0.005 - 1um Ceramic Membrane Filtration System Ro Membrane Ultrafiltration Water Filter
0.005 - 1um Ceramic Membrane Filtration System Ro Membrane Ultrafiltration Water Filter Product Overview The Ceramic Membrane Filtration System is an advanced solid-liquid separation technology that utilizes inorganic ceramic membranes as the filtration medium. It achieves efficient removal of suspended solids, colloids, microorganisms, and macromolecular organic matter through precise microfiltration (MF) or ultrafiltration (UF) processes. The system is designed for high
0.005um ceramic membrane filtration system
,1um ro membrane filter
,0.005um ultrafiltration water filter
- Ceramic Membrane Modules - Multi-channel ceramic tubes made of α-Al₂O₃, ZrO₂, or TiO₂; pore sizes from 0.01-1 μm
- Feed Pump - Provides stable pressure and flow to the membrane unit
- Membrane Housing/Skid Frame - Made of stainless steel or FRP, supporting multiple modules
- Pre-filtration System - Cartridge or bag filter to protect the membrane from large particles
- CIP Cleaning System - Chemical cleaning unit for automatic regeneration of membranes
- Control Cabinet - PLC + touchscreen for automated operation, monitoring, and alarms
- Valves and Piping System - Stainless steel or UPVC with corrosion resistance
- Flow, Pressure, and Temperature Sensors - For process control and safety protection
- Permeate and Concentrate Collection System - Separates clean water from retained concentrate
- High filtration precision and stable permeate quality
- Excellent chemical, thermal, and mechanical resistance
- Long membrane lifespan (typically >5 years)
- Fully automatic control system with backwash and CIP functions
- Compact modular design and easy maintenance
- Suitable for high-temperature and corrosive environments
- Recyclable materials and environmentally friendly operation
- Consistent performance under varying feed conditions
- Drinking water purification and ultrafiltration pretreatment
- Industrial wastewater recycling and reuse
- Food and beverage industries (wine, juice, dairy, edible oil)
- Pharmaceutical and biotechnology separation processes
- Petrochemical and fine chemical filtration
- Desalination pretreatment for RO systems
- Municipal water treatment and tertiary polishing
- Membrane material options: Al₂O₃, ZrO₂, TiO₂, SiC
- Pore size options: 5 nm, 20 nm, 50 nm, 0.1 μm, 0.2 μm, 0.5 μm, 1.0 μm
- Modular design: skid-mounted, containerized, or customized layout
- Control system: PLC + HMI automatic control / remote monitoring (IoT)
- Temperature-resistant or acid/alkali-resistant design
- Dual-stage filtration (MF + UF combination)
- Optional pre-coagulation or oxidation system
- Online monitoring for TMP (transmembrane pressure), turbidity, and flow
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8m – 60m Center Drive Sludge Scraper Vertical Shaft Clarifier Scraper
8m – 60m Center Drive Sludge Scraper Vertical Shaft Clarifier Scraper Vertical Shaft Center-Drive Sludge Scraper Product Overview The Vertical Shaft Central Drive Sludge Scraper is designed for large circular clarifiers and thickeners, providing efficient sludge collection and discharge. A vertical rack structure supports the central drive unit, which transmits torque through a vertical shaft to the scraper arms. It ensures smooth operation, uniform torque distribution, and
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Center Drive Sludge Scraper 0.2 – 2.0 M/Min Rotating Sludge Scraper
Center Drive Sludge Scraper 0.2 – 2.0 M/Min Rotating Sludge Scraper Product Overview The Central Drive Sludge Scraper is designed for circular sedimentation and thickening tanks to collect and discharge settled sludge from the tank bottom. Driven by a central gearbox, the scraper arms rotate slowly, pushing sludge toward the central hopper for discharge, while optional skimmers remove surface scum. It features simple structure, reliable operation, and easy maintenance, making
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50 – 5000 M3/H Circular Sedimentation Tank Wastewater Treatment Final Settling Tank
50 – 5000 M3/H Circular Sedimentation Tank Wastewater Treatment Final Settling Tank Product Overview The Sedimentation Tank is a crucial unit in water and wastewater treatment systems. It removes suspended solids from raw water through gravity settling, allowing heavier particles to accumulate at the bottom while clarified water flows out from the top. This process effectively reduces the load on downstream filtration and biological treatment units, ensuring stable and
