Atomization Feature of Liquid-Column Tower

Li Jun Fang; Yan Chao Chang

doi:10.4028/www.scientific.net/AMR.610-613.1795

Paper Titles

Feasibility Study of Municipal Wastewater Treatment by a Subsurface Infiltration System in Northeast, China
p.1774

Physical-Chemical Experimental Study for FGD Wastewater of Coal-Fired Power Plant
p.1778

Removal of Perfluorooctanoate from Water by Polyaluminium Chloride Coagulation
p.1784

Promoting Influence of Organic Carbon Source on Chromate Reduction by Bacillus sp.
p.1789

Atomization Feature of Liquid-Column Tower
p.1795

Experimental Research on Recycling Treatment Process of Citrate Wastewater
p.1801

Oxidation of Phenol by Persulfate Activated with UV-Light and Ag⁺
p.1806

Short-Cut Nitrification and Denitrification Treatment for High Strengh Ammonium Wastewater Using a Pilot-Scale “Anoxic-Anaerobic-Microaerobic-Aerobic (A₂O₂)” System
p.1810

The Study of Aluminum Sulfate Purifying Effects for Papermaking Wastewater
p.1816

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 610-613Atomization Feature of Liquid-Column Tower

Atomization Feature of Liquid-Column Tower

Abstract:

A study was performed of the atomization feature of liquid-column tower. It was found that the broken droplets can be classified into three types which called convex,twisted and broken. Proposed that the atomization process of liquid column tower consist of impact atomization and run into a wall atomization. Analysis of the atomization mechanism of the two processes, and the run into a wall atomization have droplet rebound,expand,splash stages. In addition ,the high degree of atomization of theoretical formula was amended. After modified, the theoretical and actual values are basically consistent.