Flat Sheet Membrane Filtration

Flat sheet membrane filtration is a sophisticated technology used in various industrial and environmental applications to separate substances at the molecular level. This filtration method utilizes a barrier or membrane that selectively allows certain particles or molecules to pass through while blocking others based on size, shape, or chemical properties.

How Flat Sheet Membrane Filtration Works?
Principle of Operation:
Flat sheet membranes act as semipermeable barriers designed to remove particles, microbes, and dissolved molecules from liquids.
The process can be pressure-driven or concentration-driven, depending on the application.
Configuration:

The membrane typically comes in a flat, sheet-like configuration which can be assembled in stacks or rolled in a spiral configuration for more surface area in compact applications.
These stacks or rolls are then housed in a pressure vessel where the filtration process takes place.
Types of Membranes Used
Microfiltration (MF): Removes larger particles such as sediment and bacteria.

Ultrafiltration (UF): Targets smaller particles and some large molecular weight solutes like proteins.

Nanofiltration (NF): Allows removal of smaller molecules, including divalent and larger monovalent ions.
Reverse Osmosis (RO): Highly effective in removing almost all particulate and high molecular weight solutes e.g., salts and sugars.

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Filtration Membrane Testing Machine Operation

Professional design, High precision, Easy Operation

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Filtration Membrane Testing Unit

Polymeric Flat Sheet Membrane

We can provide various materials of filtration membranes, including PES, PVDF, PAN, etc., including microfiltration, ultrafiltration, nanofiltration, and reverse osmosis.

Membrane Test Cell

The membrane filtration test cell is a crucial device for evaluating the efficiency and operational parameters of various membrane types under controlled laboratory conditions.

Membrane Testing Machine

Components of the flat sheet membrane testing unit: Overall the flat sheet membrane testing unit consists of feed tank, inlet and outlet pressure, permeation cell and pump at the back of the unit.

Polymeric Flat Sheet Membrane Testing Machine

Membrane Test System

This Flat Sheet Membrane Test Unit, Ideal for membrane development applications including performance characterization, and comparison studies, it can also be used for feasibilities studies in applied research and small scale processing.

LABORATORY TESTS IN CROSSFLOW FILTRATION

Lab Tests in Cross Flow Filtration

This Polymeric Membrane Testing Machine with a big feed tank which can be customized, The membrane testing system is very popular in the cross flow filtration range. Machine material can be customized. Test cell quantity and size can be designed as your requirements.

Flat Membrane Testing Machine

Fully assembled skid system can be customized, Automatic or Manual control can be designed, Additional function can be choosed. Data can be recorded, including temperature, pressure, flow flux etc. Conductivity meter, scale, cumputer can be add in the membrane testing system.

Multi Membrane Test Cell System

The main components of the industrial diaphragm testing system include feed pump membrane tanks, material tanks and their control systems. The system can be replaced with microfiltration membranes, ultrafiltration membranes, nanofiltration membranes, reverse osmosis membranes, and seawater/brackish water desalination membranes. It is suitable for testing and research on various membranes, filtration and separation of small amounts of materials, teaching demonstrations, and experimental research.

Filtration Testing Equipment

It is widely used in biology, pharmaceutical, food, chemical industry, environmental protection and other fields, and is used for process experiments such as concentration, separation, purification, clarification, and sterilization of feed liquids: round or square membrane tanks of different sizes can be manufactured according to experimental requirements.

Explosion-proof Filtration

Explosion-proof design can be used in various flammable solvents. It is generally used in special industries and performs extreme tests on membranes.

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Flat Sheet Filtration Equipment Features:

1. The internal and external surfaces of the pipeline are of excellent quality. There are no welding points where the materials of the entire equipment come into contact with the pipeline, ensuring the pressure and corrosion resistance of the equipment. It is simple to operate, clean and hygienic, safe and reliable;

2. The equipment has dual pump control. Microfiltration and ultrafiltration membranes can only turn on the auxiliary pump, effectively ensuring different control of flow and pressure for high and low pressure tests;

3. The pump adopts a pressure sensing system and a variable frequency control system, which can adjust the pressure and flow with variable frequency, set the ideal pressure, and realize automatic protection against overpressure, making the use process very safe;

Membrane Filter Testing System Features:

4. The membrane tank is designed with three square structures and special flow channels to ensure stable and consistent pressure and flow at each point of the diaphragm;

5. Design based on fluid dynamics to ensure tangential flow and turbulent flow in the membrane tank and ensure the reliability and stability of the test data;

6. Microfiltration membranes, ultrafiltration membranes, nanofiltration membranes, and reverse osmosis membranes can be installed, which is suitable for membrane testing and research and filtration experiments with a small amount of material liquid;

7. The jacketed material tank is used and can be connected to a high and low temperature circulation device for temperature control;

Flat Sheet Membrane Separation:

8. The equipment is equipped with a digital display pressure sensor with an accuracy of 0.4% FS, which can accurately record test high-pressure and low-pressure data to ensure the accuracy of the data and overcome the shortcomings of low accuracy of mechanical pressure gauges;

9. The equipment can set the pressure and realize automatic constant pressure control through the constant pressure control system to prevent the equipment from automatically increasing the pressure during the test;

10. The equipment pressure and temperature adopt digital display, and the sensor values adopt screen display mode, which can be displayed centrally. If necessary, the data can be uploaded to the computer to record the data during the test;