The MVR technology is skillfully combined with plate preheaters and tube heat exchangers to form a unique evaporative crystallization system. The plate preheater utilizes its efficient heat transfer performance to preheat the material; The tubular heat exchanger further ensures the evaporation and crystallization process of materials through its stable heat transfer effect. The plate-tube combined MVR evaporator can be combined into double-effect, triple-effect, quadruple-effect, etc. The system operation mode can be manual, semi-automatic, fully automatic, etc.
The biggest feature of multi-effect evaporator is its high efficiency and energy saving. By fully utilizing the energy of secondary steam, the energy consumption of multi-effect evaporators is more than 30% lower than that of single-effect evaporators.
The structure of the multi-effect evaporator is relatively compact, with a small footprint. Due to its use of a multi-stage evaporator in series, the equipment is smaller in size, which allows it to better coordinate with other equipment during production and improve production efficiency.
The multi-effect plate-tube evaporator is equipped with an automated control system, making operation simple and convenient.
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The project scope ranges from experimental testing of material parameters, to determination of process plans, to drawing, procurement, manufacturing, installation, debugging, training, and ultimately equipment delivery
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