Dedert闪蒸干燥机在他们的设计简单而灵活的。闪蒸干燥机可用于各种产品中，通常会滤渣干燥。泥浆，预处理时，也干闪蒸干燥机。在一个闪蒸干燥机湿物料的干燥空气流中分散成通过一个供给装置所提供的Dedert许多类型的。干燥在几秒钟内发生的热量被传递从气流中的粒子。仅由于闪蒸干燥机除去表面的水分，干燥速率是恒定的，在整个干燥阶段。一旦干燥后，通过采用高效率的气旋或优良的产品，袋式过滤器的情况下，该产品是从气流中分离。二级空气净化装置，如湿式洗涤除尘器或热氧化剂，保证允许需要强制性的废气排放量。为了提高效率Dedert闪蒸干燥机的设计通常是在部分闭合的电路模式，其中废气再循环回到炉。可以使用替代的热源，如涡轮机废气开路干燥器中提高能源效率。闪蒸干燥机可以设计具有入口温度高达1470°F（800°C）。Dedert Flash Dryers are simple yet versatile in their design. Flash Dryers can be used for drying a variety of products, usually filter cakes. Slurries, when preconditioned, will also dry well on Flash Dryers. In a Flash Dryer wet material is dispersed into the drying air stream via one of many types of feeding devices provided by Dedert. Drying takes place in a matter of seconds as heat is transferred from the airstream to the particle. Since Flash Dryers only remove surface moisture, the drying rate is constant throughout the drying phase.Once dried the product is separated from the airstream by using high efficiency cyclones or in the case of fine products, a bag filter. Secondary air cleaning devices such as wet scrubbers or thermal oxidizers guarantee the mandatory emission levels required for permitting.To improve efficiency Dedert Flash Dryers are often designed in a partially-closed circuit mode where exhaust gases are recycled back to the furnace. Alternate heat sources such as turbine exhaust gases can be used to increase energy efficiency in open-circuit dryers.Flash Dryers can be designed with inlet temperatures as high as 1470° F (800°C). 传导干燥法通过金属等蜀面间接传递干燥所需要的热量。干燥速率比直接干燥法低。恒速干燥期间产品温度与加热源的温度没有关系，大体与装置内气体压力的饱和温度相同。为了提高干燥速率和防止干燥不均，通常用机械搅拌或使容器本身旋转，以增加或不断更新物料的传热面，因此有必要深入研究传热机构的附着问题离心喷雾干燥机在化工、轻工、食品等行业仍有广泛的应用，因为它可以直接从溶液或悬浮系统中获得均匀成分的粉末产品的具体优点，在化工、轻工、食品等行业中仍有广泛的应用，染料行业在化工中的应用非常普遍。经过近年来工程技术人员的努力，喷雾干燥技术相对成熟，塔尺寸的确定也有成功的计算方法。雾化器仍然是压力式、离
