振荡流反应器及其在污水处理絮凝工艺中的应用研究  

STUDY ON OSCILLATORY FLOW REACTOR AND ITS APPLICATION IN FLOCCULATING PROCESS FOR SEWAGE TREATMENT

作　　者：张相端[1] 吴嘉[1] 

机构地区：[1]浙江大学化学工程研究所,浙江省杭州市310027

出　　处：《炼油技术与工程》2005年第4期56-58,共3页Petroleum Refinery Engineering

摘　　要：在管式反应器中加环状挡板,在底部增加一个活塞式往复运动,构成一种新型振荡流反应器,此反应器和传统搅拌反应器相比有很多优点。为了放大和应用,首先对试验装置做模型化处理,用电导率仪连续精确测定示踪剂浓度,利用概率知识验证多级混合串联模型;然后根据相似放大原理建立中试装置,用于污水处理,做絮凝反应试验,与搅拌式反应器进行对比。对比试验证明了新型振荡流反应器的优势。A new type of oscillatory flow reactor has been developed by adding a ring baffle in tube reactor and making a piston reciprocating motion at its bottom. Compared with traditional agitating reactor, the new reactor has a lot of advantages. Model test unit has been carried out for increasing capacity and commercial application. The tracer concentration has been measured continuously with specific conductivity instrument and the multi-grade mixed series model was proved by decision of probability. The pilot test unit of sewage treatment has been established based on the theory of similarity enlargement and the flocculating reaction test was carried out to make a comparison with agitating reactor. Advantages of the new reactor have been proved.

关 键 词：污水处理 振荡流 絮凝工艺 应用 搅拌式反应器 管式反应器 搅拌反应器 模型化处理 往复运动 试验装置 精确测定 电导率仪 串联模型 知识验证 中试装置 放大原理 絮凝反应 对比试验 活塞式 示踪剂 挡板 相比 混合 

分 类 号：X703.3[环境科学与工程—环境工程]