The Ceramic Membrane Filtration System utilizes high-velocity fluid 'crossflow' across the face of the membrane. The oil-free water passes through the ceramic membrane while the oily waste is concentrated in a process reservoir.
This system allows continuous recycling through the ceramic membrane to keep the wash solution clean and free of oil, fine particles, metals, and other contaminants. Features and benefits include a compact design, broad pH range of 2-13, and a high temperature operation of up to 300° F. Large-capacity skid systems are also available.
The ceramic membrane safely removes suspended solids in wine and juice filtration applications and serves as a healthy alternative to bulk DE filtration. It has a broad pH operating range of 2-13 and uses durable, reusable membrane filters. Systems can be custom-designed for maximum operating efficiency based on generating volume requirements.
The robust filter design of this system is well-suited for multiple microfiltration and ultrafiltration applications. Available membrane pore sizes are 0.5 µm, 0.2 µm, 0.01 µm, and 0.005 µm. Other features and benefits include a compact design, high and sustainable flux rates, and high surface area to unit volume.
To meet your filtration application needs, Sterlitech offers a ceramic membrane for Microfiltration, Ultrafiltration, and Nanofiltration. These ceramic disc membranes are 2.5mm thick and available in two diameters, 47mm and 90mm. The active layer for the MF membranes is Titania and for the UF/NF membranes it is Zirconia. All the ceramic ...
Ceramic membranes have become established long since in environmental technology for the treatment of waste water, for various separation tasks in the food industry, or for the filtration of process media.
More than 20 years of Experience in Ceramic Membranes forTangential Flow Filtration. For more than 20 years, we have been designing and selling optimized ceramic membranes for biologics applications where high temperature or high concentrations of solvent are required as part of your process.
Over the past several years Membrane Filtration has become a highly effective meansof treating and filtering water. However, this technology has not been cost-effectivein the wastewater industry until now. Ceramic membranes offer the benefits oftolerance of chemicals and temperatures. This offers the ability to aggressively cleanthe membranes ...
Ceramic Membranes are a choice when: Chemical stability of polymers is questionable (pH, solvents etc.). Robust systems are needed with extreme process reliability. High physical stability of the system is desired. Extreme cleaning (pH, temperature) and disinfection (heat, oxidizing agents) cycles are required.
Tubular ceramic membranes ø 10 entirely made of high purity materials. Two geometries are available, correspond to user's needs. These ceramic membranes allow all operations of separation in Microfiltration, Ultrafiltration and Fine Ultrafiltration. The permeate flux performances, their low hold-up volumes and reduced energy consumption ...