An Ultra Filtration Plant (UF Plant) is an advanced water filtration system designed to remove suspended solids, bacteria, viruses, colloidal particles, and other impurities from water using specialized membrane technology. At Daichi Kurita Aqua-Air, our ultra filtration systems are engineered to provide high-quality water purification with reliable performance, improved efficiency, and low operational maintenance.
Ultra filtration is widely used as an effective pre-treatment and purification solution in industrial, commercial, and institutional applications. The system ensures cleaner and safer water while maintaining essential minerals and improving overall water quality.
How It Works
The UF process uses hollow fiber or membrane filtration technology to separate impurities from water:
Raw water enters the filtration system under controlled pressure.
Water passes through ultra filtration membranes containing microscopic pores.
Suspended particles, bacteria, colloids, and contaminants are retained by the membrane.
Clean and filtered water passes through for further use or treatment.
Key Features
Efficient removal of suspended solids and microorganisms
High-quality filtration with consistent performance
Compact and energy-efficient system design
Low maintenance and easy operation
Durable membrane technology for long service life
Suitable for both standalone and pre-treatment applications
Applications
Our Ultra Filtration Plants are widely used in:
Industrial water treatment systems
Pharmaceutical industries
Food and beverage processing
Commercial buildings and institutions
RO pre-treatment systems
Hospitals and healthcare facilities
Municipal and utility water treatment applications
Benefits
An ultra filtration plant improves water clarity, reduces contamination, and enhances the efficiency of downstream treatment systems such as RO plants. It also helps reduce maintenance costs, improve process reliability, and ensure a stable supply of filtered water.
At Daichi Kurita Aqua-Air, we provide complete UF plant solutions—from system design and engineering to manufacturing, installation, commissioning, and after-sales support—ensuring dependable filtration performance and long-term operational efficiency.
