Tubular Membrane Equipment

‌Overview of Tubular Membrane Equipment




Tubular membrane equipment is a device that uses membrane separation technology, widely applied in water treatment, wastewater treatment, chemical separation, and food processing. This equipment filters and separates liquids through tubular membrane modules, effectively removing suspended solids, bacteria, and organic materials, thereby enhancing the purity and quality of liquids.






Working Principle





The operation of tubular membrane equipment is primarily based on membrane separation technology. Under pressure, the liquid passes through the membrane tubes. The membrane's pore size is specifically designed to allow 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.



Technical Features




1.Easy Cleaning: The membranes can be easily cleaned and can withstand strong oxidants.

2.Long Lifespan: The membrane cores have a long lifespan, low energy consumption, and low operating costs.

3.High Flux: The membranes have a high flow rate and concentration factor, allowing for significant solid content.

4.Lower Packing Density: The packing density of the membranes is lower, and while the cost per unit area is higher than rolled membranes, it is lower than that of inorganic membranes.

5.High Filtration Precision: Tubular membranes effectively remove not only visible suspended solids and fibers but also bacteria and larger molecules like gums, starches, and proteins.

6.Good Flow Conditions: The system maintains a good flow state with minimal pressure loss, making it suitable for processing liquids containing larger particles and suspended solids.




Application Fields




1.Plant Extraction: Used in industries such as tea polyphenols, inulin extraction, and mulberry leaf extraction.

2.Biological Fermentation: Ideal for filtering and concentrating amino acids like leucine, theanine, tryptophan, alanine, phenylalanine, and arginine, as well as yeast and E. coli fermentation.


3.Xylo-Oligosaccharide Clarification: Used for clarifying and filtering corn cob extracts.

4.Fish Scale Collagen Separation: Employed in the purification of collagen from fish scales.

5.Juice Clarification: Utilized for filtering and clarifying juices.

6.Landfill Leachate Filtration: Applied in crossflow filtration of landfill leachate.