Catalogs >
The Hilliard Corporation >
Ceramic Membrane Crossflow Liquid Filtration System

Ceramic Membrane Crossflow Liquid Filtration System
2Pages

Catalog excerpts

Ceramic Membrane Crossflow Liquid Filtration System - 1

Ceramic Membrane Crossflow Liquid Filtration System The Hilco Ceramic Membrane System is an ideal way to lower your filtration costs. The filtration system utilizes high-velocity “crossflow” across the membrane surface. The advanced-technology ceramic membranes deliver outstanding performance, durability, and cost-effectiveness. The robust filter design and high efficiency can help solve your tough filtration challenges. The filter is well-suited for multiple microfiltration (MF) and ultrafiltration (UF) applications. Available membrane pore sizes are 0.5 µm, 0.2 µm, 0.01µm, and 0.005 µm. Nominal 7,000 gal/day capacity model shown Fluid Streams Processed Oil removal from wastewater streams Reclaiming solvents and chemicals Fruit juice and beverage clarification Aqueous wash solutions E-coat paints and lacquers CIP cleaning chemical recovery Catalyst stream recovery Industrial laundry High surface area to unit volume Compact design Extended life with durable ceramic Chemically stable Broad pH range of 2-13 Immune to chlorine attack Steam sterilizable Back flushable Suitable for aqueous and solvent/chemical streams High and sustainable flux rates Easy, less frequent membrane cleaning

Open the catalog to page 1

Ceramic Membrane Crossflow Liquid Filtration System - 2

Feed / Retentate Channels Membrane Filtration Permeate Conduits and Slots 1. Filter has 1800+ channels 2. Some channels are converted to permeate conduits 3. Permeate conduits allow the entire filter diameter to be effectively utilized 4. Patented membrane approach results in higher process flux Typical Results from a Wastewater Stream Component Oils, Grease Specifications Filter Sizes: 5.6” Diameter, 34” Long (120 ft2 surface area) 1.05” Diameter, 12” Long (1.5 ft2 surface area) Standard Membrane Pore Sizes (microns): 0.5 µm, 0.2 µm, 0.01 µm, 0.005 µm Operating Parameters: Maximum TMP of...

Open the catalog to page 2