Flow Pattern in Ceramic Filter System for Particle Removal

Hai Xia Li; Jiang Wei

doi:10.4028/www.scientific.net/AMR.599.309

Paper Titles

Effects of Adding Nitrifying Bacteria on Microbial Communities and Nitrification in a Laboratory-Scale a/O Reactor Treating Leather-Tanning Wastewater
p.289

The New Treatment Method of Hard-Degradation Wastewater
p.295

Design of Leachate Treatment Project in Fan County Municipal Solid Waste Landfill Site
p.299

Removal of VOCs Using Sludge-Based Adsorbents
p.305

Flow Pattern in Ceramic Filter System for Particle Removal
p.309

Experimental Research on the Advanced Treatment of Coking Wastewater by Patented Wastewater Treatment Equipment
p.313

Treatability Evaluation of Domestic Wastewater for a Rational Selection of Treatment Processes for Wastewater Treatment and Reuse
p.318

Kinetic Analysis on Rotating Biological Contactor Treatment of Organic Matter
p.322

Study on the Influence of C/N Ratio on Denitrification Efficiency in CRI System
p.326

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 599Flow Pattern in Ceramic Filter System for Particle...

Flow Pattern in Ceramic Filter System for Particle Removal

Abstract:

A gas-particle separation system was established to study the filtration performance where twelve ceramic filters were divided into four groups. Filters in same group will be cleaned by pulse back-flow at one time. The pressure distribution and variation during filtration and pulse back-flow washing in filter cavity and along filter length was measured. The main pressure drop occurs across the filter porous wall. The pressure at filter cavity decreases from the close end to open end of the candle filter. The gas velocity inside the filter system is generally relatively low in the vessel during filtration process.