizing the secondary steam energy it generated. Its basic principle is that the secondary steam generated by the evaporator is compressed with high energy efficiency steam compressor to convert the electrical energy to thermal energy, then rise in pressure and temperature of the secondary steam and the temperature risen returns the secondary steam to the evaporator to heat the materials and generate evaporation, so as to realize recycling of latent heat of vaporization of secondary steam.

MVR Evaporation&Crystallization - takes use of the process of compressing the secondary vapor (low temperature, low pressure) from the evaporation process so as to increase its temperature and pressure, and then reuse it as a heat source to heat the liquid to be evaporated, thereby achieving the purpose of recycling the vapor. The function of MVR is to improve the quality of the vapor without creating energy.

Heat pump distillation is the process of pressurizing and heating the steam at the tower top to a higher grade by external power, which serves as a reboiler heat source at the tower bottom to recover the latent heat of the steam at the tower top.

By consuming a small amount of electrical energy, low-grade (low temperature and low pressure) steam is compressed into high-grade (high temperature and high pressure) steam through a steam compressor, which achieves efficient utilization of steam, reduces the cost of steam usage and cooling water consumption in enterprises, and also solves the contradiction between exhaust steam costs and insufficient medium and low pressure steam in some production enterprises.

The complete set of pneumatic technology for this product is imported from foreign mature stage model and design software so that we can provide clients with fast and optimal model selection. The products can be divided into 18 series, with applicable flow rate of 1-240 t/h and temperature rise of 8-24℃.

The complete set of pneumatic technology for this product is imported from foreign mature stage model and design software so that we can provide clients with fast and optimal model selection. The products can be divided into 18 series, with applicable flow rate of 1-240 t/h and temperature rise of 8-24℃.

The product is suitable for flow range of 1.5-15t/h, temperature rise of 8-20℃ and maximum power of 500kW.

The magnetic steam compressor is a kind of turbine equipment using magnetic bearing. Its main structure is that the impeller is directly mounted onto the motor shaft extension end, and the rotor is suspended vertically on the active magnetic bearing, without speed increasing box and coupling. It is directly driven by a high- speed motor.

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