The multi-effect plate MVR evaporation system is an efficient and energy-saving evaporation system that combines multi-effect evaporation with mechanical vapor recompression (MVR). Multi-effect evaporation divides the evaporation process into multiple stages, with each stage utilizing the steam generated from the previous stage as a heat source, thereby reducing the demand for external heat sources. On the other hand, MVR evaporation involves using a vapor compressor to compress the secondary steam generated during the evaporation process, increasing its temperature and pressure, and then reusing it as a heat source for the evaporation process. The combination of these two technologies can significantly reduce energy consumption and improve evaporation efficiency.
The material is preheated through a preheater before entering the evaporator.
Inside the evaporator, the material exchanges heat with heating steam and evaporation occurs. The gas-liquid mixture then enters a separator for gas-liquid separation.
The generated secondary steam is compressed by a compressor to increase its pressure and temperature.
The compressed steam is sent back to the evaporator to serve as heating steam, achieving cyclic utilization.
The multi-effect plate MVR evaporation system can fully utilize the latent heat of steam, reducing the demand for external heat sources and thus achieving high efficiency and energy saving.
Due to reduced consumption of external heat sources and wastewater discharge, this system contributes to environmental protection and sustainable development.
With an advanced PLC automation control system, remote monitoring and operation can be achieved, lowering the difficulty and labor intensity of manual operations.
This system is suitable for treating various types and concentrations of solutions, demonstrating strong adaptability and flexibility.
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