The utility model discloses a system for heat recovery to increase raw material concentration, including a hot blast stove, an atomizer, a cyclone separator, an induced draft fan, a spray device, a recovery buffer device, a raw material liquid storage device, a hot blast stove connected with an inlet of the atomizer, a inlet port of the atomizer connected with a raw material liquid storage device, an outlet port of the atomizer connected with the inlet port of the cyclone separator, and an air outlet connected with an inlet port of the cyclone separator. The air inlet of the machine is connected with the circulation outlet of the cyclone separator, the air outlet of the induced draft fan is connected with the first inlet outlet of the spraying device, the second inlet outlet of the spraying device is connected with the material liquid storage device, the outlet outlet of the spraying device is connected with the material liquid storage device, the circulation outlet of the spraying device is connected with the recovery buffer device, and the outlet outlet of the recovery buffer device is connected with the material liquid storage device. The raw material liquid storage device is provided with a concentration detection sensor. The utility model solves the problems of waste of raw materials, low efficiency of recycling raw materials and affecting the quality of finished materials in the prior art, realizes full recovery of raw materials and waste heat of raw materials, improves recovery efficiency, and improves the stability of the quality of finished materials.
【技术实现步骤摘要】
热回收提高原料浓度系统
本技术涉及化工产品制备与回收的
,特别涉及一种热回收提高原料浓度系统。
技术介绍
现有技术中制备减水剂等化工产品物料的流程一般为:雾化器在热风炉输送的热风作用下,将原料液输出为粉状固态物料,粉状物料被输送至分离器,在分离器的作用下分为物料成品和带有部分物料的气体。带有物料的气体一般会进行回收或者排放掉,带有物料的气体排放掉会造成资源的浪费,增加了制备成本,不符合节约环保、循环再利用的号召;对带有物料的气体进行回收,一般情况下是通入到原料液中进行回收,该回收方式回收效率低。
技术实现思路
针对以上缺陷,本技术的目的是解决现有技术中制备物料成品时对原料的浪费或回收原料效率低的问题,本技术提供了一种回收原料及原料余热、提升物料成品质量稳定性的热回收提高原料浓度系统。为了实现上述目的,本技术的技术方案是:热回收提高原料浓度系统,包括热风炉、雾化器、旋风分离器、引风机、喷淋装置、回收缓冲装置、原料液存储装置,所述热风炉与所述雾化器的进风口连接,所述雾化器的进料口与所述原料液存储装置连接,所述雾化器的出料口与所述旋风分离器的进料口连接,所述引风机的进风口 ...
【技术保护点】
1.热回收提高原料浓度系统,其特征在于,包括热风炉、雾化器、旋风分离器、引风机、喷淋装置、回收缓冲装置、原料液存储装置,所述热风炉与所述雾化器的进风口连接,所述雾化器的进料口与所述原料液存储装置连接,所述雾化器的出料口与所述旋风分离器的进料口连接,所述引风机的进风口与所述旋风分离器的循环口连接,所述引风机的出风口与所述喷淋装置的第一进料口连接,所述喷淋装置的第二进料口与所述原料液存储装置连接,所述喷淋装置的出料口与所述原料液存储装置连接,所述喷淋装置的循环口与所述回收缓冲装置连接,所述回收缓冲装置的出料口与所述原料液存储装置连接。
【技术特征摘要】
1.热回收提高原料浓度系统,其特征在于,包括热风炉、雾化器、旋风分离器、引风机、喷淋装置、回收缓冲装置、原料液存储装置,所述热风炉与所述雾化器的进风口连接,所述雾化器的进料口与所述原料液存储装置连接,所述雾化器的出料口与所述旋风分离器的进料口连接,所述引风机的进风口与所述旋风分离器的循环口连接,所述引风机的出风口与所述喷淋装置的第一进料口连接,所述喷淋装置的第二进料口与所述原料液存储装置连接,所述喷淋装置的出料口与所述原料液存储装置连接,所述喷淋装置的循环口与所述回收缓冲装置连接,所述回收缓冲装置的出料口与所述原料液存储装置连接。2.如权利要求1所述的热回收提高原料浓度系统,其特征在于,...
【专利技术属性】
技术研发人员:刘成全,
申请(专利权)人:山东万山化工有限公司,
类型:新型
国别省市:山东,37
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