English 
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MVR is the abbreviation of Mechanical Vapor Recompression. It uses the secondary steam and its energy generated by the evaporation system itself to upgrade low-grade steam into a high-grade steam heat source through the mechanical work of the compressor. .
• Beverage industry (evaporation of milk, juice, whey, sugar solutions)
• Food and additive industry (evaporation of MSG, soybean, protein emulsion)
• Pharmaceuticals (vitamins, etc.)
• Chemical industry (evaporation, crystallization, purification, concentration)
• Wastewater treatment (salt wastewater, heavy metal wastewater, etc.)
main feature:
1. Due to 100% recycling of the latent heat of secondary steam, the use of fresh steam is completely avoided, thus greatly reducing energy consumption;
2. Due to the elimination of circulating cooling water, the problems of water consumption, power consumption and high maintenance costs caused by the cooling tower are greatly reduced;
3. For heat-sensitive materials, a vacuum pump can be used, which can be carried out under a vacuum close to absolute pressure, thereby achieving low-temperature evaporation (Note: For conventional evaporation, generally if the evaporation temperature is lower than 50 degrees, it will be difficult to design Multi-effect evaporation, even if it can be done, its energy consumption will be greatly increased);
4. Compact structure, smooth operation and high degree of automation;
5. Although the initial investment amount is high, the return on investment is high, generally 1.5 to 2 years, and no more than 3 years at most.
MVR is the abbreviation of Mechanical Vapor Recompression. It uses the secondary steam and its energy generated by the evaporation system itself to upgrade low-grade steam into a high-grade steam heat source through the mechanical work of the compressor. .
• Beverage industry (evaporation of milk, juice, whey, sugar solutions)
• Food and additive industry (evaporation of MSG, soybean, protein emulsion)
• Pharmaceuticals (vitamins, etc.)
• Chemical industry (evaporation, crystallization, purification, concentration)
• Wastewater treatment (salt wastewater, heavy metal wastewater, etc.)
main feature:
1. Due to 100% recycling of the latent heat of secondary steam, the use of fresh steam is completely avoided, thus greatly reducing energy consumption;
2. Due to the elimination of circulating cooling water, the problems of water consumption, power consumption and high maintenance costs caused by the cooling tower are greatly reduced;
3. For heat-sensitive materials, a vacuum pump can be used, which can be carried out under a vacuum close to absolute pressure, thereby achieving low-temperature evaporation (Note: For conventional evaporation, generally if the evaporation temperature is lower than 50 degrees, it will be difficult to design Multi-effect evaporation, even if it can be done, its energy consumption will be greatly increased);
4. Compact structure, smooth operation and high degree of automation;
5. Although the initial investment amount is high, the return on investment is high, generally 1.5 to 2 years, and no more than 3 years at most.
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