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近年来,蒸汽蓄热器作为一个有效的节能设备,逐渐在各地广泛采用,由于蓄热器能对用汽负荷进行削峰填谷的平衡调节,这对用汽负荷变动较大的造纸、酿造、印染等行业能显著节能,节能量可在6—10％间。但蓄热器也有着其结构上的特点,这即是体积和占地面积较大,耗钢量较多,如:一台30M~3的蓄热器,其占地面积约20M~2左右,耗钢量为8～9吨;一台50M~3的蓄热器,其占地面积需30M~2左右,耗钢量为13—15吨。因此,合适核算蓄热器的容积,在达到调荷的前提下,使其容积尽可能小些,这对蓄热
In recent years, as an effective energy-saving device, steam accumulators have been widely used in various places. Because the heat accumulators can balance the peak loads and fill the valleys with the steam load, it is important for papermaking and brewing where the steam load changes greatly. , Printing and dyeing and other industries can significantly save energy, energy savings can be between 6-10%. However, the regenerator also has its structural characteristics, which is the larger volume and area, the more steel consumption, such as: a 30M~3 regenerator, the area of about 20M~2 The consumption of steel is 8 to 9 tons; a 50M~3 regenerator has an area of about 30M~2 and a steel consumption of 13 to 15 tons. Therefore, the volume of the regenerator is properly accounted for, and under the premise of adjusting the charge, the volume of the regenerator is made as small as possible.