Evaporation Equipment for Pulp and Paper Mills
    1. Tube Type Falling Film Evaporator (TFFE)
    2. Tube Type Falling Film Evaporator (TFFE) Tube type falling film evaporator is made up of the heating chamber, distribution tray, separation chamber, mist eliminator, recirculation pipe, support legs, etc. Heating chamber is constructed with tube plates, heating tubes, baffles, shell, etc. Read More
    1. Plate Type Falling Film Evaporator (PFFE)
    2. Plate Type Falling Film Evaporator (PFFE) The plate type falling film evaporator is made up of heating element group, distribution box, mist eliminator, shell and support legs, etc. The heating element group is composed of multiple dimples shaped lamella. Read More
    1. Horizontal Spray Film Evaporator (HSE)
    2. Horizontal Spray Film Evaporator (HSE) The horizontal spray film evaporator consists of heating body, steam inlet box, condensate box, shower pipe, mist eliminator, hot well and slag separator, etc. Read More
    1. Forced Circulation Evaporator (FCE)
    2. Forced Circulation Evaporator (FCE) Forced circulation evaporator adopts additional power to force liquor to circulate, and uses the circulating pump to force the liquor to do cycled heating through the heating pump. After heating, the vapor and liquor are separated in the separation chamber in a high-speed manner to reach the evaporation purpose. Read More
    1. Mechanical Vapor Recompression Evaporator (MVR)
    2. Mechanical Vapor Recompression Evaporator (MVR) Utilizing mechanical vapor compression, the mechanical vapor recompression (MVR) evaporator is specially designed for the efficient treatment of industrial waste effluent. By using this process, the MVC evaporator allows for minimal energy consumption, maximized energy recovery, and low operating costs. Read More
    1. Deactivation System (DAS)
    2. Deactivation System (DAS) Designed for the heat treatment of black liquor, the deactivation system is the process of heating the black liquor to a certain temperature for heat preservation. This process can reduce the viscosity of black liquor and reduce the solubility of calcium and silicate. Read More
    1. Chloride and Potassium Removal System (CPR)
    2. Chloride and Potassium Removal System (CPR) In the kraft chemical recovery process, the accumulation of non-process elements in the system will cause corrosion damage to the equipment, which affects the normal operation of equipment. These non-process elements are mainly chlorine and potassium. The content of chlorine and potassium in the pulping system can be reduced by removing chlorine and potassium from the alkali ash in the alkali recovery boiler. Read More
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Pulping & Paper Making Engineering