Industrial Microfiltration Membrane Module for Water Treatment and Liquid Filtration
The FENGNUOCHANG Industrial Microfiltration Membrane Module is designed for industrial water treatment, liquid clarification, and suspended solids removal. Featuring multiple vertical tubular membrane units, a stainless steel support frame, integrated piping, and an electrical control panel, the system provides a compact and practical filtration solution. Customized configurations are available to meet different industrial processing requirements.
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Detail
Product Overview
The FENGNUOCHANG Industrial Microfiltration Membrane Module is designed for liquid clarification and suspended solids removal in industrial water treatment and process filtration applications. The equipment features multiple vertical tubular membrane units mounted within a stainless steel support frame, with integrated piping, valve assemblies, and an electrical control panel.
The modular arrangement provides a compact filtration configuration and allows system specifications to be selected according to the required flow rate, membrane characteristics, operating conditions, and application requirements.
Key Features & Advantages
Vertical membrane units provide a modular arrangement for industrial liquid filtration and suspended particle separation.
A rigid stainless steel framework supports the membrane units, piping, and associated system components.
Connecting manifolds, valve assemblies, and an electrical control panel are arranged within the equipment structure.
Membrane specifications, module quantity, connection dimensions, and operating arrangements can be discussed for different applications.
Technical Specifications
Note: Membrane material, pore size, flow capacity, and operating parameters depend on the selected configuration and actual process conditions.
System Structure & Component Details
The microfiltration module combines vertical tubular membrane units, upper and lower connecting manifolds, external valves, a stainless steel support frame, and an electrical control panel. The following images illustrate the equipment structure from different viewing angles.
01. Complete Module Structure
Full equipment view showing the vertical membrane units, stainless steel frame, control panel, and integrated piping.
02. Membrane Unit Arrangement
Rear view highlighting multiple tubular membrane units, upper manifolds, and lower valve connections.
03. Piping & Valve Connections
Side-angle view showing the support frame, connecting manifolds, and lower valve assemblies.
Working Principle & Filtration Process
Microfiltration uses a porous membrane barrier to separate suspended particles from a liquid stream. During operation, feed liquid enters the membrane module, and the portion passing through the membrane is collected as permeate. Retained particles remain on the feed side and are managed according to the selected filtration and cleaning arrangement.
Feed Liquid Inlet
Process liquid enters the membrane module through the designated feed connection.
Membrane Separation
The membrane retains particles according to its pore characteristics while allowing permeate to pass through.
Permeate Collection
Filtered liquid is collected through the permeate circuit for downstream use or further treatment.
Retentate & Cleaning
Retained impurities are managed through the configured discharge and membrane cleaning procedures.
Note: Actual flow direction, filtration mode, cleaning method, and operating sequence depend on the membrane type and system configuration.
Applications
Industrial microfiltration membrane modules can be considered for various water treatment and liquid clarification processes, subject to membrane compatibility and application requirements.
Suspended solids removal and liquid clarification in industrial water treatment systems.
Membrane filtration of suitable industrial wastewater streams.
Clarification of process water before subsequent industrial operations.
Membrane-based pretreatment for compatible downstream filtration processes.
Separation of suspended particles from suitable industrial liquids.
Microfiltration for compatible process streams requiring particulate removal.
Product Terms
Membrane type, module quantity, filtration capacity, connection sizes, and control arrangements can be discussed.
Please provide liquid type, flow rate, required filtration performance, operating pressure, temperature, and suspended solids content.
Packaging, production lead time, and shipping arrangements are confirmed according to the final equipment configuration.
Membrane module selection, system configuration consultation, and operating guidance are available.
Frequently Asked Questions (FAQ)
Q1. What is a microfiltration membrane module?
It is a filtration assembly that uses microporous membranes to separate suspended particles from liquids according to the selected membrane characteristics.
Q2. What is the difference between microfiltration and ultrafiltration?
Microfiltration generally uses larger membrane pores and focuses on suspended particles, while ultrafiltration typically provides finer separation. Actual performance depends on the membrane specifications.
Q3. Can the membrane pore size be customized?
Membrane pore size and material options can be evaluated according to the liquid characteristics and required filtration performance.
Q4. How are the membrane modules cleaned?
Cleaning procedures depend on the membrane material, filtration mode, and system design. Suitable physical or chemical cleaning methods must be selected according to manufacturer guidance.
Q5. What information is needed for a quotation?
Please share the liquid type, required flow rate, filtration target, operating pressure, temperature, and approximate suspended solids content.
Contact Us
Looking for an industrial microfiltration membrane solution? Contact FENGNUOCHANG for membrane module selection assistance and customized liquid filtration solutions.
Wuxi Fengnuochang Electromechanical Technology Co., Ltd.
Share your filtration requirements and our team will help evaluate a suitable membrane system configuration.
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