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  • Help enterprises improve product quality and reduce energy consumption and costs.

    Shanghai Princose Energy Technology Co. Ltd.

    Organic Acids

    Organic acids encompass both natural and synthetic types. MVR evaporators, plate evaporators for organic acid evaporation and concentration, and multi-effect evaporators can significantly enhance thermal efficiency and reduce energy consumption, providing notable economic benefits in organic acid concentration.

    Characteristics of Plate Evaporators in the Organic Acid Industry

    High Efficiency and Energy Saving

    The evaporator employs thermal energy recycling technology, where the secondary steam generated during evaporation is compressed to increase its pressure, temperature, and enthalpy, and then reused as a heat source to heat the material that needs to be evaporated. This greatly reduces energy consumption and operating costs. Compared to traditional evaporators, energy consumption is only one-third to one-half, resulting in remarkable energy savings.

    Improved product quality

    The application of evaporators in the organic acid industry can also improve product quality. By precisely controlling evaporation temperature and pressure conditions, degradation and deterioration of heat-sensitive components in fermentation products during evaporation can be avoided, thereby maintaining the excellent quality of the products.

    Broad Application Scope

    Evaporators are suitable for various types of organic acid products, such as organic acids, organic acid salts, and sugar alcohols.

    Environmental Protection and Emission Reduction

    The use of evaporators in the organic acid industry helps reduce environmental pollution. MVR plate evaporators do not require cooling water, thus minimizing wastewater discharge.

    Compact Footprint

    MVR plate evaporators feature a compact structure and occupy a small footprint, making them highly suitable for fermentation workshops with limited space. This facilitates equipment layout and accommodates spatial constraints in fermentation workshops.

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