The utility model provides a continuous saccharifying device combined with vacuum cooling and water cooling. In view of the current continuous saccharification process, the energy consumption is large, and after saccharification to be cooled to the fermentation temperature, energy consumption is also needed, resulting in high production costs. Continuous saccharification vacuum cooling device and cooling water of the utility model is combined, including vacuum cooling tank, vacuum cooling tank is connected with the saccharification tank through the pipeline, which connects the saccharification tank two cooling tank through a pipeline, wherein the two inner cooling tank is provided with a circulating water pipe of the disc. The water inlet is connected with a circulating water pipe cooling box, the circulating water outlet through a coil pipe connecting the vacuum cooling tank is arranged in the circulating water in the coil two, the circulating water pipe two connected with the hot water tank. The utility model adopts the combination of vacuum cooling and circulating water cooling to recycle the cooling water, thereby reducing the energy consumption and reducing the production cost.
【技术实现步骤摘要】
【技术保护点】
一种真空冷却与水冷结合的连续糖化装置，包括真空冷却罐，所述的真空冷却罐通过管道连接糖化罐，所述的糖化罐通过管道连接二次冷却罐，其特征是：所述的二次冷却罐的内壁设置有循环水盘管一，所述的循环水盘管一的进水口连接冷箱，所述的循环水盘管一的出水口通过管道连接设置在所述的真空冷却罐中的循环水盘管二，所述的循环水盘管二连接热水箱。
【技术特征摘要】
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