The MicroKleansep™ module is a tubular cross flow/tangential module specially designed to process small quantities. It is versatile, quickly adaptable and very compact; it is the ideal research laboratory tool for ceramic membranes and is particularly suitable for separation feasibility studies within ultrafiltration, microfiltration and nanofiltration.
Included in our Housing Kit:
- 1x 316L Stainless Steel Tubular Ceramic Membrane Housing, for 10mm OD x 400mm Length Membranes
- 2x Kalrez O-rings
- 3x 316L Stainless Steel Compression Fittings for Feed, Concentrate, & Permeate
The MicroKleansep™ module is designed to work with tubular ceramic membranes at a recommended re-circulating flow rate between 200 and 600 liters/hour. With a high chemical-resistance and limited materials of construction this module can be used in a wide variety of applications. Additional laboratory filtration equipment required includes a feed flow pump, tubing, and a storage tank.
With a high chemical-resistance and limited materials of construction this module can be used in a wide variety of applications.
Interested in learning how to operate our membrane process equipment? Check out our MPD channel to watch videos now! Membrane Process and Equipment Guide and Demonstrations
Accessory
Frequently Asked Questions
Q: What are the advantages of Ceramic membrane filters?
Ceramic membrane filters are manufactured from a robust inorganic matrix of zirconium oxide and titanium dioxide, providing exceptional mechanical strength, chemical resistance, and thermal stability. These inert ceramic filtration membranes can operate at temperatures up to 350 °C, far exceeding the limits of conventional polymer membrane filters.
Thanks to their superior resistance to aggressive chemicals, solvents, and extreme pH conditions, ceramic membranes are ideally suited for demanding filtration applications. Their durability allows for repeated regeneration, backflushing, and high-temperature or chemical cleaning without loss of performance.
These advantages make ceramic membrane filters well suited for industrial filtration, pharmaceutical processing, biotechnology, food and beverage applications, and other processes requiring long service life, consistent performance, and high-temperature operation.
Q: What is the recommended method for preconditioning a tubular ceramic membrane?
According to CeraMem, the manufacturer of Kleansep and Micro-Kleansep membranes, the membranes can be cleaned before use with soft water containing 200 ppm NaOCl, at pH 10 and 50°C, for 20 minutes.
Q: Does Sterlitech offer ceramic membrane filters rated for reverse osmosis?
The ceramic membrane filters are only available with microfiltration and ultrafiltration retention characteristics. It is not within the capability of current technology to manufacture ceramic membranes with the salt rejection characteristics required for NF and RO applications.
Q: What type of holder is suggested for use with the ceramic membrane disk filters?
The ceramic membrane disk filters are considerably thicker than conventional membrane disk filters and will not fit in conventional disk filter holders. The ceramic membrane disk filters must be used with the specially designed holders offered here.
Q: Are Sterlitech ceramic membrane disk filters available with diameters other than 47mm and 90mm?
The ceramic membrane filters are only available with 47mm and 90mm diameters. You may want to consider other inorganic membranes, such as alumina oxide or silver, for applications requiring different diameters.
Q: How do I determine if my filter is compatible with my application?
You can find the Sterlitech compatibility guide. It is important to realize that application conditions, such as operating temperature, affect compatibility. Please contact us at [email protected] if you need assistance.
Q: How can I convert from a pore size rating in microns to molecular weight cutoff (MWCO) in Daltons?
There is no direct conversion between microns, a unit of length, and Daltons, a unit of molecular weight. However, there is an approximate correlation between pore size rating and MWCO. However, the following chart can be consulted to know what MWCO might fit best based on the pore structure of the membranes.
