Tubular Membrane Experimental Equipment

‌Overview of Tubular Membrane Experimental Equipment



The tubular membrane experimental equipment is a highly efficient membrane separation device designed for applications ranging from microfiltration to ultrafiltration. It utilizes organic tubular membranes with filtration precision ranging from 100 kDa to 30 nm. This equipment has a high filtration capacity, making it suitable as a prototype for industrial membrane filtration production.




Working Principle




The operation of the tubular membrane experimental equipment relies on membrane separation technology. Under pressure, the liquid to be processed flows through the membrane tubes, which have specifically sized pores. This design allows small molecules and water to pass while retaining larger molecules, suspended solids, and contaminants on the membrane's surface or within it, achieving effective separation and purification. Common types of membrane separation include ultrafiltration, nanofiltration, and reverse osmosis.




Performance Description and Advantages




Flow Channel Design: The equipment features large flow channels to ensure smooth liquid flow and reduce pressure loss.

Easy Cleaning: The structure is designed for easy cleaning, minimizing maintenance costs and time.

Pollution Resistance: The membranes are less prone to fouling and clogging, extending their lifespan.




Application Fields







Fermentation Liquid Treatment: Used for sterilization and clarification, ensuring product quality.

Plant Extraction: Ideal for purifying extracts and removing impurities.

Water Treatment: Employed in municipal and industrial water treatment processes for impurity removal and clarification.

Pre-treatment Measures: Provides effective pre-treatment for ultrafiltration, nanofiltration, and reverse osmosis processes, enhancing subsequent treatment efficiency.